service manual dvd recorder drx-2

■ CONTENTS 

TO SERVICE PERSONNEL ...................................... 2~4 

PREVENTION OF ELECTRO STATIC DISCHARGE ... 4 

LOCALE MANAGEMENT INFORMATION ................... 4 

FRONT PANELS ............................................................ 5 

REMOTE CONTROL PANEL ........................................ 5 

REAR PANELS .............................................................. 6 

SPECIFICATIONS...................................................... 6~8 

DISASSEMBLY PROCEDURES ............................. 9~11 

DIAGNOSTIC SOFTWARE ................................... 12~94 

ALIGNMENTS ........................................................ 95~97 

100878 

DRX-2 

DVD RECORDER 

DRX-2 

SERVICE MANUAL 

IMPORTANT NOTICE 

This manual has been provided for the use of authorized YAMAHA Retailers and their service personnel. 

It has been assumed that basic service procedures inherent to the industry, and more specifically YAMAHA Products, are already 

known and understood by the users, and have therefore not been restated. 

WARNING: Failure to follow appropriate service and safety procedures when servicing this product may result in personal 

injury, destruction of expensive components, and failure of the product to perform as specified. For these reasons, 

we advise all YAMAHA product owners that any service required should be performed by an authorized 

YAMAHA Retailer or the appointed service representative. 

IMPORTANT: The presentation or sale of this manual to any individual or firm does not constitute authorization, certification or 

recognition of any applicable technical capabilities, or establish a principle-agent relationship of any form. 

The data provided is believed to be accurate and applicable to the unit(s) indicated on the cover. The research, engineering, and 

service departments of YAMAHA are continually striving to improve YAMAHA products. Modifications are, therefore, inevitable 

and specifications are subject to change without notice or obligation to retrofit. Should any discrepancy appear to exist, please 

contact the distributor's Service Division. 

WARNING: Static discharges can destroy expensive components. Discharge any static electricity your body may have 

accumulated by grounding yourself to the ground buss in the unit (heavy gauge black wires connect to this buss). 

IMPORTANT: Turn the unit OFF during disassembly and part replacement. Recheck all work before you apply power to the unit. 

CIRCUIT DESCRIPTIONS ................................... 98~114 

ABBREVIATION LIST ....................................... 115~118 

IC DATA ............................................................. 119~126 

BLOCK DIAGRAM ..................................................... 127 

WIRING DIAGRAM .................................................... 128 

WAVEFORMS .................................................... 129~130 

PRINTED CIRCUIT BOARD .............................. 131~149 

SCHEMATIC DIAGRAM .................................... 150~177 

PARTS LIST ....................................................... 178~189 

P.O.Box 1, Hamamatsu, Japan 

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2 

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■ TO SERVICE PERSONNEL 

1. Critical Components Information 

Components having special characteristics are marked s 

and must be replaced with parts having specifications equal 

to those originally installed. 

2. Leakage Current Measurement (For 120V Models Only) 

When service has been completed, it is imperative to verify 

that all exposed conductive surfaces are properly insulated 

from supply circuits. 

● Meter impedance should be equivalent to 1500 ohm shunted 

by 0.15µF. 

WALL 

OUTLET 

WARNING: CHEMICAL CONTENT NOTICE! 

EQUIPMENT 

UNDER TEST 

INSULATING 

TABLE 

● Leakage current must not exceed 0.5mA. 

AC LEAKAGE 

TESTER OR 

EQUIVALENT 

● Be sure to test for leakage with the AC plug in both polarities. 

THE DVD RECORDER SHOULD NOT BE ADJUSTED OR REPAIRED BY ANYONE EXCEPT PROPERLY QUALIFIED 

SERVICE PERSONNEL. 

CAUTION 

1001 (ANALOG P.C.B.): FOR CONTINUED PROTECTION AGAINST RISK OF FIRE, REPLACE ONLY WITH SAME TYPE 125mA, 250V FUSE. 

1300 (ANALOG P.C.B.): FOR CONTINUED PROTECTION AGAINST RISK OF FIRE, REPLACE ONLY WITH SAME TYPE 2.5A, 250V FUSE. 







1505 (DIGITAL P.C.B.): FOR CONTINUED PROTECTION AGAINST RISK OF FIRE, REPLACE ONLY WITH SAME TYPE 1.0A, 125V FUSE. 



CAUTION 

1001 (ANALOG P.C.B.): REPLACE WITH SAME TYPE 125mA, 250V FUSE. 

1300 (ANALOG P.C.B.): REPLACE WITH SAME TYPE 2.5A, 250V FUSE. 







1505 (DIGITAL P.C.B.): REPLACE WITH SAME TYPE 1.0A, 125V FUSE. 



ATTENTION 

1001 (ANALOG P.C.B.): UTILISER UN FUSIBLE DE RECHANGE DE MEME TYPE DE 125mA, 250V. 

1300 (ANALOG P.C.B.): UTILISER UN FUSIBLE DE RECHANGE DE MEME TYPE DE 2.5A, 250V. 







1505 (DIGITAL P.C.B.): UTILISER UN FUSIBLE DE RECHANGE DE MEME TYPE DE 1.0A, 125V. 



The solder used in the production of this product contains LEAD. In addition, other electrical/electronic and /or plastic 

(where applicable) components may also contain traces of chemicals found by the California Health and Welfare Agency 

(and possibly other entities) to cause cancer and/or birth defects or other reproductive harm. 

DO NOT PLACE SOLDER, ELECTRICAL/ELECTRONIC OR PLASTIC COMPONENTS IN YOUR MOUTH FOR ANY REA- 

SON WHATSOEVER! 

Avoid prolonged, unprotected contact between solder and your skin! When soldering, do not inhale solder fumes or expose 

eyes to solder/flux vapor! 

If you come in contact with solder or components located inside the enclosure of this product, wash your hands before 

handling food.

WARNING: Laser Safety 

DRX-2 

This product contains a laser beam component. This component may emit invisible, as well as visible radiation, which may 

cause eye damage. To protect your eyes and skin from laser radiation, the following precautions must be used during 

servicing of the unit. 

1) When testing and/or repairing any component within the product, keep your eyes and skin more than 30 cm away from 

the laser pick-up unit at all times. Do not stare at the laser beam at any time. 

2) Do not attempt to readjust, disassemble or repair the laser pick-up, unless noted elsewhere in this manual. 

3) CAUTION: Use of controls, adjustments or performance of procedures other than those specified herein may result in 

hazardous radiation exposure. 

Laser Emitting conditions: 

1) When the Top Cover is removed and the "STANDBY/ON" SW is turned to the "ON" position, the laser component will emit 

a beam for several seconds to detect if a disc is present. During this time (5 - 10 sec.) the laser may radiate through the 

lens of the laser pick-up unit. Do not attempt any servicing during this period! 

If no disc is detected, the laser will stop emitting the beam. When a disc is loaded, you will not be exposed to any laser 

emissions. 

2) The laser power level can be adjusted with the VR on the pick-up PWB. However, this level has been set by the factory prior to 

shipping from the factory. Do not adjust this laser level control unless instruction is provided elsewhere in this manual. 

Adjustment of this control can increase the laser emission level from the device. 

Laser Diode Properties 

Type: InGaAIP Semiconductor laser (DVD) 

AlGaAs Semiconductor laser (CD) 

Wave length: 660 nm (DVD) 

780 nm (CD) 

Output Power: 20 mW (DVD writing) 

(out of objective) 0.8 mW (DVD reading) 

0.3mW (CD reading) 

Beam divergence: 82 degrees (DVD) 

54 degrees (CD) 

VARO! : AVATTAESSA JA SUOJALUKITUS OHITETTAESSA OLET ALTTIINA NÄkymÄTTÖMÄLLE LASER- 

SÄTEILYLLE. ÄLÄ KATSO SÄTEESEEN. 

VARNING! : OSYNLIG LASERSTRÅLNING NÄR DENNA DEL ÄR ÖPPNAD OCH SPÄRREN ÄR URKOPPLAD. 

BETRAKTA EJ STRÅLEN. 

WARNING 

The use of optical instruments with this product will 

increase eye hazard. 

Repair handling should take place as much as possible 

with a disc loaded inside the player. 

CAUTION: Visible and invisible laser radiation 

when open. Avoid exposure to beam. 

CLASS 1 

LASER PRODUCT 

CAUTION: Visible and invisible laserradiation 

when open. Avoid exposure to beam. 

WARNING LOCATION: Top of the DVDR Mechanism 

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Warning for power supply 

The primary side of the power supply carries live mains voltage when the player is connected to the mains even 

when the player is switched off ! 

This primary area is not shielded so it is possible to touch copper tracks and/or components when servicing the player. 

Service personnel have to take precautions to prevent touching this area or components in this area . 

The primary side of the power supply has been indicated with a lightening stroke and a stripe-marked print on the printed 

wiring board 

Note: 

The screws on the DVDR mechanism may never be touched, removed or re-adjusted. 

Handle the DVDR mechanism with care when the unit has to be exchanged! 

The DVDR mechanism is very sensitive for dropping or giving shocks. 

■ PREVENTION OF ELECTRO STATIC DISCHARGE 

The laser diode in the DVDR mechanism may be damaged due to static electricity from clothes or the human body. Use 

caution to prevent electrostatic damage when servicing or handling the DVDR mechanism. 

1. Grounding for electrostatic damage prevention 

Some devices, such as the DVD recorder, use an optical pickup (laser diode) that will be damaged by static electricity in the 

working environment. Only attempt service after ensuring that all grounding procedures have been completed. 

1. Worktable grounding 

Put a grounded conductive material (sheet) or iron sheet on the area where the optical pickup is placed. 

2. Human body grounding 

Use an anti-static wrist strap to discharge the static electricity from your body. 

Anti-static wrist strap 

2. Handling Precautions for DVDR mechanism 

■ LOCALE MANAGEMENT INFORMATION 

1M 

Locale Management Information : This DVD recorder is designed and manufactured to respond to the Locale Management 

Information that is recorded on the DVDR disc. If the Locale number described on the DVDR disc does not correspond to the 

Locale number of this DVD recorder, this DVD recorder cannot play this disc. 

This product incorporates copyright protection 

technology that is protected by method claims of 

certain U.S. patents and other intellectual 

property rights owned by Macrovision 

Corporation and other rights owners. Use of this 

copyright protection technology must be 

authorized by Macrovision Corporation, and is 

intended for home and other limited viewing uses 

only unless otherwise authorized by Macrovision 

Corporation. Reverse engineering or 

disassembly is prohibited. 

1 

4 

2 

Conductive material 

(sheet) or iron sheet 

1. Handle the DVDR mechanism gently, as it is an extremely high-precision assembly. 

2. The flexible cable lines may break if an excessive force is applied to it. Use caution when handling the cable. 

3. The semi-fixed resistor for laser power adjustment should not be adjusted. Do not turn the resistor. 

2 

5 

5 

6 

5 

3 

4 

2

■ FRONT PANELS 

U model 

A model 

G model 

NATURAL SOUND DVD RECORDER DRX-2 

■ REMOTE CONTROL PANEL 

S VIDEO VIDEO L AUDIO R DV IN 

CAM 1 CAM 2 

DRX-2 

5 

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6 

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■ REAR PANELS 

U model 

A model 

G model 

■ SPECIFICATIONS 

DISC FORMATS SUPPORTED 

Disc type Playback Recording 

DVD+RW • • 

DVD+R • • 

DVD-RW (Video mode) • — 

DVD-R • — 

DVD-Video • — 

SVCD • — 

Video CD • — 

Audio CD • — 

CD-R • — 

CD-RW • — 

Apparatus Claims of U.S. Patent Nos. 

4.631.603, 4.577.216, 4.819.098, 4.907.093 

6.466.734, 6.430.359, 6.091.882, 

6.049.652, 5.335.079, 5.307.173 

licensed for limited viewing uses only. 

RECORDABLE DISC FORMATS 

Medium DVD+RW: Phase-Change ReWritable 

DVD+R: dye-based 

Diameter 12 cm 

Capacity (single side) 4.7 Gbyte 

Recording time M1 60’ 9.72 Mbit/s 

M2 120’ 5.07 Mbit/s 

M2x 150’ 4.06 Mbit/s 

M3 180’ 3.38 Mbit/s 

M4 240’ 2.54 Mbit/s 

M6 360' 1.69 Mbit/s

TV Standard PAL NTSC 

Scan Frequency 50Hz 60Hz 

Number of Lines 625 525 

Playback • • 

Recording • • 

Internal Tuner • – 

VIDEO RESOLUTION 50Hz 60Hz 

DVD-Video/DVD+RW/DVD+R(M1/M2/M2x) 

• Horiz. Resolution 720 pixels1 720 pixels1 • Vertical Resolution 576 lines 480 lines 

DVD+RW_DVD+R(M3/M4/M6) 

• Horiz. Resolution 360 pixels2 360 pixels2 • Vertical Resolution 

VCD 

576 lines 480 lines 

• Horiz. Resolution 352 pixels 352 pixels 

• Vertical Resolution 288 lines 288 lines 

1 equivalent to 500 lines on your TV 

2 equivalent to 250 lines on your TV 

VIDEO PERFORMANCE 

DA Converter 10-bit 

AD Converter 9-bit 

Signal Handling Components 

Video Output 1 Vpp into 75 ohms 

S-video Output Y: 1 Vpp into 75 ohms 

C: 0.286 Vpp into 75 ohms (U, A models) 

C: 0.300 Vpp into 75 ohms (G model) 

Component Output Y: 1Vpp into 75 ohms (U, A models) 

Pb: 0.7 Vpp into 75 ohms (U, A models) 

Pr: 0.7 Vpp into 75 ohms (U, A models) 

RGB Output 0.7 Vpp into 75 ohms (G model) 

AUDIO FORMAT 

Compressed Digital Playback Recording 

• Dolby Digital Multi-channel 2-channel 

(AC-3) 16 bit, fs 48 kHz 

• DTS Multi-channel — 

• MPEG1 2-channel 

SPdif 

— 

• PCM 2-channel 2-channel 

16, 20, 24 bit 

fs 48 kHz 

16 bit, fs 48 kHz 

AUDIO PERFORMANCE 

DA Converter 24-bit 

AD Converter 16-bit 

DVD fs 96 kHz 4 Hz - 44 kHz 

fs 48 kHz 4 Hz - 22 kHz 

Video CD fs 44.1 kHz 4 Hz - 20 kHz 

Audio CD fs 44.1 kHz 4 Hz - 20 kHz 

FRONT CONNECTIONS 

i.LINK DV IEEE 1394 4-pin 

S-video Input Hosiden 4-pin 

Video Input Cinch (yellow) 

Audio Left/Right Input Cinch (white/red) 

DRX-2 

REAR CONNECTIONS 

Component Video Input Cinch (green/blue/red) 

Component Video Output Cinch (green/blue/red) 

S-video Input Hosiden 4-pin (U, A models) 

S-video Output Hosiden 4-pin 

Video Input Cinch (yellow) (U, A model) 

Video Output Cinch (yellow) 

scart 1 CVBS, S-video/RGB-out, Decoder (G model) 

scart 2 CVBS, S-video/RGB-in, Decoder (G model) 

Audio L/R Input Cinch (white/red) (U, A models) 

Audio L/R Output Cinch (white/red) 

Digital Audio Output 1 coaxial, 1 optical 

IEC958 for CDDA / LPCM 

IEC1937 for MPEG2, Dolby Digital (U, A models) 

IEC1937, Dolby Digital, DTS (G model) 

RF Antenna Input Coaxial 75 ohms 

RF TV Output Coaxial 75 ohms 

Power Standard (IEC type) 

POWER SUPPLY 

Power Supply 

U model 120V, 60Hz 

A, G models 220 - 240V, 50 Hz 

Power Consumption Operation 27 W 

Low-power standby 3 W 

CABINET 

Dimensions (WxHxD) 435 x 82 x 347 mm (17-1/8" x 3-1/4" x 13-11/16") 

Net Weight 4.0 kg (8 lbs. 13 oz.) 

OPERATING ENVIRONMENT 

Operating Position maximum 10 degree inclination in all directions 

Ambient Temperature 15 – 35 °C (59 – 95 °F) 

Humidity 25 – 75 % 

ACCESSORIES 

- Remote Control x 1 

- Battery x 2 

- Power Cable x 1 

- SCART Cable x 1 (G model) 

- Audio Pin Cable (2P) x 1 (U, A models) 

- Video Cable (1P) x 1 (U, A models) 

- RF Cable for NAFTA x 1 (U model) 

- RF Cable for PAL x 1 (A, G models) 

- Pin Cable (3P) x 1 (U, A models) 

- DVD+RW Disc x 1 (U, A models) 

* Specifications are subject to change without notice due 

to product improvements. 

U ........ U.S.A. model A ........ Australian model 

G ........ European model 

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Simple programming system for DVD 

recorders. Simply enter the number 

code associated with your television 

program. This number is located in your 

television listings magazine. 

Manufactured under license from Dolby Laboratories. 

“Dolby”, “Pro Logic” and the double-D symbol are trademarks 

of Dolby Laboratories. Confidential Unpublished Works. 

©1992 1997 Dolby Laboratories,Inc. All rights reserved. 

“DTS” and “DTS Digital Out” are trademarks of Digital Theater 

Systems, Inc. 

This product incorporates copyright protection technology 

that is protected by method claims of certain U.S.patents and 

other intellectual property rights owned by Macrovision 

Corporation and other rights owners. 

Use of this copyright protection technology must be 

authorized by Macrovision Corporation, and is intended for 

home and other limited viewing uses only unless otherwise 

authorized by Macrovision Corporation. Reverse engineering 

or dis-assembly is prohibited.

■ DISASSEMBLY PROCEDURES 

See exploded view for item numbers mounting 

demounting 

Cover 300 

⇒ Remove 9 screws 200 

⇒ Lift the cover to remove 

DVDR MECHANISM 1007 

⇒ Remove the connections 

⇒ Open the tray and remove the tray lid 70 


(DVDR Mechanism 1007 → support 

bracket) 

⇒ Demount the DVDR Mechanism 

Digital Board 1002 



(Digital board → frame) 

⇒ Demount the board 

IOE Board 1005 

⇒ Remove 2 screws 202 and screw 201 

(IOE board → rear panel) 


Front Panel Unit 

⇒ Open the tray and remove the 

tray lid 70 


(front panel unit → frame) 

⇒ Unlock the front panel unit 

from the frame by releasing 2 

snaps on left and right 

⇒ Remove 8 screws 205 to 

remove the plate front 

Manual opening of tray and removal of 

tray lid 70 

In case the loader is defective and cannot 

be opened electrically, you can open the 

tray as follows: 

Analog Board 1001 



and 7 (U, A models) or 3 

(G model) screws 202 

(board → rear panel) 


and screw 200 

(board → frame) 

⇒ Remove screw safety 

holder 145 


Display Board 1004 


(board → front panel ass'y 1) 

⇒ Remove 2 screws 209 of DV 

input cable 


⇒ It is possible to unlock the tray by means 

of a screwdriver via a slot in the front and 

frame at the underside. 

Push the white pin of the slider at the 

underside of the DVDR Mechanism to the 

right (seen from the front) 

⇒ Open the unlocked tray. 

When disassembling, use the special screw driver with 

tip shape in figure. 

2.7 mm 

T10 

Fr Front Front ont Panel PPanel 

anel 

2.2 mm 

T8 

DRX-2 

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● Dismantling and Assembly of the Set 

For item numbers please see the exploded views. 

1. Front 

a. After removing the top cover, remove tray lid 70. (Fig. 1) 

b. Remove the 3 screws 201. (Fig. 2) 

c. Release the 2 snap hooks on the sides and remove the 

front panel unit. (Fig. 2) 

d. Remove the 8 screws 205 to remove the front plate. 

(Fig. 3 and 4) 

Fig. 1 

3 2 3 

2 2 

4 

Fig. 2 

Fig. 3 

6 

Fig. 4 

1 

5 

2. Digital Board 

a. Remove the 4 screws 201. (Fig. 5) 

b. Turn the PCB in the service position. (Fig. 6) 

1 1 

1 

Fig. 5 

2 

Fig. 6 

1

3. DVDR Mechanism 

a. Remove the 4 screws 202. (Fig. 7) 

b. Turn the DVDR mechanism in the service position. (Fig. 8) 

1 1 

1 

Fig. 7 

2 

Fig. 8 

1 

DRX-2 

4. Analog Board 

a. Remove the 7 screws 200 and 201. (Fig. 9) 

b. Remove screw safety holder 145. (Fig. 9) 

c. Unlock the 2 snaps hooks on the left and right. (Fig. 10) 

d. Turn the PCB in the service position. (Fig. 11) 

2 

1 

1 

1 

1 

1 1 1 

Fig. 9 

(U, A models) 

3 3 

Fig. 10 

4 

Fig. 11 

(U, A models) 

(U, A models) 

11 

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12 

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■ DIAGNOSTIC SOFTWARE 

Due to the complexity of the DVD recorder, the time to find 

a defect in the recorder can become long. To reduce this 

time, the recorder has been equipped with Diagnostic and 

Service software (DS). The DS offers functionality to 

diagnose the DVDR hardware and tests the following: 

• Interconnections between components 

• Accessibility of components 

• Functionality of the audio and video paths 

This functionality can be accessed via several interfaces: 

1. End user/Dealer script interface 

2. Player script interface 

1. End User/Dealer Script Interface 

1.1 Description 

The End user/Dealer script interface gives a diagnosis on 

a stand alone DVD recorder; no other equipment is 

needed. During this mode, a number of hardware tests 

(nuclei) are automatically executed to check if the recorder 

is faulty. The diagnosis is simply a "fail" or "pass" 

message. If the message "FAIL" appears on the display, 

there is apparently a failure in the recorder. If the message 

"PASS" appears, the nuclei in this mode have been 

executed successfully. There can be still a failure in the 

recorder because the nuclei in this mode don't cover the 

complete functionality of the recorder. 

1.3 Contents for sets with Digital Board Chrysalis 

1.2 Contents 

Unplug the power cord 

Hold key pressed 

while you plug the recorder 

During the test, the following display 

is shown: the counter counts down 

from the number of nuclei to be run 

before the test finishes. Example: 

SET O.K.? 

Included tests: 1. DS_ANAB_COMMUNICATIONECHO_NUC 

2. DS_DCB_COMMUNICATIONECHO_NUC 

3. DS_BROM_COMMUNICATION_NUC 

4. DS_SYS_SETTINGSDISPLAY_NUC 

5. DS_CHR_DEVTYPEGET_NUC 

6. DS_CHR_INT_PIC_NUC 

7. DS_CHR_DMA_NUC 

8. DS_BROM_WRITEREAD_NUC 

9. DS_NVRAM_COMMUNICATION_NUC 

10. DS_NVRAM_WRITEREAD_NUC 

11. DS_SDRAM_WRITEREADFAST_NUC 

12. DS_FLASH_WRITEREAD_NUC 

13. DS_FLASH_CHECKSUMPROGRAM_NUC 

14. DS_SYS_HARDWAREVERSIONGET_NUC 

15. DS_VIP_DEVTYPEGET_NUC 

16. DS_VIP_COMMUNICATION_NUC 

17. DS_DVIO_LINKDEVTYPEGET_NUC 

18. DS_DVIO_PHYDEVTYPEGET_NUC 

19. DS_DVIO_LINKCOMMUNICATION_NUC 

20. DS_DVIO_PHYCOMMUNICATION_NUC 

21. DS_PSCAN_COMMUNICATIONDENC_NUC 

22. DS_PSCAN_COMMUNICATIONDEINTERLACER_NUC 

23. DS_BE_COMMUNICATIONECHO_NUC 

24. DS_ANAB_COMMUNICATIONIICNVRAM_NUC 

25. DS_ANAB_COMMUNICATIONIICTUNER_NUC 

26. DS_ANAB_COMMUNICATIONIICSOUNDPROCESSOR_NUC 

27. DS_ANAB_COMMUNICATIONIICAVSELECTOR_NUC 

28. DS_ANAB_CHECKSUMPROGRAM_NUC 

YES 

NO 

To exit DEALER SCRIPT, unplug the power cord 

Fig. A 

The End use/Dealer script executes all diagnostic nuclei 

that do not need any user interaction and are meaningful 

on a standalone DVD recorder.

1.4 Error Log 

Explanation: 

The application errors will be logged in the NVRAM. The 

maximum number of error bytes that will be visible is 19. 

The last reported error is shown as DN D0000000, the 

oldest visible error as D0000000 UP and the errors in 

between as DN D0000000 UP. DN stands for DOWN, UP 

stands for UPWARDS. The shown error codes are 

identical to the Nuclei Error Codes (paragraph 3). 

1.5 Trade Mode 

TRADE MODE 

When the recorder is in Trade Mode, the recorder 

cannot becontrolled by means of the front key 

buttons, but only by means of the remote control. 

IF TRADE MODE OFF 

UNPLUG THE RECORDER 

PRESS 2 KEYS 

SIMULTANEOUSLY 

+ 

PLUG THE RECORDER 

RECORDER IS IN TRADE MODE 

WHEN PRESSING FRONT 

KEYS, THE RECORDER 

DOESN'T RESPOND 

Fig. B 

IF TRADE MODE ON 

UNPLUG THE RECORDER 

PRESS 2 KEYS 

SIMULTANEOUSLY 

+ 

PLUG THE RECORDER 

RECORDER IS IN NORMAL MODE 

WHEN PRESSING FRONT 

KEYS, THE RECORDER 

WILL RESPOND 

1.6 Virgin mode 

If you want that the recorder starts up in Virgin mode, 

follow this procedure: 

• Unplug the recorder 

• plug the recorder again while you keep the STANDBY/ 

ON key pressed 

• the set starts up in Virgin mode. 

2. Menu and Command Mode Interface 

DRX-2 

2.1 Nuclei Numeration 

Each nucleus has a unique number of four digits. This 

number is the input of the command mode. 

[ XX YY ] 

Nucleus number 

Nucleus group number 

Fig. 1 

The following groups are defined for Digital Board 1.5, 

Empress: 

Group number Group name 

0 Basic / Scripts 

1 Host decoder (Sti5505 and memory) 

2 Audio / video encoder (DVDR only) 

3 VSM (DVDR only) 

4 NVRAM 

5 Front Panel 

6 DVDR Mechanism 

7 Analog board (DVDR only) 

8 DVIO (DVDR only) 

9 Loop nuclei (DVDR only) 

10 Library sub nuclei (I2C nuclei) 

11 User interface 

12 Furore (SACD only) 

13 DAC (SACD only) 

The following groups are defined for Digital Board 

Chrysalis: 

Group number Group name 

0 Basic/Scripts 

1 Chrysalis 

2 Boot EEPROM 

3 NVRAM 

4 SDRAM 

5 Flash 

6 Video Input Processor 

7 DVIO 

8 Progressive Scan 

9 DVDR Mechanism 

10 Display and Control Board 

11 Analog Board 

12 System 

13 

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14 

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2.2 Error Handling 

Each nucleus returns an error code. This code contains 

six numerals, which means: 

[ XX YY ZZ ] 

Error code 

Nucleus number 

Nucleus group number 

Fig. 2 

The nucleus group numbers and nucleus numbers are the 

same as above. 

2.3 Command Mode Interface 

Set-Up Physical Interface Components 

Hardware required: 

• Service PC 

• one free COM port on the Service PC 

• special cable to connect DVD recorder to Service PC 

The service PC must have a terminal emulation program 

(e.g. Hyperterminal) installed and must have a free COM 

port (e.g. COM1). Activate the terminal emulation program 

and check that the port settings for the free COM port are: 

19200 bps, 8 data bits, no parity, 1 stop bit and no flow 

control. The free COM port must be connected via a 

special cable to the RS232 port of the DVD recorder. This 

special cable will also connect the test pin, which is 

available on the connector, to ground (i.e. activate test 

pin). 

Code number of PC interface cable: 3122 785 90017 

(AAX57390) 

Activation Digital Board Chrysalis 

1. Pull the mains cord from the recorder and reconnect it 

again (reboot). 

2. The next welcome message will appear on the PC: 

Welcome screen D&S program 

Fig. 3 

Now, the prompt 'DS:>' will appear. The diagnostic 

software is now ready to receive commands. The 

commands that can be given are the numbers of the 

nuclei. If you see above shown screen, continue with 

paragraph 'Nuclei Codes'. 

3. It is possible that the next message will appear when 

starting the DVD+RW for the first time 

Error message D&S program 

Fig. 4 

In this case, the boot EEPROM of the Chrysalis Digital 

Board does not contain the required string with the 

hardware information. To update the Digital Board with the 

correct string, nucleus 1226 must be executed. 

Before doing so, one must generate this string. In order to 

generate the correct parameters, an MS Windows utility, 

called "dbstring.exe", is available (contact your Philips 

regional service support for this). For a detailed 

description, see next section 'String Generation'. 

String Generation 

4. Browse to the directory with the Diagnostics software 

(e.g. type 'cd c:\ds\'), and execute the 'dbstring.exe' 

application. 

Opening screen 'dbstring' program 

Fig. 5 

5. Type '1' for a list of DVD recorders, or '2' for a list of 

Chrysalis Digital boards. In this example, '2' is entered.

Board overview 

Fig. 6 

6. You now are asked to enter an ID of the board that must 

be programmed. Type a number, e.g. '6' followed by 

'Enter'. 

Board periphery 

Fig. 7 

7. Confirm the choice by typing 'y' followed by 'Enter'. Now 

press any key to return to the prompt. 

8. A text file called 'DBSTRING.TXT' is created, which 

contains the parameters that are necessary for nucleus 

1226. Copy this string from the text-file (e.g. by using 

'Ctrl C'). 

Example of the string 

Fig. 8 

DRX-2 

9. Execute nucleus 1226 with the string (paste with 'Edit' 

> 'Paste to host'). 

Nucleus 1226 execution with string 

Fig. 9 

10. To check if the hardware info is filled correctly, you can 

execute nucleus 1228. 

Nucleus 1228 info example 

Fig. 10 

11. Exit the 'Terminal' program. 

12. Reboot the DVD recorder to allow the software to start. 

Browse to the directory with the Diagnostics software 

(e.g. type 'cd c:\ds\'), and execute the 'dbstring.exe' 

application. 

15 

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16 

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Command overview Digital Board Chrysalis 

Below you will find an overview of the nuclei, their 

numbers, and their error codes. This overview is 

preliminary and subject to modifications. 

Chrysalis (CHR) 

Nucleus Name DS_CHR_DevTypeGet 

Nucleus Number 100 

Description Sends the device ID and the module ids and revisions of the PNX7100 (Chrysalis) to the 

stdout port. 

Technical - Determine the codec ID by means of comparing version ids of the modules. 

- Read the module-id register from every module. 

Execution Time Less than 1 second. 

User Input None 

Error Number Description 

10000 Getting the information succeeded 

10001 Wrong codec ID detected 

Example DS:> 100 

Device ID 7100 

Codec ID PNX7100_MF2 

F-BCU (0x0102) 1.0 INTC (0x011d) 1.0 PCI-XIO(0x0113) 1.0 

SIF(0x013b) 1.0 EJTAG (0x0104) 0.0 S-BCU (0x0102) 1.0 

BOOT (0x010a) 1.0 CONFIG (0x013f) 1.0 RESET (0x0123) 1.0 

DEBUG (0x0116) 0.0 UART0 (0x0107) 0.1 UART1 (0x0107) 0.1 

UART2 (0x0107) 0.1 UART3 (0x0107) 0.1 I2C0 (0x0105) 0.1 

I2C1 (0x0105) 0.1 GPIO (0x013c) 1.0 SYNC (0x013a) 1.0 

DISP0 (0xa015) 0.1 DISP1 (0xa00f) 0.0 OSD (0x0136) 0.1 

SPU (0xa00e) 0.0 MIXER (0x0137) 1.0 DENC (0x0138) 0.1 

CCIR (0x0139) 1.0 VDEC (0x0133) 0.1 PARSER (0xa00d) 0.0 

DV (0xa00c) 0.0 BEI (0xa00a) 0.0 IDE (0xa009) 0.0 

SGDX (0xa008)0.0 BYTE (0xa00b) 0.0 OUTPUT (0xa003) 0.0 

ACOMP (0xa000) 0.0 VFE (0xa001) 0.0 VCOMP (0xa002) 0.0 

SCR (0x0000) 0.0 SIFF (0xa011) 0.0 WMD (0xa010) 0.0 

AUDIO0 (0xa015) 0.1 AUDIO1 (0xa00f) 0.0 PSCAN (0xa018) 0.0 

010000: 

Test OK @ 

Nucleus Name DS_CHR_TestImageOn 


Description Generates a test-image of a selected video standard on selected video output on the digital 

board. When no input is given, the default values will be used. Use nucleus 

DS_ANAB_VideoRouting to route the video signal on the analog board output

Technical - Validate the user input. 

- Initialise the SYNC module. 

- Initialise the DISPLAY module. 

- Initialise the MIXER module. 

- Initialise the DENC module. 

- Set the selected video standard. 

- Generate the selected test image in memory. 

- Start the DISPLAY module. 

- Start the MIXER module. 

- Start the DENC module according to the selected test image id. 

Execution Time 1 second. 

User Input The user has to decide which test image, video standard and video output must be used: 

Test image id: 

0 VERTICAL_COLOURBAR (default) 

1 HORIZONTAL_COLOURBAR 

2 WHITE 

3 YELLOW 

4 CYAN 

5 GREEN 

6 MAGENTA 

7 RED 

8 BLUE 

9 BLACK 

10 GRAY 

Video standard: 

PAL 

NTSC 

(default) 

Video output: 

ALL 

CVBS 

YC 

RGB 

YUV 

CVBS and YC and RGB (default) 

PSCAN progressive scan 


10100 Generating the test image succeeded. 

10101 Invalid input was provided. 

10102 The Chrysalis SYNC-module cannot be initialised. 

10103 The Chrysalis MIXER-module cannot be initialised. 

10104 The Chrysalis VPP-module cannot be initialised. 

10105 The Chrysalis DENC-module cannot be initialised. 


010100: 

Test OK @ 

DS:> 101 0 pal cvbs 

010100: 

Test OK @ 

DS:> 101 4 ntsc yc 

010100: 

Test OK @ 

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Nucleus Name DS_CHR_TestImageOff 


Description Switches the test-image off. 

Technical - Stop the DENC module. 




Example 10200 Stopping the test image generation succeeded 

10201 The Chrysalis DENC-module failed. 

DS:> 102 

010200: 

Test OK @ 

Nucleus Name DS_CHR_SineOn 


Description Generate an audio sine signal on the audio output of the digital board. 

Note: Left channel 6kHz, right channel 12 kHz sine. Make sure to route the signal first. 

Technical - De-mute the analog board 

- Set fifo parameters for audio 

- Set the volume 

- Set the I2S outputs and configuration paths 

- Set the decoder mode 

- Configure the DUET DSP 

- Configure the PALM DSP 

- Put the AC3 audio in the fifo 

- Send ‘prepare’ command to the audio decoder 

- Send ‘play’ command to the audio decoder 

Execution Time Less than 1 second 



10300 The sine signal was successfully generated 

10301 The analog board could not be de-muted 

10302 The audio decoder did not initialise 

10303 The dsp2 of the audio decoder did not configure 

10304 The dsp1 of the audio decoder did not configure 

10305 There was a delay-error before starting 

10306 Wrong input was given to the decoder function 


010300: 

Test OK @ 

Nucleus Name DS_CHR_SineOff 


Description Stop generating the audio sine signal 

Technical - Reset the audio block of the Chrysalis 




10400 Switching off the audio sine signal succeeded 


010400: 

Test OK @

Nucleus Name DS_CHR_SineBurst 


Description Generate an audio sine signal on the audio output of the digital board for 4 seconds. 

Note: Left channel 6kHz, right channel 12 kHz sine with some known hick-ups 

Technical - Call the DS_CHR_SineOn nucleus 

- Delay for 4 seconds 

- Call the DS_CHR_SineOff nucleus 

Execution Time 4 seconds 



10500 The sine signal burst was successfully generated 

10501 The delay did not succeed during the burst 

10502 The audio sine could not be generated 


010500: 

Test OK @ 

Nucleus Name DS_CHR_MuteOn 


Description Mute the audio outputs of the digital board 

Technical - Send the ‘Mute’ command to the PALM DSP 




10600 Muting the audio succeeded 


010600: 

Test OK @ 

Nucleus Name DS_CHR_MuteOff 


Description De-mute the audio outputs of the digital board 

Technical - Send the ‘DeMute’ command to the PALM DSP 




10700 De-muting the audio succeeded 


010700: 

Test OK @ 

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Nucleus Name DS_CHR_DvLedOn 


Description Check the connection to the DV-LED on the digital board by switching it on 

Technical - Write to the PIO pin to light the DV LED 




10800 Switching the DV-LED on succeeded 

10801 Switching the DV-LED on failed 


010800: 

Test OK @ 

Nucleus Name DS_CHR_DvLedOff 


Description Switch off the DV-LED on the digital board 

Technical - Write to the PIO pin to switch off the DV LED 




10900 Switching the DV-LED off succeeded 

10901 Switching the DV-LED off failed 


010900: 

Test OK @ 

Nucleus Name DS_CHR_MacroVisionOn 


Description Turn on MacroVision. 

Technical - Set some registers of the DENC module in the Chrysalis. 




11000 Turning on MacroVision succeeded 

11001 Turning on MacroVision failed 


011000: 

Test OK @ 

Nucleus Name DS_CHR_MacroVisionOff 


Description Turn off MacroVision. 

Technical - Set some registers of the DENC module in the Chrysalis. 




11100 Turning off MacroVision succeeded 

11101 Turning off MacroVision failed 


011100: 

Test OK @

Nucleus Name DS_CHR_Peek 


Description Peek a value on a specified address 

Technical - Check the user input 

- Read out the address specified 

- Check whether the address to be read is aligned on 4 bytes 


User Input The address to peek on 


11200 Peeking on the specified address succeeded 

11201 Peeking on the specified address failed, wrong user input 

11202 Peeking on the specified address failed due to misalignment 

Example DS:> 112 0xa0700000 

011200: Value read = 0x000001BD 

Test OK @ 

Nucleus Name DS_CHR_Poke 


Description Poke a value on a specified address 


- Change the value on the address specified 

- Check whether the address to be modified is aligned on 4 bytes 


User Input The address to poke and the value: 


11300 Poking the specified address succeeded 

11301 Poking the specified address failed, wrong user input 

11302 Poking the specified address failed due to misalignment 

Example DS:> 113 0xa0700000 0xaabbccdd 

011300: 

Test OK @ 

Nucleus Name DS_CHR_INT_PICInterrupts 


Description Test all interrupts of the priority interrupt controller 

Technical - Install interrupt handlers 

- Generate interrupts 

- Test whether all interrupts were received 


User Input - 


11400 Testing all the PIC interrupts succeeded 

11401 Testing all the PIC interrupts failed 


011400: 

Test OK @ 

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Nucleus Name DS_CHR_DMA_TestDMA 


Description Test the memory to memory DMA transfer 

Technical - Create a block with known data in memory 

- Copy this block to the consecutive area using 3 different DMAs 

- Check whether all DMAs transferred the data properly 

Execution Time Less than 2 seconds. 

User Input - 


11500 The testing of the DMAs succeeded 

11501 The initialisation of the DMAs failed for one or more DMA 

11502 One or more DMAs failed the test 


011500: 

Test OK @ 

Boot EEPROM (BROM) 

Nucleus Name DS_BROM_Communication 


Description Check the communication between the IIC controller of the Chrysalis and the boot EE-PROM 

Technical - Initialise IIC 

- Read something from the eeprom 




20000 The data is properly read so the communication is OK 

20001 The IIC bus was not accessible 

20002 There was a timeout reading the device 

20003 The IIC acknowledge was not received 

20004 An IIC-bus error occurred 

20005 The IIC bus initialisation failed 

20006 An unexpected IIC error occurred 


020000: 

Test OK @

Nucleus Name DS_BROM_WriteRead 


Description Check whether the Boot EEPROM can be written to and read from 


- Write something to the eeprom 

- Read from the same location and check whether it is the same as written 




20100 The write-read test succeeded 

20101 The write-read test failed 

20102 An IIC-bus error occurred 




20106 Got unknown IIC bus error 



020100: 

Test OK @ 

NVRAM 

Nucleus Name DS_NVRAM_Communication 


Description Check the communication between the IIC controller of the Chrysalis and the EEPROM 


- ReadfromalocationinNVRAM 




30000 Something is properly read so the communication is OK 




30004 The communication with the device failed 



030000: 

Test OK @ 

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Nucleus Name DS_NVRAM_WriteRead 


Description Check whether the EEPROM can be written to and read from 


- Backup data from location to modify 

- Write to location and read it back again 

- Write back the backed up data to the location to leave the nvram as found 





30101 The IIC bus could not be initialised 

30102 There was an NVRAM IO error 

30103 The value could not be read back from the NVRAM 


030100: 

Test OK @ 

Nucleus Name DS_NVRAM_Clear 


Description Make the EEPROM empty, containing all zeroes. 


- Create a memory block filled with zeroes 

- Write this block to the NVRAM 




30200 The clearing of the NVRAM succeeded 

30201 There was an IIC error 

30202 Clearing the NVRAM failed 


030200: 

Test OK @

Nucleus Name DS_NVRAM_Modify 


Description Modifies one or more locations in NVRAM and updates the checksum of the section modified 


- Decode user input 

- Modify the NVRAM as indicated 

- Validate the NVRAM by calculating the checksum and storing it 


User Input 1. The location that must be modified 

i.e. "ALL" "BOOT" "DIAGNOSTICS" "DOWNLOAD" "CONFIG" "RECORDER" or no string if 

an offset from the base address of the NVRAM is required 

2. The offset and data which to put on the selected location 

 


30300 Modifying the NVRAM contents succeeded 

30301 Unable to initialise NVM 

30302 Modifying the NVRAM contents failed 

30303 length out of range 

30304 unable to decode length 

30305 offset out of range 

30306 unable to decode offset 

30307 unknown location specified 

30308 no location is specified 

30309 number of values incorrect 

30310 There was an IIC error 

Example DS:> 303 DIAGNOSTICS 5 1 0x5a 

030300: Section is modified successfully 

Test OK @ 

Nucleus Name DS_NVRAM_Read 


Description Read out one or more locations in the NVRAM 


- Decode user input 

- Read from the NVRAM and return this info to the user 


User Input 1. The location which must be read i.e. "ALL" "BOOT" "DIAGNOSTICS" "DOWN LOAD" 

"CONFIG" "RECORDER" or no string if an offset from the base address of the NVRAM is 

required 

2. The offset and number of bytes to read 

 


30400 Value read 

30401 Unable to initialise NVM 

30402 Reading the NVRAM contents failed 

30403 length out of range 

30404 unable to decode length 

30405 offset out of range 

30406 unable to decode offset 

30407 unknown location specified 

30408 no location is specified 

Example 304 DIAGNOSTICS 0 6 

030400: Value read = 0x00 0x00 0x00 0x00 0x00 0x5A 

Test OK @ 

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SDRAM 

Nucleus Name DS_SDRAM_WriteRead 


Description Check all data lines, address lines and memory locations of the SDRAM 

Technical - Test the databus 

- Test the addressbus 

- Test the integrity of the device itself (memory locations) 





40001 The data bus contains an error 

40002 The address bus contains an error 

40003 The SDRAM itself contains an error 


040000: 

Test OK @ 

Nucleus Name DS_SDRAM_WriteReadFast 


Description Check all data lines and address lines of the SDRAM 

Technical - Test the databus 

- Test the addressbus 





40101 The data bus contains an error 

40102 The address bus contains an error 


040100: 

Test OK @ 

Nucleus Name DS_SDRAM_Write 


Description Write to a specific memory address 

Technical - Decode the user input and check its ranges and alignment on 4 bytes 

- Writethe data to theSDRAM 


User Input 1. The location that must be modified 

( SDRAM starts at address 0xA0000000 ) 

2. The value to put on the selected location 


40200 Writing to the SDRAM succeeded 

40201 Writing to the SDRAM failed; Wrong user input 

40202 Address is not dividable by 4 

Example DS:> 402 0xa1000010 0xad112222 

040200: 

Test OK @

Nucleus Name DS_SDRAM_Read 


Description Read from a specific memory address 

Technical - Decode the user input and check the ranges 

- Read from the SDRAM and return this info to the user 


User Input The location from which the data must be read 

( SDRAM starts at address 0xA0000000 ) 


40300 Reading from the SDRAM succeeded 

40301 Reading from the SDRAM failed; Wrong user input 


Example DS:> 403 0xa1000010 

040300: Value read = 0xAD112222 

Test OK @ 

FLASH 

Nucleus Name DS_FLASH_DevTypeGet 


Description Get the device (revision) type information of the FLASH IC. (manufacturer and device ID) 

Technical - Set the timing for the flash writing 

- Write a command sequence to determine device type information 

- Return the information to the user 




50000 Getting the information from the FLASH succeeded 

50001 Getting the information from the FLASH failed 


050000: Found FLASH memory: 

Manufacturer ID: 0x01 

Device ID : 0x01 

Test OK @ 

Nucleus Name DS_FLASH_WriteRead 


Description Check whether the FLASH can be written to and read from 

Technical - Find the test segment in flash 

- Read the data into SDRAM 

- Modify the data 

- Write this data from SDRAM to FLASH and verify it by reading back again 




50100 The FLASH write-read test succeeded 

50101 The test segment could not be found 

50102 All bits is the TEST region are filled with 0 

50103 The WriteRead test failed 

50104 The Write Failed 


050100: 

Test OK @ 

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Nucleus Name DS_FLASH_Read 


Description Read from a specific memory address in FLASH 

Technical - Decode the user input and check the ranges and whether the address is aligned on 4 

bytes 

- Read the data and return this to the user 


User Input The location from which data must be read 

( FLASH starts at address 0xB8000000 ) 


50200 Reading the FLASH succeeded 

50201 Reading the FLASH failed; Wrong user input 


Example DS:> 502 0xb8000000 

050200: Value read = 0x3C08A000 

Test OK @ 

Nucleus Name DS_FLASH_ChecksumProgram 


Description Check the checksum of the application partitions by recalculating and comparing partition 

checksums 

Technical - Determine the number of segments 

- Find the application in each segment and determine its checksum 

- Check whether the checksums stored match the newly calculated 




50300 The checksum is valid, the test succeeded 

50301 The checksum is invalid 


050300: 

BootCode checksum is: 0xBABE5B6F, which is correct 

Diagnostics checksum is : 0xBABEBAFF, which is correct 

Download checksum is: 0xBABEEDBF, which is correct 

Application checksum is : 0xBABE8EEC, which is correct 

Test OK @ 

Nucleus Name DS_FLASH_CalculateChecksum 


Description Calculate the checksum over all memory addresses. Used to check entire FLASH contents 

Technical - Run the checksum calculation algorithm all addresses 




50400 Calculating the checksum over all addresses succeeded 


050400: The Checksum = 0xBABE30A4 

Test OK @

Nucleus Name DS_FLASH_CalculateChecksumFast 


Description Calculate a checksum over a selected number of address locations 

Technical - Run the checksum calculation algorithm on a selected number of addresses 




50500 Calculating the checksum over selected addresses succeed-ed 


050500: The Checksum = 0xBABEB064 

Test OK @ 

VIDEO INPUT PROCESSOR (VIP) 

Nucleus Name DS_VIP_DevTypeGet 


Description Get the device (revision) type information of the VIP IC 


- Read out the device (revision) type information of the VIP IC 




60000 Getting the information from the VIP succeeded 


60002 The was an error getting the information from the VIP 

60003 Type not according to type stored in HW diversity string 


060000: Found SAA7118 

Test OK @ 

Nucleus Name DS_VIP_Communication 


Description Check the communication between the IIC controller of the chrysalis and the VIP IC 


- Read data from a location in the VIP 




60100 Communicating with the VIP succeeded 







060100: 

Test OK @ 

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Nucleus Name DS_VIP_ClockOutputOn 


Description Switch the clock output on 


- Set the clock output through IIC 




60200 Switching the clock output on succeeded 

60201 Switching the clock output on failed 


060200: 

Test OK @ 

Nucleus Name DS_VIP_ClockOutputOff 


Description Switch the clock output off 


- Reset the clock output through IIC 




60300 Switching the clock output off succeeded 

60301 Switching the clock output off failed 


060300: 

Test OK @

Nucleus Name DS_VIP_SelectInput 


Description Select an input video path to be switched to the analog output pin (AOUT) of the VIP 


- Initialise IIC 

- Read out the VIP id 

- Write the set of registers required for the input specified 


User Input The input to select, see table below. 

1 CVBS_Y_IN_A 

2 CVBS_OUT_B 

3 CVBS_Y_IN_B 

4 CVBS_Y_IN_C 

6 C_IN 

8 G_IN 

9 Y_IN 

Error 

13 B_IN 

14 U_IN 

18 R_IN 

19 V_IN 

Number Description 

60400 Selecting the input of the VIP succeeded 

60401 The user provided wrong input 

60402 The VIP was not accessible 

Example DS:> 604 1 

060400: 

Test OK @ 

Digital Video Input Output (DVIO) 

Nucleus Name DS_DVIO_LinkDevTypeGet 


Description Get the device (revision) type information of the 1394 Link layer IC 

Technical - Initialise the PIO pins on the chrysalis 

- Read out the ID register 




70000 Getting the information from the link layer IC succeeded 

70001 Getting the information from the link layer IC failed 

70002 Type not according to type stored in HW diversity string 


070000: Device type of the link layer IC: ffc00301 

Test OK @ 

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Nucleus Name DS_DVIO_LinkCommunication 


Description Check the accessibility of the 1394 Link layer IC by writing to and reading from a specific 

address 

Technical - Initialise the PIO pins of the chrysalis 

- Write a pattern to the CYCTM register of the link chip 

- Read back and verify the pattern 




70200 Communicating with the link layer IC succeeded 

70201 Communicating with the link layer IC failed 

70202 Result of nucleus not according to HW diversity string 


070200: 

Test OK @ 

Nucleus Name DS_DVIO_PhyCommunication 


Description Check the accessibility of the 1394 Physical layer IC by writing to and reading from a specific 

address 



- Write the data to be written to the phy-chip to the link chip first 

- Wait until the link chip indicates that the data has been written to the phy 

- Write the phy-access register in the Link chip to indicate phy read access 

- Wait until the link chip has obtained the value from the phy-chip 

- Test whether the value read back equals the one previously written 




70300 Communicating with the physical layer IC succeeded 

70301 The physical layer IC was not accessible 

70302 Communicating with the physical layer IC failed 

70303 Result of nucleus not according to HW diversity string 


070300: 

Test OK @

Nucleus Name DS_DVIO_Routing 


Description Route a DV stream containing an audio and video signal through the physical and link layer 

ICs to the Chrysalis 

Technical - Initialise the DMA to transfer 5 frames PAL/NTSC 

- Initialise the DV demultiplexer 

- Initialise the 1394 interface and start reception of the DV stream 

- Check whether the stream was copied to memory properly by the byte input interface (port 

to memory type DMA) 

Execution Time 6-10 seconds (6 when OK, 10 when no stream or error) 

User Input None, test works for both NTSC and PAL 


70400 Routing the signals succeeded 

70401 The 1394 link chip could not be initialised properly 

70402 There was a syntax error in the DV stream 

70403 DMA could not copy DV stream to memory. Stream connect-ed? 

70404 DMA not working properly 


070400: 

Test OK @ 

Nucleus Name DS_DVIO_DetectNode 


Description Check whether a DV node can be detected by the hardware 

Technical - Initialise the 1394 interface 

- Detect whether a node is in range 

Execution Time 3 or 5 seconds (3 when OK, 5 when no stream or error) 



70500 The node was detected OK 


70502 Unable to write to 1394 PHY chip 

70503 Unable to read from 1394 PHY chip 

70504 No node was detected 


070500: 

Test OK @ 

Nucleus Name DS_DVIO_DetectStream 


Description Check whether a DV stream can be detected by the hardware 

Technical - Initialise the 1394 interface 

- Start receiving the stream 

- Detect whether the stream is OK 

Execution Time 3 or 5 seconds (3 when OK, 5 when no stream or error) 



70600 The stream was detected 


70602 No stream detected 


070600: 

Test OK @ 

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Progressive Scan (PSCAN) 

Nucleus Name DS_PSCAN_CommunicationDenc 


Description Check the communication between the IIC controller of the chrysalis and the progressive 

scan DENC-IC 

Technical - IInitialise IIC 

- IWrite data to a register of the DENC through IIC 




80100 Communicating with the progressive scan DENC-IC succeed-ed 




80104 Communicating with the progressive scan DENC-IC failed 

80105 The initialisation of the IIC bus failed 

80106 The read data is not the same as the written data 

80107 No chip was expected 


080100: 

Test OK @ 

Nucleus Name DS_PSCAN_TestImageOn 


Description Generate the test images that are present on the progressive scan IC. 

Technical - See whether the user wanted a HATCH or a FRAME image pattern 

- Initialise the PIO pins of the chrysalis 


- Reset the DENC 

- Enable the 27Mhz clock 

- Send all settings for the pattern to the DENC through IIC 


User Input In case of ADV7196: 

When no input is given “HATCH” is the default 

- “HATCH” 

- “FRAME” 

Remark: 

“HATCH” is a crosshatch test pattern (horizontal and vertical white lines are displayed against 

a black background) 

“FRAME” is a uniform coloured frame/field test pattern (default white). 

In case of FLI2300: Nothing. 


80200 The generation of the test image succeeded 

80201 Unable to initialise pscan ic 

80202 Unable to reset DENC 

80203 Unable to generate image 


Example DS:> 802 HATCH 

080200: 

Test OK @

Nucleus Name DS_PSCAN_TestImageOff 


Description Switch off the generated test image 


- Send the default DENC settings to the DENC through IIC 




80300 Turning off the test image succeeded 


80302 IIC Error during writing pscan ic 



080300: 

Test OK @ 

Nucleus Name DS_PSCAN_TestImageColourSettingsSet 


Description Set the colour of the hatch- or the frame- field to a different value than the default white 

Technical - Determine which colour must be set. 

- Initialise IIC. 

- Enable 27 Mhz PSCAN Clock. 

- Send all settings to the DENC through IIC. 


User Input A colour string of one of the next non-case sensitive strings ( WHITE, BLACK, RED, GREEN, 

BLUE, YELLOW, CYAN, MAGENTA ) or Y Cr Cb (hexa-) decimal values. 


80400 Setting the new colour-settings succeeded 



80403 Unable to set colour 


Example DS:> 804 yellow 

080400: 

Test OK @ 

DS:> 804 0x6a 0xde 0xca 

080400: 

Test OK @ 

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Nucleus Name DS_PSCAN_TestImageColourSettingsGet 


Description Get the colour settings of the hatch- or the frame- field. 

Technical - Initialise IIC. 

- Read the colour settings from the DENC through IIC. 




80500 Getting the colour-settings succeeded 

80501 The progressive scan DENC-IC was not accessible through IIC 

80502 Unable to get colour 



080500: Colour Y Cr Cb values: 0xD2 0x92 0x10 

Test OK @ 

Nucleus Name DS_PSCAN_Routing 


Description Route a video signal from the host processor through the progressive scan ICs to the pro 

gressive scan output of the set. 

Note: to route the progressive scan to the output of the set, first call nucleus 1112 with pa 

rameter 0 (video routing on analog board). 



- Reset the DENC 

- Enable the 27Mhz clock 

- Send all settings to the DENC through IIC. 




80600 Routing path is created successfully. 

80601 Unable to initialise the Chrysalis. 

80602 Unable to access DENC 

80603 Unable to access deinterlacer. 

80604 Wrong chips were expected. 


080600: 

Test OK @

Nucleus Name DS_PSCAN_DevTypeGetDeinterlacer 


Description Get the device (revision) type information of the progressive scan deinterlacer. 

Technical - Initialise the deinterlacer. 

- Read the version register of the deinterlacer. 

Execution Time 1 second 



80700 Everything went well. 




080700: 

Chip name : 2300 

Chip version : 1 

Test OK @ 

Nucleus Name DS_PSCAN_CommunicationDeinterlacer 


Description Check the communication between the IIC controller of the chrysalis and the progressive 

scan Deinterlacer-IC 


- Set the video source synchronisation source to the Chrysalis 

- Write data to the DENC through IIC 




80800 Communicating with the progressive scan Deinterlacer-IC 

succeeded 



80803 The communication with the device failed (no ACK) 

80804 Communicating with the progressive scan Deinterlacer-IC failed 

80805 The initialisation of the IIC bus failed 

80806 The data read back is not the same as the data written 



080800: 

Test OK @ 

DRX-2 

37 

DRX-2

DRX-2 

38 

DRX-2 

DVDR Mechanism (BE) 

Nucleus Name DS_BE_CommunicationEcho 


Description Check the communication between the digital board and the DVDR Mechanism by issuing an 

echo command over the S2B interface 

Technical - Send the ECHO command 

- Check if the BE returned the string 0x00 0xAA 0x55 




90000 Communicating with the BE over the S2B interface succeed-ed 

90001 There was a time-out while communicating 

90002 The DVDR Mechanism returned an unexpected result 

90003 The DVDR Mechanism returned an error code 

90004 No acknowledge received from BE 

90005 Communicating with the DVDR Mechanism failed 

90006 Echo check failed, no echo received 

90007 Echo check failed, received wrong pattern 


090000: 

Test OK @ 

Nucleus Name DS_BE_Reset 


Description Reset the DVDR Mechanism 

Technical - Toggle the reset pin of the I2S interface 




90100 Resetting the DVDR Mechanism succeeded 

90101 Resetting the DVDR Mechanism failed 


090100: 

Test OK @

Nucleus Name DS_BE_VersionGet 


Description Get the version of the DVDR Mechanism and that of the optical unit 

Technical - Send the GET_VERSION_NUMBER command 

- Display the returned version 




90300 BE version OK 



90303 The BE returned an error code 



90306 The BE returned no info 


090300: BE version = 20.09.18 Optical unit version = 3C.00.09.41.08 

Test OK @ 

Nucleus Name DS_BE_GetSelftestResult 


Description Return the self-test results through the service port 

Technical - Send the GET_SELF_TEST_RESULT command 

- On error display the error received form the BE 




90200 Self test succeeded, no errors 






90206 DVDR Mechanism returned no info 

90207 Self test failed, errors are echoed 


090200: 

Test OK @ 

DRX-2 

39 

DRX-2

DRX-2 

40 

DRX-2 

Nucleus Name DS_BE_TrayOut 


Description Open the tray of the DVDR Mechanism 

Technical - Send the TRAY_OUT command 

Execution Time Approximately 2 seconds 



90400 The command executed successfully 





90405 Unable to enter normal mode 



090400: 

Test OK @ 

Nucleus Name DS_BE_TrayIn 


Description Close the tray of the DVDR Mechanism 

Technical - Send the TRAY_IN command 

Execution Time Approximately 1 - 2 seconds 








90505 Unable to enter normal mode 



090500: 

Test OK @

Nucleus Name DS_BE_WriteReadDvdRw 


Description Write data to and read data from a DVD+RW disc through the DVDR Mechanism for 

verification of the writing 

Technical - Execute DS_BE_GetSelftestResults 

- Send the TRAY_IN command 

- Send the READ_TOC command 

- Generate a random disc location 

- Generate test data to write to the DVD+RW 

- Transfer the test data to the disc location using DMA 

- Read back the data from disc using DMA 

- Compare the two data areas and check whether the areas are equal 





90601 This nucleus cannot be executed because the Self-Test failed 

90602 The BE cannot enter normal operating mode 

90603 Unable to send the tray in 

90604 Unable to read TOC from disc 

90605 Invalid disc is loaded, please insert a DVD+RW disc 

90606 Writing the test pattern to DVD+RW failed 

90607 Reading back the test pattern from DVD+RW failed 

90608 Compare check failed 

90609 Calibrating DVD+RW failed 


090600: Testing on sector 0x5dbe0: OK 

Test OK @ 

DRX-2 

41 

DRX-2

DRX-2 

42 

DRX-2 

Nucleus Name DS_BE_WriteReadDvdR 


Description Write data to and read data from a DVD+R disc through the DVDR Mechanism for verification 

of the writing 

Technical - Execute DS_BE_GetSelftestResults 

- Send the TRAY_IN command 


- Use the OPC area to test if the DVD+R is (still) writable 

- Generate test data to write to the DVD+R 

- Transfer the test data to the disc location using DMA 

- Read back the data from disc using DMA 

- Compare the two data areas and check whether the areas are equal 





90701 This nucleus cannot be executed because the Self-Test failed 

90702 The BE cannot enter normal operating mode 

90703 Unable to send the tray in 

90704 Unable to read TOC from disc 

90705 Invalid disc is loaded, please insert a DVD+RW disc 

90706 Unable to write, the DVD+R disc is full 

90707 No writable DVD+R sector found 

90708 Writing the test pattern to DVD failed 

90709 Reading back the test pattern from DVD failed 

90710 Compare check failed 


090700: Testing on sector 0x36210: OK 

Test OK @ 

Nucleus Name DS_BE_StatisticalInformationGet 


Description Retrieve the statistical information from the DVDR Mechanism 

Technical - Send the GET_STATISTICAL_INFO command 

- Display the info returned from the BE 












Number of times Tray went Open/Closed : 4 

Total minutes the CD laser was on : 0 

Total minutes the DVD laser was on : 0 

Total minutes the write laser was on : 0 

090800: 

Test OK @

Nucleus Name DS_BE_StatisticalInformationReSet 


Description Reset the statistical information in the DVDR Mechanism 

Technical - Send the RESET_STATISTICAL_INFO command 

- Send the POWER_DOWN command 

- Toggle the reset pin of the I2S interface 











090900: 

Test OK @ 

Nucleus Name DS_BE_ErrorLogGet 


Description Get the error log from the DVDR Mechanism 

Technical - Send the GET_ERROR command 

- Display the returned info 












Momentary errors (Byte 1 - Byte 7) : 0x00 0x00 0x00 0x00 0x00 0x00 0x00 

Cumulative errors (Byte 1 - Byte 7) : 0x00 0x00 0x00 0x20 0x00 0x00 0x00 

Fatal errors (Oldest - Youngest) : 0x00 0x00 0x00 0x00 0x00 

091000: 

Test OK @ 

DRX-2 

43 

DRX-2

DRX-2 

44 

DRX-2 

Nucleus Name DS_BE_ErrorLogReset 


Description Reset the error log in the DVDR Mechanism 

Technical - Send the RESET_STATISTICAL_INFO command 

- Send the POWER_DOWN command 

- Toggle the reset pin of the I2S interface 











091100: 

Test OK @ 

Nucleus Name DS_BE_JitterOptimise 


Description Perform jitter optimisation: 

A formatted DVD must be loaded into the DVDR Mechanism before executing this nucleus 



- Send the JITTER_COMMAND command with parameter 0x00 0x00 

- Send the JITTER_COMMAND command with parameter 0x00 0x01 

- Send the JITTER_COMMAND command with parameter 0x00 0x02 until offset 0x80 is 

received 




91200 Optimising jitter succeeded 





91205 Unable to send tray in 

91206 Unable to read the disc 

91207 No disc is loaded 

91208 Unknown disc is loaded 

91209 Unable to enter service mode 


Test OK @

Nucleus Name DS_BE_FocusOn 


Description Put the laser of the BE into focus 

Technical - Send the FOCUS command with parameter 0x01 




91300 Focus on succeeded 








091300: 

Test OK @ 

Nucleus Name DS_BE_FocusOff 


Description Turn off putting the laser of the BE into focus 

Technical - Send the FOCUS command with parameter 0x00 




91400 Focus off succeeded 








091400: 

Test OK @ 

Nucleus Name DS_BE_MotorOn 


Description Turn on the turntable motor 

Technical - Send the TURN_TABLE_MOTOR_ON command 




91500 Turn table motor is on 








091500: 

Test OK @ 

DRX-2 

45 

DRX-2

DRX-2 

46 

DRX-2 

Nucleus Name DS_BE_MotorOff 


Description Turn off the turntable motor 

Technical - Send the TURN_TABLE_MOTOR_OFF command 




91600 Turn table motor is off 








091600: 

Test OK @ 

Nucleus Name DS_BE_RadialOn 


Description Close the radial loop 



- Send the RADIAL_COMMAND command with parameter 0x00 0x01 

Execution Time Approximately 10 ñ 15 seconds 

User Input A formatted DVD must be loaded into the DVDR Mechanism before executing this nucleus 


91700 Radial loop is close 











091700: 

Test OK @

Nucleus Name DS_BE_RadialOff 


Description Open the radial loop 

Technical - Send the RADIAL_COMMAND command with parameter 0x00 0x00 

Execution Time 1 second if radial loop is open otherwise 3 seconds 



91800 Radial loop is open 








091800: 

Test OK @ 

Nucleus Name DS_BE_RadialCalibration 


Description Calibrate the radial loop 







User Input A formatted DVD must be loaded into the DVDR Mechanism before executing this nucleus 













091900: 

Test OK @ 

DRX-2 

47 

DRX-2

DRX-2 

48 

DRX-2 

Nucleus Name DS_BE_Tilt 


Description Test the tilt mechanism control loop, or allow its proper functioning to be measured. 

Before executing this nucleus a disc must be loaded into the recorder 



- Send the TILT_COMMAND command with parameter 0x00 0x00 

















092000: 

Tilt sensor bathtub: (71,-12,145)(68,-12,135)(62,-10,120)(56,-92,97)(50,-75,86) 

(44,-59,80)(41,-52,80)(35,-37,86)(29,-22,86) 

(23,-7,92)(17,8,111)(11,23,135)(8,31,138)(5,39,158) 

Test OK @ 

Nucleus Name DS_BE_CheckDisc 


Description Check whether there is a disc inside the BE 



- Display the Disc type info 




92100 There was a disc inside the set 

92101 A disc is loaded, disc type info if echoed 

92102 Unable to load the tray 

92103 Error received from BE 


092100: A DVD+Rewritable is loaded (disc is empty or partially recorded) 

Test OK @ 

DS:> 921 

092100: No Disc is loaded 

Test OK @

Nucleus Name DS_BE_SledgeMotor 


Description Send the sledge to its home position, then to the middle of the disc, and then to the end. 

Technical - Send the PCS_COMMAND command with parameter 0x03 0x00 

- Send the PCS_COMMAND command with parameter 0x02 0x00 


- Send the PCS_JUMP_SLEGE_STEPS command for 3 times 













092200: 

Test OK @ 

Display and Control Board (DCB) 

Nucleus Name DS_DCB_CommunicationEcho 


Description Check the communication between the digital board and the DCB by issuing an echo 

command 

Technical - Send an echo command to the DCB via the analog board and wait for the result 




100000 Communicating with the DCB succeeded 

100001 The DCB could not be accessed by the analog board. 

100002 There was no response from the analog board. 

100003 The returned errorcode from the analog board is un-known 

100004 Something went wrong with the error code. 


100000: 

Test OK @ 

DRX-2 

49 

DRX-2

DRX-2 

50 

DRX-2 

Nucleus Name DS_DCB_VersionGet 


Description Get the version of the DCB 

Technical - Issue the DCB version get command to the analog board and wait for the result 




100100 Retrieving the version of the DCB succeeded 




100104 Something went wrong with the error code. 


100100: DCB version: 13 

Test OK @ 

Nucleus Name DS_DCB_LightDisplay 


Description Light the entire display of the DCB, and clear the display after confirmation. 

User confirmation is necessary. 

Technical - First issue a command to clear the display and wait for the result 

- Then issue the command to light the entire display and wait for confirmation by the user 

Execution Time Until user confirmation. 



100200 Lighting the entire display succeeded 






100206 The DCB did not light all labels. 

100207 The user skipped the rest of the DCB_Light_Display test. 

100208 The user returned an unknown confirmation: 



100200: 

Test OK @

Nucleus Name DS_DCB_Keyboard 


Description Check all keys of the keyboard by confirming the key-code displayed of each key. 

Technical - Initialise the display 

- Display the key pressed by the user on the display 

- Monitor the service port for an abort and get the next key pressed 

- Update the display and repeat previous steps until user stops / confirms 




100400 All the keys on the keyboard have been pressed 

100401 DCB Keyboard; test failed 

100402 DCB Keyboard; test aborted 

100403 Not all the keys were pressed. 



100400: 

Test OK @ 

Nucleus Name DS_DCB_RemoteControl 


Description Check the interface between the remote control and the DCB by checking the key-code 

displayed 

Technical - Initialise the display 

- Display the key pressed by the user on the display 

- Monitor the service port for an abort and get the next key pressed 

- Update the display and repeat previous steps until user stops / confirms 




100500 Remote Control test succeeded 

100501 DCB Remote control; test failed 

100502 DCB Remote control; test aborted 


100504 DCB Remote control; no user input received 


100500: 

Test OK @ 

DRX-2 

51 

DRX-2

DRX-2 

52 

DRX-2 

Nucleus Name DS_DCB_Led 


Description Switch the record LED on, and after confirmation off. 

The user confirms by pressing the REC key, STOP key, or the PLAY key on the local 

keyboard. The PLAY key confirms that the LED is on and the REC key 

Technical - Issue the command to light the record LED via the analog board and wait for confirmation 

by the user 




100600 Switching Led on succeeded 



100603 The DCB did not light the record LED. 

100604 The user skipped the rest of the DCB_Led test. 

100605 The user returned an unknown confirmation: 

100606 The returned errorcode from the analog board is unknown 


100600: 

Test OK @ 

Analog Board (ANAB) 

Nucleus Name DS_ANAB_CommunicationEcho 


Description Check the communication between the digital board and the analog board by issuing some 

echo string. 

Technical Send command P_DS_ANACOM_ECHO with the parameter string “Hello Analog board” to 

the analog board and read back the result 




110000 Communicating with the analog board succeeded 

110001 The test returned the wrong string 

110002 Communicating with the analog board failed 

110103 The analog board returned an unexpected result 


110000: Hello Analog Board 

Test OK @

Nucleus Name DS_ANAB_CommunicationIicNvram 


Description Check the communication between the digital board and the NVRAM on the analog board. 

Technical Send command P_DS_ANACOM_NVRAM with no parameters to the analog board and read 

back the result 

Execution Time Less than 3 seconds 



110100 Communicating with the NVRAM on the analog board 

succeeded 

110101 The analog board could not communicate with the NVRAM 

110102 Communicating with the analog board failed 



110100: 

Test OK @ 

Nucleus Name DS_ANAB_CommunicationIicTuner 


Description Check the communication between the digital board and the tuner on the analog board 

Technical Send command P_DS_ANACOM_TUNER with no parameters to the analog board and read 





110200 Communicating with the tuner on the analog board succeeded 

110201 The analog board could not communicate with the tuner 

110202 There was an error communicating with the analog board 



110200: 

Test OK @ 

Nucleus Name DS_ANAB_CommunicationIicDataSlicer 


Description Check the communication between the digital board and the data slicer on the analog board 

Technical Send command P_DS_ANACOM_DATA_SLICER with no parameters to the analog board 

and read back the result 




110300 Communicating with the data slicer on the analog board 

succeeded 

110301 The analog board could not communicate with the data slicer 




110300: 

Test OK @ 

DRX-2 

53 

DRX-2

DRX-2 

54 

DRX-2 

Nucleus Name DS_ANAB_CommunicationIicSoundProcessor 


Description Check the communication between the digital board and the sound processor on the analog 

board 

Technical Send command P_DS_ANACOM_SOUND_PROCESSOR with no parameters to the analog 

board and read back the result 




110400 Communicating with the sound processor on the analog board 

succeeded 

110401 The analog board could not communicate with the sound 

processor 




110400: 

Test OK @ 

Nucleus Name DS_ANAB_CommunicationIicAVSelector 


Description Check the communication between the digital board and the A/V-selector on the analog 

board 

Technical Send command P_DS_ANACOM_AV_SELECTOR with no parameters to the analog board 





110500 Communicating with the A/V selector on the analog board 

succeeded 

110501 The analog board could not communicate with the A/V selector 




110500: 

Test OK @ 

Nucleus Name DS_ANAB_HardwareVersionGet 


Description Get the hardware version of the analog board 

Technical Send command P_DS_ANACOM_HARDWARE_VERSION with no parameters to the analog 





110600 Reading the hardware version succeeded 

110601 The segment containing the hardware version could not be found 




110600: Analog hardware version : 11 

Test OK @

Nucleus Name DS_ANAB_SoftwareVersionBootGet 


Description Get the software version of the boot software of the analog board 

Technical Send command P_DS_ANACOM_SOFTWARE_VERSION with no parameters to the analog 





110700 Reading the boot-software version succeeded 

110701 The segment containing the boot-software version could not be 

found 




110700: Bootcode application version : 11.00.11 

Test OK @ 

Nucleus Name DS_ANAB_SoftwareVersionDownloadGet 


Description Get the software version of the download software of the analog board 

Technical Send command P_DS_ANACOM_SW_VERSION_DOWN with no parameters to the analog 





110800 Reading the download-software version succeeded 

110801 The segment containing the download-software version could 

not be found 




110800: Download application version : 11.00.06 

Test OK @ 

Nucleus Name DS_ANAB_SoftwareVersionApplGet 


Description Get the software version of the application software of the analog board 

Technical Send command P_DS_ANACOM_SW_VERSION_APPL with no parameters to the analog 





110900 Reading the application-software version succeeded 

110901 The segment containing the application-software version could 

not be found 




110900: Recorder application version : 11.00.23 

Test OK @ 

DRX-2 

55 

DRX-2

DRX-2 

56 

DRX-2 

Nucleus Name DS_ANAB_SoftwareVersionDiagnosticsGet 


Description Get the software version of the diagnostic software of the analog board 

Technical Send command P_DS_ANACOM_SW_VERSION_DIAG with no parameters to the analog 





111000 Reading the diagnostics-software version succeeded 

111001 The segment containing the diagnostics-software version could 

not be found 




111000: Diagnostics application version : 11.00.13 

Test OK @ 

Nucleus Name DS_ANAB_ChecksumProgram 


Description Check the checksum of the several partitions by recalculating and comparing partition 

checksums 

Technical Send command P_DS_ANACOM_FLASH_CHECKSUM with no parameters to the analog 





111100 Checksum calculation succeeded 

111101 The FLASH was not accessible 

111102 The checksum stored in FLASH is not correct 




BootCode checksum is: 0xBABE6240, which is correct 

Diagnostics checksum is : 0xBABEBEAD, which is correct 

Download checksum is: 0xBABEA6B7, which is correct 

Application checksum is : 0xBABEB277, which is correct 

111100: 

Test OK @

Nucleus Name DS_ANAB_VideoRouting 


Description Perform the routing of the video paths on the analog board 

Technical Send command P_DS_ANACOM_ROUTE_VIDEO with parameters to the analog board and 

read back the result 


User Input The user has to input the correct parameter for the routing (see table 'video routing' below). 


111200 Routing the video on the analog board succeeded 

111201 Routing the video on the analog board failed 





111200: 

Test OK @ 

Nucleus Name DS_ANAB_AudioRouting 


Description Perform the routing of the audio paths on the analog board 

Technical Send command P_DS_ANACOM_ROUTE_AUDIO with parameters to the analog board 



User Input The user has to input the correct parameter for the routing (see table 'audio routing' below) 


111300 Routing the audio on the analog board succeeded 

111301 Routing the audio on the analog board failed 





111300: 

Test OK @ 

DRX-2 

57 

DRX-2

DRX-2 

58 

DRX-2 

Nucleus Name DS_ANAB_SelectTunerChannel 


Description Set the tuner to receive a valid audio and video signal 

Technical Send command P_DS_ANACOM_TUNER_FREQ_SELECT with parameters to the analog 



User Input 

Tuner frequency: to tune the tuner to e.g. 216 MHz, this parameter must be 3456. 

(Since 216*16 = 3456. This is to avoid the decimal points to the parameter list.) 

Video standard id: The table below shows which video standards are possible 

Video standard id Europe NAFTA 

16 PAL_BG NTSC 

32 PAL_I Invalid 

48 PAL_DK Invalid 

64 SEC_L Invalid 

80 SEC_LS Invalid 

96 SEC_BG Invalid 

112 SEC_DK Invalid 


111400 Setting the tuner channel succeeded 

111401 Setting the tuner channel failed 




Example DS:> 1114 3456 16 

111400: 

Test OK @ 

Nucleus Name DS_ANAB_IICWriteRead 


Description Perform an IIC write and read action on the analog board 

Technical Send command P_DS_ANACOM_I2C_WRR with parameters to the analog board and read 



User Input Writing: 

[|][I2C address][number of data bytes to write] 

with 

Max 16 data bytes (n < 16). 

Reading: 

[|][I2C address][number of data bytes to read] 

Max 16 data bytes (n < 16). 


111500 Reading and writing IIC on the analog board succeeded 


111502 Reading and writing IIC on the analog board failed 



Example DS:> 1115 w 0x94 2 0x06 0x02 

111500: 

Test OK @

Nucleus Name DS_ANAB_ClockAdjust 


Description Set the clock to the value passed through in the YYYY MM DD HH MM SS format 

Technical Send command P_DS_ANACOM_CLOCK_ADJUST with parameters to the analog board 



User Input 


111600 Adjusting the clock succeeded 

111601 Adjusting the clock failed 




Example DS:> 1116 2002 11 11 11 11 11 

111600: 

Test OK @ 

Nucleus Name DS_ANAB_ClockReference 


Description Generate a 1 kHz signal on pin 7 (INT) of the clock IC 

Technical Send command P_DS_ANACOM_CLOCK_REFERENCE with no parameters to the analog 





111700 Generating the signal on the designated pin succeeded 

111701 Generating the signal on the designated pin failed 




111700: 

Test OK @ 

Nucleus Name DS_ANAB_ClockCorrection 


Description Store the clock IC correction value in NVRAM 

Technical Send command P_DS_ANACOM_CLOCK_CORRECTION with parameters to the analog 



User Input The correction value for the clock 


111800 Storing the correction value for the clock in NVRAM succeeded 

111801 Storing the correction value for the clock in NVRAM failed 

111802 Value out of range: default value stored 




Example DS:> 1118 1000023 

111800: 

Test OK @ 

DRX-2 

59 

DRX-2

DRX-2 

60 

DRX-2 

Nucleus Name DS_ANAB_TunerAFCReferenceVoltage 


Description Store the reference voltage for the tuner in NVRAM 

Technical Send command P_DS_ANACOM_AFC_REFERENCE_TUNER with no parameters to the 

analog board and read back the result 


User Input The reference voltage, between 0 and 255 


111900 Storing the reference voltage for the tuner in NVRAM succeeded 

111901 Storing the reference voltage for the tuner in NVRAM failed 





111900: 

Test OK @ 

Nucleus Name DS_ANAB_TunerFrequencyDownload 


Description Store the frequency table in NVRAM. The frequency table is passed through the error-string 

provided to the nucleus. 

Technical Send command P_DS_ANACOM_FREQ_DOWNLOAD with parameters to the analog board 



User Input See frequency table 


112000 Downloading the frequency table in NVRAM succeeded 

112001 Downloading the frequency table in NVRAM failed 




Example DS:> 1120 2233 00 02 4E45442031 

112000: 

Test OK @ 

Nucleus Name DS_ANAB_StoreExternalPresets 


Description Store the external presets in NVRAM 

Technical Send command P_DS_ANACOM_STORE_EXT_PRESETS with no parameters to the 

analog board and read back the result 




112100 Storing the external presets in NVRAM succeeded 

112101 Storing the external presets in NVRAM failed 




112100: 

Test OK @

Nucleus Name DS_ANAB_BargraphLevelAdjust 


Description Measure the audio signal corresponding to 0dB per channel and store it as correction value in 

NVRAM 

Technical Send command P_DS_ANACOM_BARGRAPH_LEVEL_ADJUSTMENT with no parameters 

to the analog board and read back the result 




112200 Storing the bargraph adjustment values in NVRAM succeeded 

112201 Storing the bargraph adjustment values in NVRAM failed 




112200: 

Test OK @ 

Video routing paths (Europe) 

Path ID Description 

0 Input signal is VIDEO(CVBS) from digital board and will be re-routed back to the digital board. 

1 Input signal is from FRONT VIDEO(CVBS) IN and will be routed to the digital board. 

2 No Routing. 

3 Input signal is from FRONT S-VIDEO(Y/C) and will be routed to the digital board. 

4 No Routing. 

5 Input signal is CVBS from SCART1 and will be routed to the digital board. 

6 Input signal is CVBS from SCART2 and will be routed to the digital board. 

7 Input Signal is CVBS from Digital Board and it will be routed to Scart1 and Scart2. 

8 Input signal is VIDEO(CVBS) from ANTENNA IN and will be routed to SCART2. 

9 Input signal is VIDEO(CVBS) from SCART1 and will be routed to SCART2. 

10 Input signal is VIDEO(CVBS) from SCART2 and will be routed to SCART1. 

11 Signal path is routed Fast Blank from Scart2 pin16 and will be routed SCART1 pin16 

12 Input Signal is YC from Digital Board and it will be routed to SCART1. 

13 

14 No Routing. 

15 Input Signal is CVBS from TUNER and it will be routed to Digital . 


17 Input Signal is routed from digital board YC to REAR S-VIDEO(YC) OUT 

18 Signal path is routed from digital board RGB to RGB SCART1 and from digital board CVBS to 

digital board CVBS. 


20 Input RGB Signal is routed from Digital Board to SCART1(RGB),Input CVBS Signal from 

Digital Board to Digital Board and Fast Blanking Signal from SCART2 to SCART1. 

21 Input Y/C Signal from Digital Board is routed to Rear Y/C Connector and Input Y/C Sig-nal 

from Front Y/C connector is routed to Digital Board. 

DRX-2 

61 

DRX-2

DRX-2 

62 

DRX-2 

Video routing paths (NAFTA) 


0 No Routing. 

1 Input signal is from FRONT VIDEO(CVBS) IN and will be routed to the digital board.This 

routing is same as the above path id. 

2 Input signal is from REAR VIDEO(CVBS) IN and will be routed to the digital board. 

3 Input signal is from FRONT S-VIDEO(Y/C) IN and the signal received will be routed to the 

digital board. 

4 Input signal is from REAR S-VIDEO(Y/C) IN and will be routed to the digital board. 

5 No Routing. 

6 No routing. 

7 No routing. 

8 Input signal is VIDEO(CVBS) from TUNER and will be routed to Y Pin of Rear Y/C Connector. 

This will give only black/White Picture . 

9 Input signal is from YUV IN and will be routed to YUV OUT.This is possible only if Digital 

Board routes back YUV signal received back to the Analog board(DENC) 

10 No routing. 





15 Input CVBS Signal from Tuner is routed to Digital Board.. 



18 Input Signal from CVBS Rear In is routed to Digital Board. This is the same as path ID 02. 

19 Input Y/C signal from Digital Board is routed to Y/C Rear Out Connector and Input signal from 

Y/C Front In Connector is routed to Y/C Digital Board. 

20 Y/C signal from Digital Board is routed to Y/C Rear Out Connector and Input signal from Y/ C 

Rear In Connector is routed to Y/C Digital Board. 

23 The Video signal received from the Digital board will be output on Modulator channel 3. 

24 The Video signal received from the Digital board will be output on Modulator channel 4.

Audio routing paths (Europe) 


0 Input signal is from FRONT AUDIO IN and will be routed to the digital board. 


2 No Routing. 

3 Input signal is AUDIO from SCART1 and will be routed to the digital board. 

4 Input signal is AUDIO from SCART2 and will be routed to the digital board. 

5 No routing. 

6 No routing. 

7 Input Audio signal is from the digital Board and it will be routed to the SCART1 and 

SCART2 

8 Input AUDIO signal from TUNER and will be routed to SCART2. 

9 Input signal is AUDIO from SCART1 and will be routed to SCART2. 

10 Input audio signal from SCART2 is routed to SCART1. 

11 Input Audio signal is routed from DVIO to SCART2. 

12 


14 Input is Audio Signal from DVIO and it will be routed to Digital Board. 

15 Input is Audio Signal from TUNER and it will be routed to Digital Board.. 



18 Input signal is from FRONT AUDIO IN and will be routed to SCART2. 


Audio routing paths (NAFTA) 


0 No Routing. 


2 Input signal is from REAR AUDIO IN 2 and will be routed to the digital board. 

3 Input Audio Signal is routed from FRONT Cinch In to Digital Board.(This is same as path ID 

01) 

4 Input Signal is from Rear Cinch In1 and it will be routed to Digital Board.. 

5 No routing. 

6 No routing. 

7 No routing. 

8 No Routing. 

9 No routing. 




13 Input Signal is from Digital Board and it will be routed to the digital board. 


15 Input is Audio Signal from TUNER and it will be routed to Digital Board. 

16 Input signal is AUDIO from dvio board and will be routed to Digital Board. 







23 The Audio signal received from the Digital board will be outputted on Modulator channel 3. 

24 The Audio signal received from the Digital board will be outputted on Modulator channel 4. 

DRX-2 

63 

DRX-2

DRX-2 

64 

DRX-2 

Frequency download string format 

Format description 

X(XXX) Preset number 

VVWW VV: Channel number 

WW : Channel offset 

ZZ Byte containing 8 bit fields 

for 

TRUE/FALSE : 

BIT 0: Decoder 

BIT 1: Modulation 

BIT 2: NICAM 

SAP 

BIT 3: Satpreset 

BIT 4: Presetdefined 

Channelpreferred 

BIT 5: ExtPreset 

BIT 6: 

NameManuallyChanged 

BIT 7: ChannelPreset 

HH HfSystemFineTuning 

IIJJKKLLMM Netname 

remarks 

NICAM/stereo bit for Europe 

SAP/stereo bit for NAFTA 

The message string of (DS_MessageDef *msgString) should be in the format: 

“X(XXX)_VVWW_ZZ_HH_IIJJKKLLMM”. 

Here will be ‘X(XXX)’ a decimal value in the range of 0 to 255. 

V, W, Z,H,I,J, K, L, M are hex values with out the prefix ‘0x’ (in the range 0... 9,A ... F) 

“ _” Denotes a space character. 

Remarks: 

CHANNEL_SYSTEM is for NAFTA. 

PRESET_SYSTEM is for Europe. 

Preset defined bit is only used for Europe. For NAFTA, 

it is renamed as channelpreferred to indicate if a 

channel is preferred or not. 

TRUE if preset is defined from P50 as extern [TGA] 

HfS: 4 bit, FT: -4,...,4 

Range: A,..,Z,0,..,9,_,.. Netname length exists for 

Europe only. 

‘II’ is the HEX-value for the first character, ‘JJ’ for the 

second, Ö 

System (SYS) 

Nucleus Name DS_SYS_HardwareVersionGet 


Description Get the hardware version and type of the digital board 

Technical - Initialize the PIO pins of the chrysalis 

- Read out the hardware version through the PIO pins 

- Read the segment header in FLASH and determine hardware version 




120000 Getting the hardware version and type of the digital board 

succeeded 

120001 Getting the hardware version and type of the digital board failed 

120002 Wrong hardware version read from FLASH 


120000: Hardware ID = 00 

The (PIO-pins) Digital Board ID = 2 

Test OK @ 

DS:>

Nucleus Name DS_SYS_SoftwareVersionBootGet 


Description Get the version of the boot software on the digital board 

Technical - Read the segment header in FLASH and determine Boot software version 




120100 Getting the Boot software version succeeded 

120101 Getting the Boot software version failed 


120100: Software Boot Version = 0001 

Test OK @ 

Nucleus Name DS_SYS_SoftwareVersionDownloadGet 


Description Get the version of the download software on the digital board 

Technical - Read the segment header in FLASH and determine Download software version 




120200 Getting the Download software version succeeded 

120201 Getting the Download software version failed 


120200: Software Download Version = 0001 

Test OK @ 

Nucleus Name DS_SYS_SoftwareVersionApplGet 


Description Get the version of the application software on the digital board 

Technical - Read the segment header in FLASH and determine Application software version 




120300 Getting the Application software version succeeded 

120301 Getting the Application software version failed 


120300: Software Application Version = 0001 

Test OK @ 

DRX-2 

65 

DRX-2

DRX-2 

66 

DRX-2 

Nucleus Name DS_SYS_SoftwareVersionDiagnosticsGet 


Description Get the version of the diagnostics software on the digital board 

Technical - Read the segment header in FLASH and determine Diagnostics software version 




120400 Getting the Diagnostics software version succeeded 

120401 Getting the Diagnostics software version failed 


120400: Software Diagnostics Version = 0001 

Test OK @ 

120503 Something went wrong while transferring the data. 

120504 User cancelled the upload. 


120500: 

Test OK @ 

Nucleus Name DS_SYS_EepromUpload 


Description Upload the contents of the NVRAM on the analog board or the digital board to the service PC, 

by using the X-modem protocol 

Technical - Decode the user input 

- Determine whether to upload the analog board or digital board NVRAM 

- Start uploading using the XMODEM protocol 

- Determine whether all was uploaded OK 

Execution Time Depends on the chosen NVRAM and the User. 

User Input Choose one of the following parameters for the nucleus: 

1. Upload the contents of the NVRAM of the digital board 

2. Upload the contents of the NVRAM of the analog board 

Choose in the terminal on the control PC -> transfer -> receive file. 

Select X-modem protocol. Then click receive in the dialogue and fill in the file name in which 

you want to store the data. 


120500 Download succeeded. 

120501 User input is not valid. 

120502 Something went wrong while copying the data from NVRAM to 

SDRAM .

Nucleus Name DS_SYS_EepromDownload 


Description Download a file with the contents of the NVRAM for the analog board or the digital board from 

the service PC to the recorder, by using the X-modem protocol 

Technical - Decode the user input and determine what eeprom to fill: digital / analog 

- Store the downloaded (using XMODEM) bytes in SDRAM first 

- Then copy these contents into the eeprom after verification 

Execution Time Depends on the chosen NVRAM and the User. 

User Input Choose one of the following parameters for the nucleus: 

1. Download the contents of the NVRAM of the digital board 

2. Download the contents of the NVRAM of the analog board 

Choose in the terminal of the control PC -> transfer -> send file. 

Select X-modem protocol. Then choose a file with the Browse button in the dialogue and click 

on send. 


120600 Download succeeded 

120601 The write to NVRAM failed. 

120602 Timeout. Too many retries. 

120603 A file was sent with a wrong header. 

120604 User cancelled the download. 


120606 Unknown Error 


120600: 

Test OK @ 

Nucleus Name DS_SYS_DvIdNumberGet 


Description Get the IEEE1394 ID 

Technical - Read out the ID from the configuration segment and return this info to the user 




120800 Getting the unique DV ID succeeded 

120801 Getting the unique DV ID failed 


120800: The DvIdNumber is: 0x0C22384E5A 

Test OK @ 

DRX-2 

67 

DRX-2

DRX-2 

68 

DRX-2 

Nucleus Name DS_SYS_IicWrite 


Description Perform an IIC write action on the digital board 

Technical - Determine bus ID, slave address, number of bytes to be written and the byte array of data 

from the user input 

- Initialize IIC 

- Write the data to the slave specified through IIC 


User Input The user input the number of bytes to write followed by these bytes: 

 

Where the bus ID is either 0 (normally used) or 1 


120900 Writing the data over IIC succeeded 


120902 There was a timeout writing to the device 



120905 Got unknown IIC bus error: 

120906 Unable to initialize IIC bus 

120907 Decoding bus ID unsigned value failed 

120908 Decoding slaveAddr unsigned value failed 

120909 Decoding nrBytes unsigned value failed 

120910 Bus ID out of range 

120911 nrBytes out of range 

120912 Unable to decode parameters 

Example DS:> 1209 0 0xa0 1 0x6 

120900: 1 Bytes written 

Test OK @

Nucleus Name DS_SYS_IicRead 


Description Perform an IIC read action on the digital board 

Technical - Determine the bus ID, slave address and number of bytes to read from the user input 

- Initialize IIC 

- Read the data form the slave specified 


User Input The user inputs the number of bytes to read and the address to read them from: 

 

Where the bus ID is either 0 (normally used) or 1 


121000 Reading the data over IIC succeeded 


121002 There was a timeout writing to the device 



121005 There was an unknown IIC bus error 

121006 IIC bus initialization failed 

121007 Decoding bus ID unsigned value failed 

121008 Decoding slave address unsigned value failed 

121009 Decoding number of bytes unsigned value failed 

121010 Bus ID out of range 

121011 nrBytes out of range 

Example DS:> 1210 0 0xa0 1 

121000: Value read =0x06 

Test OK @ 

Nucleus Name DS_SYS_UartWrite 


Description Perform an UART write action on the digital board on a specified UART 

Technical - Decode the user input for the proper port to use 

- Write out the bytes through the indicated port 


User Input The user inputs the UART to write to, the number of bytes and the bytes to be written to the 

UART. 

1=UART port 1 : not used 

2=UART port 2 : Bit DVDR Mechanism 

3=UART port 3 : Analog board 

 


121100 Writing the bytes to the UART succeeded 


121102 Writing to the UART failed 

Example DS:>1211 2 2 0xd1 0x01 

121100: 

Test OK @ 

DRX-2 

69 

DRX-2

DRX-2 

70 

DRX-2 

Nucleus Name DS_SYS_UartRead 


Description Perform an UART read action on the digital board on a specified UART 

Technical - Decode the user input for the port to read from 

- Read from the port and return data read to the user 


User Input The user inputs the UART to read from. 

1=UART port 1 : not used 

2=UART port 2 : Bit DVDR Mechanism 

3=UART port 3 : Analog board 

 


121200 Reading the data from the UART succeeded 


121202 Reading the data from the UART failed 


121200: The value that was read is: 0x50 0xD1 0x00 

Test OK @ 

Nucleus Name DS_SYS_VideoLoopThroughStart 


Description The video signal, which is confirm the user input, is routed from the input to the output. Input 

is set with the routing nucleus 1112. All outputs are enabled. 

Technical - Decode the videosignal: PAL / NTSC and Y/C, RGB, CVBS,YUV 

- Initialize the Video Input Processor and check for valid signal 

- Initialize the Video Front End and start capturing frames to memory 

- Initialize the SYNC module 

- Initialize the Video Post Processing and retrieve frames from memory 

- Initialize the mixer 

- Initialize the DENC module 

- Route the signal to all outputs 

Execution Time Less than 1 second, but stays running. 

User Input 

1. vipInput (CVBS, YC, YUV, RGB). 

2. VideoOutput (YUV, RGB). 

3. VideoStandard (PAL, NTSC). 


121300 Video LoopthroughStart succeeded 


121302 Initialization of the VIP failed. 

121303 Video Signal on the input is not a valid signal. 

121304 Initialization of the VFE failed. 

Example DS:> 1213 CVBS RGB PAL 

121300: 

Test OK @

Nucleus Name DS_SYS_VideoLoopThroughStop 


Description Stop routing the video input to all the outputs. 

Technical - Stop the DENC and the Video Front End 


User Input - 


121400 VideoLoopthroughStop succeeded 

121401 DENC module on Chrysalis failed. 


121400: 

Test OK @ 

Nucleus Name DS_SYS_VideoLoop 


Description Note: Before executing this nucleus the user must route the video signal on the analog board 

with nucleus DS_ANAB_VideoRouting(1112 ). 

Technical - Evaluate user input. 

- Reset the global variables, video memory. 

- Fill the video memory with a vertical colourbar. 

- Initialize the Chrysalis SYNC-module. 

- Initialize the Chrysalis MIXER-module. 

- Initialize the Chrysalis VPP-module. 

- Initialize the Chrysalis DENC-module. 

- Display the original image. 

- Initialize the VIP. 

- Initialize the Chrysalis VFE-module. 

- Try to detect a sync in the VIP input. 

- Catch the received image in memory. 

- Display the received image. 

- Compare the received image with original image. 

- Create a conclusion. 

Execution Time 3 seconds. 

User Input Video input of the digital board: 

- CVBS 

- YC 

- YUV 

- RGB 

- TEST (The video output will be routed to the video input on the digital board.) 

Video standard: 

- PAL 

- NTSC 

When no input is given, the nucleus will take TEST for video input and PAL for video standard. 

DRX-2 

71 

DRX-2

DRX-2 

72 

DRX-2 


121500 Videoloop test succeeded. 

121501 Wrong user input. 

121502 The Chrysalis SYNC-module cannot be initialized. 

121503 The Chrysalis MIXER-module cannot be initialized. 

121504 The Chrysalis VideoPostProcessor-module cannot be initialized. 

121505 The Chrysalis DENC-module cannot be initialized. 

121506 The VideoInputProcessor cannot be initialized. 

121507 The VideoInputProcessor cannot detect a sync-signal. 

121508 The Chrysalis VideoFrontEnd-module cannot be initialized. 

121509 The Chrysalis VideoFrontEnd-module cannot capture a video 

field. 

121510 When selected the RGB video input: 

Error in color red signal and/or 

Error in color green signal and/or 

Error in color blue signal. 

When selected one of the other video inputs: 

Error in luminance signal (Y) and/or 

Error in chrominance signal (U) and/or 

Error in chrominance signal (V). 

Example DS:> 1215 cvbs ntsc 

121500: 

Test OK @ 

DS:> 1215 cvbs pal 

121508: The VideoInputProcessor cannot detect a sync-signal. 

Error @ 

DS:> 1215 yuv ntsc 

121511: 

Error in luminance signal(Y) 

Error in chrominance signal(U) 

Error in chrominance signal(V) 

Error @ 

Nucleus Name DS_SYS_SlashVersionSet 


Description Set the slash version of the system 

Technical - Decode the user input for the slash version to set 

- Issue the command to set the slash version to the analog board 

- Wait for the result and return this to the user 


User Input The slash version 


121700 Setting the slash version succeeded 

121701 Invalid slash version, no slash version is set. 

121702 Setting the slash version on the Analog Board fails. 

121703 Invalid input. 

121704 The returned errorcode from the analog board is unknown: 

121705 No DS errCode known for analog board error: 



121700: 

Test OK @

Nucleus Name DS_SYS_SlashVersionGet 


Description Get the slash version of the system 

Technical - Issue the command to get the slash version to the analog board 

- Return the received information to the user 




121800 Getting the slash version succeeded 

121801 Getting the slash version failed 

121802 The IIC write failed 

121803 The IIC read failed 




121800: The slash version is: 82 

Test OK @ 

Nucleus Name DS_SYS_Virginize 


Description (Re-) Virginize the recorder. User data in the NVRAM of the analog board is cleared 

Technical - Issue the command to return to the factory defaults to the analog board 


Execution Time 1 second. 



121900 Virginization succeeded 

121901 Virginization on the Analog Board failed. 





121900: 

Test OK @ 

Nucleus Name DS_SYS_VirginModeOn 


Description Turn on the virgin mode functionality (e.g. the auto channel search upon start-up) 

Technical - Issue the command to set the bit for the virgin mode to the analog board 





122000 Turning on the virgin mode succeeded 

122001 Turning on VirginMode on the Analog Board failed. 





122000: 

Test OK @ 

DRX-2 

73 

DRX-2

DRX-2 

74 

DRX-2 

Nucleus Name DS_SYS_VirginModeOff 


Description Turn off the virgin mode functionality (e.g. the auto channel search upon start-up) 

Technical - Issue the command to reset the bit for the virgin mode to the analog board 





122100 Turning off the virgin mode succeeded 

122101 Turning off VirginMode on the Analog Board failed. 





122100: 

Test OK @ 

Nucleus Name DS_SYS_DisplayFatalOn 


Description Turn on the display-fatal functionality which displays debug-information on the display when 

encountering a fatal error condition from which could not be recovered automatically 

Technical - Issue the command to use the display-fatal functionality to the analog board 





122300 Turning on the display-fatal functionality succeeded 

122301 Turning on the display-fatal functionality failed 





122300: 

Test OK @ 

Nucleus Name DS_SYS_DisplayFatalOff 


Description Turn off the display-fatal functionality which displays debug-information on the display when 

encountering a fatal error condition from which could not be recovered automatically 

Technical Issue the command to stop using the display-fatal functionality to the analog board 

Wait for the result and return this to the user 




122400 Turning off the display-fatal functionality succeeded 

122401 Turning off the display-fatal functionality failed 





122400: 

Test OK @

Nucleus Name DS_SYS_DisplayFatalGet 


Description Get the display-fatal flag of the recorder 

Technical - Issue the command to get the status of the display-fatal functionality to the analog board 





122500 Getting the display-fatal flag succeeded 

122501 Getting the display-fatal flag failed 





122500: 

Test OK @ 

Nucleus Name DS_SYS_SettingsSet 


Description Programs the digital board settings into the boot EEPROM on the digital board. 

Technical - Evaluate user input. 

- Setup IIC-bus. 

- Writedata to boot EEPROM. 

- Update checksum. 


User Input A large hexadecimal value that represents the digital board settings obtained from the 

DbString.exe program or from a reference set. 


122600 The settings were successfully programmed. 

122601 User input is invalid. 

122602 IIC access failed. 

Example DS:> 1226 646961677473746201010200010101010101000020080000 

122600: 

Test OK @ 

DRX-2 

75 

DRX-2

DRX-2 

76 

DRX-2 

Nucleus Name DS_SYS_SettingsDisplay 


Description Show the settings that are programmed in the BROM on the digital board. 

Technical - Set-up IIC-bus. 

- Read Digital Board Settings from boot EEPROM. 

- Display the settings. 


User Input None. 


122800 The settings were successfully displayed. 


122802 Invalid settings 


Settings ID: 6D7920626F61726400020300010101020101000020080000 

Board name: my board 

Hardware ID: 0 

Codec IC: PNX7100_MF2 

Video Input Processor IC: SAA7118 

Progressive Scan Deinterlacer IC: None 

Progressive Scan Denc IC: ADV7196 

I-Link physical layer circuit IC: PDI1394P25 

I-Link link layer circuit IC: PDI1394P40 

Audio clock: Clock scheme 1 

Bit DVDR Mechanism connector: available 

IDE connector 1: available 

IDE connector 2: not available 

PCI connector: not available 

RAM size 32MByte 

ROM size (NOR FLASH bank 1) 8MByte 

ROM size (NOR FLASH bank 2) Not available 

ROM size (NAND FLASH) Not available 

Bit DVDR Mechanism: 

122800: 

Test OK @ 

AV 2.0 

Nucleus Name DS_SYS_SettingsGet 


Description Get the digital board diversity settings string that is programmed in the BROM on the digital 

board. 

Technical - Setup IIC-bus. 

- Read Digital Board Settings from boot EEPROM. 

- Read System Settings from boot EEPROM. 

- Display the settings. 




122900 The settings were successfully displayed. 


122902 The settings are invalid 


122900: 6D7920626F61726400020300010101020101000020080000 

Test OK @

Nucleus Name DS_SYS_AudioLoopThroughStart 


Description Description: The audio input is routed from the an input to all outputs. Input is set with the 

routing nucleus 1113. All outputs are enabled. 

Technical - Encode the audio to AC3 in memory 

- Decode the AC3 in memory to audio on the outputs 

Execution Time 1second buffer time and 30 seconds playing. 



123000 AudioLoopthroughStart succeeded 

123001 Resetting the audio decoder failed 

123002 Resetting the audio encoder failed 

123003 Encoding the audio failed 

123004 Decoding the audio failed 


123000: 

Test OK @ 

Nucleus Name DS_SYS_AudioLoopThroughStop 


Description Stop routing the audio input to all the outputs 

Technical - Send the ‘Mute’ command to the audio decoder 


User Input - 


123100 AudioLoopthroughStop succeeded 

123101 Resetting the audio decoder failed 

123102 Resetting the audio encoder failed 


123100: 

Test OK @ 

Electronic Program Guide Board (EPGB) 

Nucleus Name DS_EPGB_VersionGet 


Description Returns the version of the EPG board. 

Technical - Issue the command to get the version of the EPG board to the analog board 

- Return the received information to the user 

Execution Time 3 seconds. 



130000 Getting the version succeeded 

130001 Communication with the analog board failed. 

130002 Communication with the epg board failed. 


130004 No DS errCode known for analog board error. 


130000: 

Version : 6.1.9 

Test OK @ 

DRX-2 

77 

DRX-2

DRX-2 

78 

DRX-2 

Script 

Nucleus Name DS_IH_ScriptHandler 

Nucleus Number 

Description 

Script 

Technical Execute the included nuclei one by one 

If a nucleus fails quit and display the failed nucleus on the local display and service port 


Included tests: 1. DS_ANAB_COMMUNICATIONECHO_NUC 

2. DS_DCB_COMMUNICATIONECHO_NUC 

3. DS_BROM_COMMUNICATION_NUC 

4. DS_SYS_SETTINGSDISPLAY_NUC 

5. DS_CHR_DEVTYPEGET_NUC 

6. DS_CHR_INT_PIC_NUC 

7. DS_CHR_DMA_NUC 

8. DS_BROM_WRITEREAD_NUC 

9. DS_NVRAM_COMMUNICATION_NUC 

10. DS_NVRAM_WRITEREAD_NUC 

11. DS_SDRAM_WRITEREADFAST_NUC 

12. DS_FLASH_WRITEREAD_NUC 

13. DS_FLASH_CHECKSUMPROGRAM_NUC 

14. DS_SYS_HARDWAREVERSIONGET_NUC 

15. DS_VIP_DEVTYPEGET_NUC 

16. DS_VIP_COMMUNICATION_NUC 

17. DS_DVIO_LINKDEVTYPEGET_NUC 

18. DS_DVIO_PHYDEVTYPEGET_NUC 

19. DS_DVIO_LINKCOMMUNICATION_NUC 

20. DS_DVIO_PHYCOMMUNICATION_NUC 

21. DS_PSCAN_COMMUNICATIONDENC_NUC 

22. DS_PSCAN_COMMUNICATIONDEINTERLACER_NUC 

23. DS_BE_COMMUNICATIONECHO_NUC 

24. DS_ANAB_COMMUNICATIONIICNVRAM_NUC 

25. DS_ANAB_COMMUNICATIONIICTUNER_NUC 

26. DS_ANAB_COMMUNICATIONIICSOUNDPROCESSOR_NUC 

27. DS_ANAB_COMMUNICATIONIICAVSELECTOR_NUC 

28. DS_ANAB_CHECKSUMPROGRAM_NUC 


Example DS:> script 

Executing User/Dealer script. 

Busy executing NUC1100 1-28 

Hello Analog Board 




Settings ID: 4C4541440D00000000030300010101020101000020080000 

Board name: LEAD 

Hardware ID: 0 

Codec IC: PNX7100_MF3 

Video Input Processor IC: SAA7118 

Progressive Scan Deinterlacer IC: None 

Progressive Scan Denc IC: ADV7196 

I-Link physical layer circuit IC: PDI1394P25

Example Progressive Scan Denc IC: ADV7196 

I-Link physical layer circuit IC: PDI1394P25 

I-Link link layer circuit IC: PDI1394P40 

Audio clock: Clock scheme 1 

Bit DVDR Mechanism connector: available 

IDE connector 1: available 

IDE connector 2: not available 

PCI connector: not available 

RAM size 32MByte 

ROM size (NOR FLASH bank 1) 8MByte 

ROM size (NOR FLASH bank 2) Not available 

ROM size (NAND FLASH) Not available 

Bit DVDR Mechanism: AV 2.0 


Device ID 7100 

Codec ID PNX7100_MF3 

F-BCU (0x0102) 1.0 INTC (0x011d) 1.0 PCI-XIO(0x0113) 1.0 

SIF (0x013b) 1.0 EJTAG (0x0104) 0.0 S-BCU (0x0102) 1.0 

BOOT (0x010a) 1.0 CONFIG (0x013f) 1.0 RESET (0x0123) 1.0 

DEBUG (0x0116) 0.0 UART0 (0x0107) 0.1 UART1 (0x0107) 0.1 

UART2 (0x0107) 0.1 UART3 (0x0107) 0.1 I2C0 (0x0105) 0.1 

I2C1 (0x0105) 0.1 GPIO (0x013c) 1.0 SYNC (0x013a) 1.0 

DISP0 (0xa015) 0.2 DISP1 (0xa00f) 0.0 OSD (0x0136) 0.1 

SPU (0xa00e) 0.0 MIXER (0x0137) 1.0 DENC (0x0138) 0.1 

CCIR (0x0139) 1.0 VDEC (0x0133) 0.1 PARSER (0xa00d) 0.0 

DV (0xa00c) 0.0 BEI (0xa00a) 0.0 IDE (0xa009) 0.0 

SGDX (0xa008) 0.0 BYTE (0xa00b) 0.0 OUTPUT (0xa003) 0.0 

ACOMP (0xa000) 0.0 VFE (0xa001) 0.0 VCOMP (0xa002) 0.0 

SCR (0x0000) 0.0 SIFF (0xa011) 0.0 WMD (0xa010) 0.0 

AUDIO0 (0xa015) 0.2 AUDIO1 (0xa00f) 0.0 PSCAN (0xa018) 0.0 









BootCode checksum is: 0xBABEB432, which is correct 

Diagnostics checksum is: 0xBABED22B, which is correct 

Download checksum is: 0xBABE025F, which is correct 

Application checksum is: 0xBABE2825, which is correct 


Hardware ID = 00 


Found SAA7118 



Device type of the link layer IC: ffc00301 


Device type of the phy layer IC: 0 


DRX-2 

79 

DRX-2

DRX-2 

80 

DRX-2 

Example Busy executing NUC703 20-28 



The IIC acknowledge was not received, which is correct 







BootCode checksum is: 0xBABE6240, which is correct 

Diagnostics checksum is: 0xBABEDC9A, which is correct 

Download checksum is: 0xBABEA6B7, which is correct 

Application checksum is: 0xBABE5968, which is correct 

PASS 

DS:>

3. Nuclei Error Codes 

In the following table the error codes will be described. 

Error Nr Error String 

10000 “Checksum is OK” 

10001 “segment name Checksum doesn’t match” or 

“segment name segment not found” 

10100 “” 

10101 “FLASH 1 Write access test failed” 

10200 “” 

10201 “FLASH 2 Write access test failed” 

10300 “” 

10301 “FLASH write test failed” 

10302 “FLASH write command failed” 

10303 “FLASH write test done max. number of times” 

10400 “” 

10401 “HostDec SDRAM Memory data bus test goes 

wrong.” 

10402 “ HostDec SDRAM Memory address bus test 

goes wrong.” 

10403 “ HostDec SDRAM Physical memory device 

test goes wrong.” 

10500 “” 

10501 “ HostDec SDRAM Memory data bus test 


10502 “ HostDec SDRAM Memory address bus test 


10503 “ HostDec SDRAM Physical memory device 


10600 “” 

10601 “HostDec DRAM Memory data bus test goes 

wrong.” 

10602 “HostDec DRAM Memory address bus test 


10603 “HostDec DRAM Physical memory device test 


10700 “” 

10701 “HostDec DRAM Memory data bus test goes 

wrong.” 

10702 “HostDec DRAM Memory address bus test 


10703 “HostDec DRAM Physical memory device test 


10800 “Host Decoder version(cut) number: version 

number”“Digital hardware version” 

10801 “Can not find version in FLASH.” 

10900 “” 

10901 “Error muting audio” 

11000 “” 

11001 “Error demuting audio” 

11500 “” 

11501 “Init of I2C failed” 

11502 “The selection of the clock source failed” 

11504 “The demute of the audio failed” 


DRX-2 

11600 “” 


11602 “The mute of the audio failed” 

11700 “” 


11702 “The muting of the audio failed” 



11707 “Setup of Front panel failed” 

11708 “Sine on Front panel keyboard failed” 

11800 “” 





11805 “Error cannot start VSM audio in port” 

11900 “” 





11905 “Error cannot start VSM audio in port” 

12000 “” 

12001 “Invalid input” 

12100 “” 

12200 “” 

12201 “I2C bus busy before start” 

12202 “NVRAM access time-out” 

12203 “No NVRAM acknowledge” 

12204 “NVRAM time-out” 

12205 “NVRAM Write/Read back failed” 

12300 “” 


12302 “NVRAM read access time-out” 

12303 “No NVRAM read acknowledge” 

12304 “NVRAM read failed” 

13000 “Bootcode application version : bootversion” 


13100 “ Recorder application version : 

recorderversion” 


13200 “Diagnostics application version : diagversion” 


13300 “ Download application version : 

downloadversion” 


13700 “” 

13701 “Turning off MacroVision failed” 

20000 “” 


81 

DRX-2

DRX-2 

82 

DRX-2 


20002 “Video Encoder access time-out” 

20003 “No acknowledge from Video Encoder” 

20004 “No data send/received to or from Video 

Encoder” 

20005 “SAA7118 VIP can not be initialized” 

20200 “” 


20202 “SAA7118 VIP access time-out” 

20203 “No acknowledge from SAA7118 VIP” 

20204 “No data received from SAA7118 VIP” 

20300 “” 

20301 “Error audio encoder SRAM access cannot 

initialize I2C” 


reset DSP through I2C” 


download boot” 

20304 “Error audio encoder cannot download test 

code” 

20305 “Error audio encoder cannot obtain result of 

test” 

20306 “Error audio encoder SRAM access stuck-atzero 

data line ” 

20307 “Error audio encoder SRAM access stuck-atone 

data line ” 

20308 “Error audio encoder SRAM access stuck-atone 

address line ” 

20309 “Error audio encoder SRAM access address 

line address line x is connected to data line 

data line y” 

20310 “Error audio encoder SRAM access address 

lines address line x and address line y are 

connected ” 

20311 “Error audio encoder SRAM access data lines 

data line x and data line y are connected ” 

20312 “Error audio encoder SRAM access illegal 

data received” 

20400 “” 

20401 “Error audio encoder access cannot initialize 

I2C” 

20402 “Error audio encoder access cannot reset 

DSP through I2C” 

20403 “Error audio encoder accessing ICR register” 

20404 “Error audio encoder access stuck-at-zero of 

data line ” 

20405 “Error audio encoder access stuck-at-one of 

data line ” 

20406 “Audio encoder access data lines data line x 

and data line y are interconnected ” 

20500 “” 

20501 “Error audio encoder SRAM WRR cannot 

initialize I2C” 


reset DSP through I2C” 


20503 “Error audio encoder WRR cannot download 

boot” 


code” 


obtain result of test” 

20506 “Error audio encoder WRR SRAM stuck-atzero 

data bit ” 

20507 “Error audio encoder WRR SRAM stuck-atone 

data bit ” 

20508 “Error audio encoder WRR SRAM data lines 

data line x and data line y are connected” 

20509 “Error audio encoder WRR SRAM illegal data 

received” 

20600 “” 

20601 “Error audio encoder interrupt cannot initialize 

I2C” 

20602 “Error audio encoder interrupt cannot reset 

DSP through I2C” 


code” 

20604 “Error occurred accessing VSM” 

20605 “Audio encoder interrupt not received” 

20606 “Error occurred while activating the encoder” 

20607 “Error audio encoder interrupt cannot initialize 

empress” 

20608 “Error occurred while getting interrupt reason” 

20700 “” 

20701 “Error audio encoder I2C cannot reset DSP 

through I2C” 

20702 “Error audio encoder cannot download boot” 

20703 “Error audio encoder cannot download TEST 

code” 

20704 “Error audio encoder I2C bus busy” 

20705 “Error audio encoder I2C cannot write slave 

address” 

20706 “Error audio encoder I2C no acknowledge 

received” 

20707 “Error audio encoder I2C cannot send/receive 

data” 

20708 “Error audio encoder received data through 

I2C was invalid” 

20800 “” 

20801 “I2C access failed.” 

20802 “SAA7118 VIP can not be initialized.” 


20900 “B1.B2. B3.B4. B5.B6. B7.B8. B9.B10. 

B11.B12.” 

20901 “Firmware download of EMPRESS failed” 


20903 “EMPRESS access time-out” 

20904 “No acknowledge from the EMPRESS” 

20905 “No data send to the EMPRESS” 

20906 “No data received from the EMPRESS”


30000 “” 

30001 “VSM SDRAM Bank1 Memory databus test 


30002 “VSM SDRAM Bank1 Memory addressbus 


30003 “VSM SDRAM Bank1 Physical memory 

device test goes wrong.” 

30004 “ VSM SDRAM Bank2 Memory databus test 


30005 “ VSM SDRAM Bank2 Memory addressbus 


30006 “ VSM SDRAM Bank2 Physical memory 


30007 “VSM SDRAM Bank1 VSM interrupt register A 

has a -stuck at- error for value:” 

30008 “VSM SDRAM Bank2 VSM interrupt register A 

has a -stuck at- error for value:” 

30100 “” 













30200 “” 













30300 “” 

30301 “VSM interrupt register A has a -stuck at- error 

for value:” 

30302 “VSM interrupt register B has a -stuck at- error 

for value:” 

30303 “Interrupt A wasn’t raised.” 

30304 “Interrupt B wasn’t raised.” 

30305 “Interrupts A and B were raised.” 

30400 “” 




DRX-2 











30500 “” 

30501 “Communication with the analogue board 

fails.” 

30502 “Echo test to analogue board returned wrong 

string.” 

40000 “” 

40001 “NVRAM Reset; I2C failed” 

40100 “NVRAM address = 0xaddress -> Byte value = 

0xvalue” 

40101 “NVRAM Read; I2C failed” 

40102 “NVRAM Read; Invalid input” 

40200 “” 

40201 “NVRAM Modify; I2C failed” 

40202 “NVRAM Modify; Invalid input” 

40300 “DV Unique ID = id” 

40301 “NVRAM Read DV Unique ID; I2C failed” 

40400 “\r\n Error log:\r\n errorString \r\n ” 

40401 “NVRAM error log; I2C failed” 

40402 “NVRAM error log is invalid” 

40403 “Front panel failed” 

40700 “” 

40701 “NVRAM error log reset; I2C failed” 

40900 “Region code Change counter is reset” 

40901 “NVRAM region code reset; I2C failed” 

41000 “” 

41001 “NVRAM Store DV Unique ID; I2C failed” 

41002 “NVRAM Store DV Unique ID; Invalid input” 

50000 “” 

50007 “Execution of the command on the analogue 

board failed.” 

50008 “The frontpanel could not be accessed by the 

analog board.” 

50009 “The echo from the frontpanel processor was 

not correct.” 

50100 “ Front panel version: FPversion ” 





50200 “” 



83 

DRX-2

DRX-2 

84 

DRX-2 




50206 “The frontpanel did not show a starburst.” 

50207 “The user skipped the FP-which pattern test.” 

50208 “The user returned an unknown confirmation: 

confirmation” 

50209 “The frontpanel did not show horizontal 

segments.” 

50210 “The frontpanel did not show vertical 

segments.” 

50300 “” 





50306 “The frontpanel did not light all labels.” 

50307 “The user skipped the rest of the FP-label 

test.” 



50400 “” 





50406 “The LED’s could not be turned on.” 

50407 “The user skipped the rest of the FP-LED 

test.” 



50500 “” 

50502 “Front panel Keyboard; test failed” 

50503 “Front panel Keyboard; test aborted” 

50504 “Front panel Keyboard; not all keys were 

pressed” 

50505 “Front panel keyboard I2C connection failed” 

50506 “Unable to get slashversion” 

50600 “” 

50602 “Front panel Remote control; test failed” 

50603 “Front panel Remote control; test aborted” 

50604 “Front panel remote control; can not access 

FP” 

50605 “Front panel remote control; no user input 

received” 

50700 “” 





50703 “The frontpanel did not show a starburst.” 

50704 “The user skipped the FP-starburst test.” 




50800 “” 





50803 “The frontpanel did not show vertical 

segments.” 

50804 “The user skipped the FP-vertical segments 

test.” 



50900 “” 





50903 “The frontpanel did not show horizontal 

segments.” 

50904 “The user skipped the FP-horizontal 

segments test.” 



51400 “” 





51403 “The beeper did not sound.” 

51404 “The user skipped the FP-Beep test.” 



51500 “” 





51503 “The discbar did not display properly.” 

51504 “The user skipped the discbar test.” 



51600 “” 





51603 “The discbar dots did not display properly.” 

51604 “The user skipped the discbar dots test.” 



51700 “” 




analog board.”


51703 “The VU grid did not display properly.” 

51704 “The user skipped the VU gridtest.” 



51800 “” 





51803 “The frontpanel could not be dimmed.” 

51804 “The user skipped the FP-Dim test.” 



51900 “” 





51903 “The frontpanel did not show segments 

blinking.” 

51904 “The user skipped the FP-blinking test.” 



52000 “” 





52003 “The frontpanel did not show all segments lit.” 

52004 “The user skipped the FP-light all segments 

test.” 



52200 “” 

52201 “Communication with Analogue Board fails.” 

52202 “Frontpanel can not be accessed by the 

Analogue Board.” 

52300 “” 

52301 “Communication with Analogue Board fails.” 

52302 “Frontpanel can not be accessed by the 

Analogue Board.” 

60000 “” 

60100 “” 

60101 “DVDR mechanism returned error number 

0xerrornumber” 

60102 “Parity error from DVDR mechanism to Serial” 

60103 “Communication time-out error” 

60104 “ Unexpected response from DVDR 

mechanism” 

60105 “Echo loop could not be closed” 

60106 “Wrong echo pattern received” 

60200 “Version: nr1.nr2.nr3” 


DRX-2 






mechanism” 

60205 “Front Panel failed.” 

60300 “” 

60301 “Basic-Engine time-out error” 

60400 “” 






mechanism” 

60405 “Focus loop could not be closed” 

60500 “” 






mechanism” 

60600 “” 






mechanism” 

60700 “” 






mechanism” 

60800 “” 






mechanism” 

60805 “Radial loop could not be closed” 

60900 “” 






mechanism” 

85 

DRX-2

DRX-2 

86 

DRX-2 


61500 “” 






mechanism” 

61600 “” 






mechanism” 

61700 “” 

61701 “BE tray-in command failed” 

61702 “BE read-TOC command failed” 

61703 “BE VSM interrupt initialization failed” 

61704 “BE set irq command failed” 

61705 “BE no disc or wrong disc inserted” 

61706 “BE rec-pause command failed” 

61707 “BE VSM BE out DMA initialization failed” 

61708 “BE VSM BE out initialization failed” 

61709 “BE VSM BE out DMA start failed” 

61710 “BE VSM BE out start failed” 

61711 “BE rec command failed” 

61712 “BE VSM out underrun error occurred” 

61713 “BE record complete interrupt not raised” 

61714 “BE get irq command failed” 

61715 “BE no interrupt was raised by BE” 

61716 “BE VSM DMA out not finished” 

61717 “BE stop command after writing failed” 

61718 “BE VSM Sector processor initialization failed” 

61719 “BE VSM sector processor DMA initialization 

failed” 

61720 “BE VSM sector processor DMA start failed” 

61721 “BE VSM sector processor start failed” 

61722 “BE seek command failed” 

61723 “BE VSM sector processor error occurred” 

61724 “BE read timeout occurred” 

61725 “BE stop command after reading failed” 

61726 “BE difference found in data at disc sector 

0xdiscsector” 

61727 “This nucleus cannot be executed because 

the Self-Test failed” 

61800 “” 

61801 “BE i2c initialization failed” 



61900 “” 

61901 “The SelfTest failed with result: 0xnr1 0xnr2 

0xnr3” 







mechanism” 

62000 “” 

62001 “Self-Test : errorstring1 Laser-Test : 

errorstring2 SpindleM-Test: errorstring3 

SledgeM-Test : errorstring4 Focus-Test : 

errorstring5” 

62100 “The forward sense level is 0xlevel” 






mechanism” 

62200 “” 

62201 “The BE-self-diagnostic-spindle-motor-test 

failed” 






mechanism” 

62300 “” 

62301 “The BE-focus-test failed” 






mechanism” 

62400 “” 

62401 “The BE-self-diagnostic-sledge-motor-test 

failed” 






mechanism” 

62500 “” 

62600 “” 

62700 “BE EEPROM address = address -> Byte 

value = 0xvalue” 




62703 “Communication time-out error”



mechanism” 

62705 “BE read EEPROM; invalid input” 

62800 “” 






mechanism” 

62805 “BE write EEPROM; invalid input” 

62900 “” 






mechanism” 

62905 “Radial loop could not be closed” 

63000 “” 






mechanism” 

63100 “ Number of times Tray went Open/Closed : 

nr1”“ Total hours the CD laser was on : nr2” 

“Total hours the DVD laser was on : nr3”“ Total 

hours the write laser was on : nr4” 






mechanism” 

63200 “” 






mechanism” 

63300 Momentary errors (Byte 1 - Byte 7) : 0xb1 

0xb2 0xb3 0xb4 0xb5 0xb6 0xb7 Cumulative 

errors (Byte 1 - Byte 7): : 0xb1 0xb2 0xb3 0xb4 

0xb5 0xb6 0xb7 Fatal errors (Oldest - 

Youngest) : : 0xb1 0xb2 0xb3 0xb4 0xb5 






mechanism” 


DRX-2 

63400 “” 






mechanism” 

63500 “” 






mechanism” 

63505 “errorstring _the DVDR mechanism will reject 

all player commands” 

63900 “” 






mechanism” 

64000 “BE OPU number = opunumber” 






mechanism” 

64100 “The data was successfully written on and 

read from a DVD disc” 

64101 “The tray-in command failed” 

64102 “The read-TOC command failed” 

64103 “The VSM interrupt initialization failed” 

64104 “The set irq command failed” 

64105 “No disc or wrong disc inserted” 

64106 “The rec-pause command failed” 

64107 “The VSM BE out DMA initialization failed” 

64108 “The VSM BE out initialization failed” 

64109 “The VSM BE out DMA start failed” 

64110 “The VSM BE out start failed” 

64111 “The rec command failed” 

64112 “The VSM out underrun error occurred” 

64113 “The record complete interrupt was not raised” 

64114 “The get irq command failed” 

64115 “There was no interrupt raised by BE” 

64116 “The VSM DMA did not finished” 

64117 “The stop command after writing failed” 

64118 “The VSM Sector processor initialization 

failed” 

87 

DRX-2

DRX-2 

88 

DRX-2 


64119 “The VSM sector processor DMA initialization 

failed” 

64120 “The VSM sector processor DMA start failed” 

64121 “The VSM sector processor start failed” 

64122 “The seek command failed” 

64123 “The VSM sector processor error occurred” 

64124 “The read timeout occurred” 

64125 “The stop command after reading failed” 

64126 “There was a difference found in data at a 

specific disc sector” 

64127 “The result of the self test contains errors” 

64128 “An error interrupt was raised by BE” 

64129 “The calibrate-record command failed” 

64130 “To many retries” 

64131 “BE update RAI command after writing failed” 

64132 “BE find first recordable address command 

failed” 

64133 “DVD+R disc is full” 

64200 “” 

64201 “BE i2c initialization failed” 



70000 “Echo test OK” 

70001 “Echo test returned wrong string.” 

70002 “Communication with Analogue Board fails” 

70300 “SoftwareVersion” 

70301 “Can not find segment in FLASH ROM on the 

Analog Board” 


70400 “HardwareVersion” 




70500 “Clock adjusted OK” 

70501 “Can not adjust the clock on the Analogue 

Board.” 

70502 “Wrong date/time text size.” 


70600 “Tuner accessibility test OK” 

70601 “Can not access tuner on the Analogue 

Board.” 


70700 “Frequency download OK” 

70701 “Wrong frequency table size.” 

70702 “Can not download the frequency table into 

the analog NVRAM.” 

70703 “Can not download the frequency table into 

the analog NVRAM.” 


70800 “Data slicer test OK” 

70801 “Test of the Data slicer on the Analogue Board 

fails.” 



70900 “Sound Processor test OK” 

70901 “Test of the Sound Processor on the Analogue 

Board fails.” 


71000 “AV Selector test OK” 

71001 “Test of the AV Selector on the Analogue 



71100 “NVRAM test OK” 

71101 “Test of the NVRAM on the Analogue Board 

fails.” 


71200 “Video routing on the Analogue Board OK” 

71201 “Routing the video on the Analogue Board 

fails.” 

71202 “Invalid input.” 


71300 “Audio routing on the Analogue Board OK” 

71301 “Routing the audio on the Analogue Board 

fails.” 



71500 “” 

71501 “Invalid slash version, default slash version is 

set.” 

71502 “Setting the slash version on the Analogue 



71600 “ApplicationVersion” 




71700 “DiagnosticsVersion” 




71800 “DownloadVersion” 




72300 “” 

72000 “” 

72001 “Adjusting BarGraphLevel failed” 


72100 “” 

72101 “Storing clock correction failed” 

72102 “Value out of range : default value stored “ 



72200 “”


72201 “Initializing the 1Hz signal on the Clock IC 

failed” 


72301 “Clearing the NVRAM on the Analogue Board 

fails” 


72400 “segment checksum is : checksum which is 

correct”“ for every segment” 

72401 “segment could not be found” or “segment 

checksum is : checksumC ,however it should 

be : checksumE”“ for every segment” 


72900 “Date received” 

72901 “Data returned” 

72902 “Communication on I2C-bus failed on the 

Analog Board fails.” 


73000 “” 

73001 “Storing the external presets on the Analogue 

Board fails” 


73100 “0xslashversion”” where slashversion is the 

slash version read from the analogue board” 

73101 “Error while reading out slash version.” 

73102 “I2C Write error.” 

73103 “I2C Read error.” 


73200 “” 

73201 “Storing the Reference Voltage for the Tuner 

failed” 



80000 “The DVIO module is present in the system.” 

80001 “The DVIO module is not present in the 

system.” 

80100 “The DVIO module has been reset OK.” 

80101 “The DVIO module is not present in the 

system.” 

80102 “The DVIO module could not be reset.” 

80103 “Could not initialize I2C before Reset.” 

80200 “The accessibility of the DVIO module is OK.” 

80201 “The DVIO board is not present in this DVDR.” 

80202 “Could not initialize I2C.” 

80203 “Unable to reset the DVIO module.” 

80204 “Unable to receive the reset indication from 

the DVIO module.” 

80205 “Unable to send the configuration to the DVIO 

module.” 

80206 “Unable to download the chip ID to the DVIO 

module.” 

80207 “Unable to set the mode of the DVIO module 

to IDLE.” 


DRX-2 

80208 “ Software Error in function 

80209 

HandleStateAwaitingReply!!” 

“Maximal number of retries reached by 

HandleStateSending!!” 

80210 “Maximal number of retries (NACKs) reached 

(HandleStateSending)” 

80211 “ We tried to receive a reply for 

DVIO_MAX_RETRIES_ACKREPLY times !!” 


DVIO_MAX_RETRIES_REPLY times !!” 

80213 “ We tried to receive an Ack for 

DVIO_MAX_RETRIES_ACK times!!” 

80214 “VSM UART error timeout transmitting 

command” 

80215 “VSM UART error timeout receiving reply” 

80216 “VSM UART frame error occurred receiving 

from DVIO board” 

80217 “VSM UART parity error occurred receiving 


80218 “The confirmation/indication from the DVIO 

module is invalid.” 








module.” 


module.” 


to IDLE.” 


80309 













command” 








89 

DRX-2

DRX-2 

90 

DRX-2 









module.” 


module.” 


to IDLE.” 


80409 













command” 








80500 “” 


80502 “The I2C could not be initialized.” 





module.” 


module.” 


to IDLE.” 

80508 “Software Error in HandleStateAwaitingReply 

function!” 

80509 “Maximal number of retries reached by 

HandleStateSending!” 

80510 “Maximal number of retries (NACK’s) reached 

“”(HandleStateSending)” 


DVIO_MAX_RETRIES_ACKREPLY times!” 



DVIO_MAX_RETRIES_REPLY times!” 

80513 “We tried to receive an Acknowledge for 

DVIO_MAX_RETRIES_ACK times!” 


command” 








80519 “Setting the DVIO module in/out diagnostics 

mode failed” 


80521 “Getting the errors of the self-test failed” 

80522 “Self-test failed” 

80600 “” 







module.” 


module.” 


to IDLE.” 


function!” 












command” 










80700 “”








module.” 


module.” 


to IDLE.” 


function!” 












command” 










90121 “Error: audio data in host memory contains 

wrong frequency: frequency Hz” 


silence!” 

90123 “There is no correct audio frame in the buffer” 

90124 “The audio frame has an illegal version bit” 

90125 “The audio frame has an illegal bitrate-index” 

90126 “The audio frame has an illegal sampling rate” 

90127 “The CRC of the audio frame is wrong” 

90128 “The audio frame is not MPEG-I layer II !” 

90129 “Error cannot de-mute DAC on analogue 

board” 

90200 “” 

90201 “Initialization of I2C failed” 

90202 “Initialization of VIP and EMPIRE failed” 

90203 “Initialization of PLL / Link failed.” 

90204 “Next descriptor address set wrong.” 

90205 “Turning on the colourbar failed” 

90206 “No I2C communication possible to start video 

encoder.” 


DRX-2 

90207 “Starting the video encoder failed.” 

90208 “Transfer of data from video encoder to VSM 

failed.” 

90209 “Stopping the encoder failed.” 

90210 “Turning off the colourbar failed.” 

90211 “Cannot initialize hostdecoder parallel input” 

90212 “Cannot initialize VSM AV-out DMA port” 

90213 “Cannot initialize VSM AV-out port” 

90214 “Cannot start VSM AV-out DMA port” 

90215 “Cannot start VSM AV-out port” 

90216 “Transfer of data from VSM to host decoder 

failed.” 

90217 “VSM and Hostdec memory do not match 

(compared after transfer)” 

90218 “ Decoding of the video data in the 

hostdecoder memory failed” 

90219 “The data in the hostdecoder is not equal to a 

colourbar” 

90220 “The video encoder did not return the Group 

Of Picture count.” 

90221 “The video encoder did not receive data from 

the VIP.” 

90223 “Initialization of VIP and EMPRESS failed” 

90224 “The video encoder did not return the current 

status.” 

90225 “The video encoder timed out in BUSY mode. 

(no VIP input)” 


bitrate.” 

90227 “The video encoder did not switch to 

ENCODING mode.” 

90228 “The video encoder could not start from 

STOP/ IDLE mode.” 

90229 “The video encoder did not switch from IDLE 

to STOP mode.” 

90300 “” 


90302 “I2C communication to VIP failed” 

90303 “Initialization of VIP failed” 

90304 “Generation of Close Caption data failed” 

90305 “VIP not locked to video signal” 

90306 “Initialization of VBI Extractor failed” 

90307 “No CC data received” 

90308 “Closed Caption data overrun” 

90309 “Closed Caption data does not match” 

90310 “Switch off ColourBar failed” 

90400 “” 






91 

DRX-2

DRX-2 

92 

DRX-2 



encoder.” 



failed.” 









failed.” 






colourbar” 




the VIP.” 





status.” 




bitrate.” 




STOP/IDLE mode.” 



90500 “” 







90507 “No CC data received” 







90600 “” 







encoder.” 



failed.” 









failed.” 






colourbar” 




the VIP.” 





status.” 




bitrate.” 




STOP/IDLE mode.” 



90700 “” 







90707 “No CC data received”







90800 “” 

90801 “Error routing the audio back to the digital 

board.” 

90802 “Error cannot initialize I2C” 

90803 “Error cannot initialize VIP” 

90804 “Error cannot set ADC enable pin” 

90805 “Error cannot set VSM audio clock” 

90806 “Error preparing the 12kHz audio-sine” 

90807 “Error cannot initialize audio encoder” 

90808 “Error cannot initialize VSM audio in port” 

90809 “Error cannot initialize VSM audio in DMA 

port” 

90810 “Error cannot initialize VSM audio out DMA 

port” 

90811 “Error cannot initialize audio VSM out port” 

90812 “Error cannot initialize host decoder audio in” 

90813 “Error loop audio user/dealer cannot start 

audio encoder” 

90814 “Error cannot start VSM audio in DMA port” 

90815 “Error starting the 12kHz audio-sine” 

90816 “Error transfer data from audio encoder to 

VSM” 

90817 “Error cannot start VSM AV out DMA port” 

90818 “Error cannot start VSM AV out port” 

90819 “Error transfer data from VSM to host 

decoder” 

90820 “Error: audio data in host memory and VSM 

memory differ” 




silence!” 








board” 

90900 “” 

90901 “Error routing the audio back to the digital 

board.” 

90902 “Error cannot initialize I2C” 

90903 “Error cannot initialize VIP” 

90904 “Error cannot set ADC enable pin” 

90905 “Error cannot set VSM audio clock” 


DRX-2 

90906 “Error preparing the 12kHz audio-sine” 

90907 “Error cannot initialize audio encoder” 

90908 “Error cannot initialize VSM audio in port” 

90909 “Error cannot initialize VSM audio in DMA 

port” 

90910 “Error cannot initialize VSM audio out DMA 

port” 

90911 “Error cannot initialize audio VSM out port” 

90912 “Error cannot initialize host decoder audio in” 

90913 “Error loop audio user/dealer cannot start 

audio encoder” 

90914 “Error cannot start VSM audio in DMA port” 

90915 “Error starting the 12kHz audio-sine” 

90916 “Error transfer data from audio encoder to 

VSM” 

90917 “Error cannot start VSM AV out DMA port” 

90918 “Error cannot start VSM AV out port” 

90919 “Error transfer data from VSM to host 

decoder” 

90920 “Error: audio data in host memory and VSM 

memory differ” 




silence!” 








board” 

140000 “” 

140001 “I2C to Clock failed”” or “”I2C initialization 

failed” 

140100 “” 

140101 “I2C to Clock failed”” or “”I2C initialization 

failed” 

141200 “” 

141201 “Progressive Scan Board I2C bus busy” 

141211 “Progressive Scan Board I2C FLI2200 bus 

busy” 

141212 “Progressive Scan Board I2C FLI2200 read 

access time-out” 

141213 “Progressive Scan Board I2C FLI2200 no read 

acknowledge” 

141214 “Progressive Scan Board I2C FLI2200 read 

failed” 

141215 “Progressive Scan Board I2C FLI2200 write 


141216 “Progressive Scan Board I2C FLI2200 no 

write acknowledge” 

93 

DRX-2

DRX-2 

94 

DRX-2 


141217 “Progressive Scan Board I2C FLI2200 write 

failed” 

141218 “Progressive Scan Board I2C FLI2200 failed” 

141221 “Progressive Scan Board I2C AD7196 bus 

busy” 

141222 “Progressive Scan Board I2C AD7196 read 


141223 “Progressive Scan Board I2C AD7196 no read 

acknowledge” 

141224 “Progressive Scan Board I2C AD7196 read 

failed” 

141225 “Progressive Scan Board I2C AD7196 write 


141226 “Progressive Scan Board I2C AD7196 no 

write acknowledge” 

141227 “Progressive Scan Board I2C AD7196 write 

failed” 

141228 “Progressive Scan Board I2C AD7196 failed” 

141300 “” 

141301 “Progressive Scan Route Enable failed” 

141302 “Generating test image in Hostdecoder failed” 

141400 “” 

141401 “Progressive Scan Route Disable failed” 

141402 “Turning off test image in Hostdecoder failed” 

141500 “” 

141501 “Progressive Scan Board I2C failed” 

141600 “” 

141601 “Progressive Scan Board I2C failed”

■ ALIGNMENTS 

1. Alignment Instructions Analog Board 

Test equipment: 

1. Dual-trace oscilloscope 

Voltage range : 0.001 ~ 50 V/div 

Frequency : DC ~ 50 MHz 

Probe : 10:1, 1:1 

2. DVM (Digital voltmeter) 

3. Frequency counter 

4. Sinus generator 

Sinus : 0 ~ 50 MHz 

5. Test pattern generator 

How to read the adjustment procedures: 

Connecting point 

(Test Point) of 

measuring 

equipment 

TP ADJ. MODE INPUT 

Pin 2 of 

Con.1911 

(FMRV) 

Disc needed for 

adjustment 

Disc 

Adjustment 

component 

R3054 

DVDR mode: 

Example using: 

DVDR TUNER 

TUNER 

DISC MEAS.EQ. SPEC. 

Frequency- 

Counter 

Measuring 

equipment 

Test signal 

required for the 

adjustment and 

feed-in point 

3,800MHz 

±10kHz 

Adjustment 

Specification 

Front End (FV) 

Service tasks after replacement of IC 7710, coil L5710 and 

L5711: 

1.1 AFC Adjustment: 

Purpose: 

Correct adjustment of demodulator AFC - circuit 

Symptom, if incorrectly set: 

Bad or disturbed TV channel reception. 

PAL - AFC adjustment [5711]: 

TP 

IC 7710 Pin 

17 (F708) 

TP 

Tuner 1705 

Pin 11 

(F710, IFout) 

DISC 

DISC 

ADJ. 

L5711 

ADJ. 

R3707 

MODE 

TUNER 

MEAS.EQ. 

DC Voltmeter 

Frequ. 

Generator 

MODE 

Set tuned to 

channel 25 

503.25 MHz 

MEAS.EQ. 

Oscilloscope 

Video Pattern 

Generator 

DRX-2 

INPUT 

38.9 MHz 

500 mVpp at 

Tuner 1705, 

Pin 11 (F710, 

IF-out) 

SPEC. 

2.5 V ±0.1 V 

Storage in NVRAM via command mode interface of DSW: 

After adjustment, the AFC reference value has to be 

stored in the NVRAM. 

This reference value is 256 * measured voltage/Ucc. Ucc 

is 5.0V. 

Store the reference value via command 1119 , followed by 

the ref. value. 

Example: DS:> 1119 128 

1.2 HF - AGC adjustment [3724]: 

Service tasks after replacement of IC 7710: 

Purpose: Set amplifier control. 


Picture jitter if input level is too low and picture 

distortion if input level is too high. 

INPUT 

5mV(74dBµV) 

on aerial input 

PAL white 

picture, audio 

IF on, no 

modulation 

SPEC. 

500mVpp +/- 

0.5dB (use a 

10:1 probe ) 

95 

DRX-2

DRX-2 

96 

DRX-2 

1.3 Attenuating the 40.4 MHz [5710]: 

(SECAM only) 

Service tasks after replacement of coil 5710: 

Purpose: To attenuate the band I carrier rests. 


Bad picture quality when the filter attenuates the picture 

carrier (38.9MHz). 

TP 

OFW 1701 

Pin 1 

(F709) 

DISC 

ADJ. 

L5710 

MODE 

TUNER 

MEAS.EQ. 

Oscilloscope, 

Sinus 

Generator, 

Counter 

If the adjustment is correct the signal at pin 1 of OFW 

[1701] must be smaller than the input signal amplitude by 

at least 6 dB. 

2 Reprogramming Procedure of NVM on 

the Microprocessor Sub PCB 

The NVM, item 7808, on the Microprocessor Sub board 

contains the following factory settings: 

1. Clock correction factor 

2. AFC reference value 

3. Slash version 

INPUT 

40.4 MHz, 

200mV rms at 

Tuner 1705, 

Pin 11 (F710, 

IF-out) 

SPEC. 

adjust 

minimum 

amplitude 

The settings 1,2 and 3 are stored in the NVM during the 

production of the analogue board. 

The slash version is stored at the end of the production 

line of the set. 

In case of failure, the NVM must be replaced by an empty 

device. By way of commands via the Diagnostic Software 

or via ComPair, the factory settings must be restored in 

the NVM. 

2.1 Clock Correction Adjustment 

To guarantee an exact function of the real time clock, an 

adjustment of the clock frequency is possible. The 

adjustment value is storedin the NVM. 

Procedure: 

• put the set in service command mode 

• execute command 1117 to initiate that a signal with 

32768 Hz is available on pin 3 of connector 1988 

DS:>1117 

• measure the frequency f means of the Clock Crystal 

with an accuracy of ± 0.1 Hz. 

• Calculate the parameter to be entered: 32768/f means 

*10 6 

• Normally the parameter must be between 999902 and 

1000097. If the parameter and therefore the frequency 

of the crystal is outside this range, the crystal must be 

replaced. 

• Execute command 1118 with the parameter as input 

Example: 

DS:>1118 1000023 

2.2 AFC Reference Voltage Tuner 

This function stores the reference voltage for the tuner in 

the NVM. Before this value can be stored, the AFC 

adjustment, described in the adjustment instructions of the 

analogue board, must be carried out. 

Procedure: 

• Adjust AFC circuit 

• Calculate the reference value 

• Execute command 1119 and use the calculated 

reference value as parameter 

Example: 

DS:>1119 128 

2.3 Slash Version 

The slashversion is stored with command 1217 followed 

by the slash version as parameter. 

The slash versions used are the following: 

U model: 178 

A model: 97 

G model: 57 

Example: 

DS:>1217 57 

Reset of Slash Version 

Use command 1115 to reset the analogue board to the 

default setting. 

Procedure: 

• Put the set in DSW command mode 

• Execute command 1115 with the following parameters: 

DS:> 1115 w 0xAE 2 0xD0 0x00 

• Leave the DSW command mode and start up the set in 

application mode 

No background is visible on the TV screen. The 

analogue board is ready to accept the appropriate slash 

version

3. Rework Procedure IEEE Unique Number 

3.1 Scope: 

The procedure describes how to upgrade sets with a 

unique number after repair. This unique number is stored 

in the NVRAM (item 7201) of the digital board at the end of 

the production line. 

This procedure is only valid or necessary when: 

• The digital board is replaced 

• NVRAM on the digital board is replaced 

• NVRAM is cleared 

In all other cases the repaired set retains its unique 

number. The procedure defines several means to 

reassure the unique number depending on the 

possibilities of repair or the state the faulty set is in. 

3.2 Handling: 

State of original (defective) board: 

1. The digital board starts up in Diagnostics Mode: follow 

procedure A to retrieve the valid unique number 

2. The digital board does NOT start up in Diagnostics 

Mode: follow procedure B. 

3.3 Procedure A 

1. Connect defective digital board to PC via serial cable 

(3122 785 90017) (AAX57390) 

2. start up hyper terminal or any other serial terminal via 

the correct settings (DSW command mode interface) 

3. read out existing unique number via nucleus 1208 

example: 

DS:> 1208 

120800: The DvIdNumber is: XXXXXXXXXX 

Test OK @ 

4. note read out 

5. program new digital board via nucleus 1207 

example: DD:> 1207 00D7A1FC6C 

41000: 

Test OK @ 

The set has now the original unique number 

3.4 Procedure B 

1. Note the serial number of the set example: 

VN050136130156 

• VN = production centre (VN....Szekesfehervar). 

According to UAW-500: V=22 and N=14 

• 05 = change code (this is not used for this calculation) 

• 01 = YEAR 

• 36 = Production WEEK 

• 130156 = Lot and SERIAL number 

2. Calculate the unique number: this number always 

exists out of 10 hexadecimal numbers. 

DRX-2 

3. First 5 numbers: First we calculate a decimal number 

according to the formula below: 35828*YEAR + 676* 

WEEK + 26*A +H+8788 

The figures are fixed, YEAR + WEEK + factory code ( 

A +H)arevariable 

Example: 

35828*01+676*36+26*1+8+8788 = 68986 (decimal) 

Then we translate the decimal number to a 

hexadecimal number. 

example: 

68986 (decimal)= 10D7A (hex) 

4. Last 5 numbers: The last 5 numbers exist out of the Lot 

and SERIAL number. 

We have to translate the decimal number to the next 5 

hexadecimal numbers: 

Example: 130156 (decimal) = 1FC6C (hex) 

5. Program new digital board via nucleus 410 Therefore 

we use the 10 hexadecimal numbers we calculated 

above: 

example: 

DD:> 410 10D7A1FC6C 

41000: 

Test OK @ 

The set has now its original unique number 

97 

DRX-2

DRX-2 

98 

DRX-2 

■ CIRCUIT DESCRIPTIONS 

1. Display Board 

1.1 Microcontroller 

The core element of the Display Control unit is the 

microcontroller TMP87CH74AF [7110]. The 

TMP87CH74AF is an 8 bit microcontroller fitted with 32kB 

ROM and 1kB RAM. It requires 5V supply and is 

responsible for the following functions: 

– Interface to Central Controller-P 

– Evaluation of the keyboard matrix 

– Decoding the remote control commands from the 

infrared receiver 

– Activation and control of the local display 

– Heater voltage generation 

The 8 MHz resonator (Pos. 1111) generates the system 

clock. 

The reset is generated by the CC-P via “POR_DC”-signal 

where the transistor [7106] is used as a level-shifter from 

3V3 to 5V. 

1.2 Interface to the Central Control P 

The communication to the main microcontroller (CC) on 

the P-Sub- PCB is done via I2C-Interface, where the 

TMP87CH74AF acts in slave-mode. 

An additional wire (“INT”-line) is used to signal the Central 

controller that data are ready, e.g. when a key has been 

pressed. 

1.3 Evaluation of the keyboard matrix 

There are 12 different keys on the display board. A resistor 

network is used to generate a specific direct voltage value, 

depending on the pressed key. Via the resistors 3107 and 

3102 on the analog/digital (A/D) ports (7103 pin 37 and 

38) the evaluation is done. 

1.4 IR receiver and signal evaluation 

The IR receiver [7107] contains a selectively controlled 

amplifier as well as a photo-diode. The photo-diode 

changes the received infra red transmission (approx. 

940nm) to electrical pulses, which are then amplified and 

demodulated. 

On the output of the IR receiver [7107], a pulse sequence 

with TTL-level, which corresponds to the envelope curve 

of the received IR remote control command, can be 

measured. This pulse sequence is fed into the controller 

or further processing via port TC1 [7103, pin20]. 

1.5 Vacuum Fluorescence Display 

The VFD “BJ900GNK” [POS 7100] is fully controlled by 

the microcontroller. The C also includes the driving 

stages. Only two additional drivers [POS 7101 and 7102] 

are necessary for the grids 8 and 9 because of their large 

size. 

1.6 VFD Heater Voltage Generator 

The circuit around POS [7106, 7108 and 7109] is used to 

generate a proper AC-Voltage for the filament of the VFD. 

For this the microcontroller generates an appropriate 

rectangular signal with 50%duty-cycle and a frequency of 

30 kHz at pin 19. 

Pos. [5104] and [2113] are acting as a resonance-circuit. 

Via Zener-Diode (POS[6100]) and resistors [3119, 3122 

and 3123] the two heater-pins of the VFD (“FIL1” and 

“FIL2”) are clamped so that the grids and segments can be 

fully switched off. 

1.7 REC-LED 

The REC-LED-ring is made with 3 red LED, controlled via 

pin 3 (only for flashing) and pin 12 for on/off switching, of 

the microcontroller. The POS [7105] is used as a driver for 

the led. 

1.8 EPG-LED 

The EPG led is a white led and controlled from the pin 14 

from the microcontroller. The POS [7110] is used as a 

driver for the led. 

1.9 TRAY-LED 

There are 6 LEDs (chip) necessary to illuminate the tray, 

these 6 leds are located on a little sub-pcb connected over 

a 4 pin connector POS [1911] from the DC-print. The leds 

are controlled from pin 11 of the microcontroller. 

2 Microcontroller Sub Board (UP SUB Board) 

2.1 General 

This small PCB is directly soldered in on top of the 

Analogue-Board. 

It is used with no diversity in all three different basic 

versions (Europe, NAFTA and APAC-Pal). Only the 

software being loaded into the external Flash-memory is 

not the same. 

2.2 Microcontroller 

The main part of the Sub-PCB is the central controller 

(CC) P [7804] TMP91CW12AF, which is a 16-bit CPU with 

128kBROM and 4kB RAM. 

It works with a 3V3 supply and a system clock of 

24,576MHz [1801]. 

The 3V3-supply is made out of the “5VSTBY” by the circuit 

around [7816]. 

After connecting the set to the mains (power-up) the IC 

[7806] generates a reset pulse. This signal (“IPOR”) is 

directly fed to first priority interrupt input (pin 63) for power

fail detection and also to the Reset-Input of the CC (Pin30) 

via [7802],whichis necessary to generate a reset only 

during power-up. In case of power fail pin 30 of the CC 

must be kept high (3V3). 

The internal memory of the CC is too small for all 

necessary demands. Therefore an external Flash-ROM 

[7805] with 1MByte in size and a RAM [7803] with 

128kByte are necessary. Both parts are connected to the 

P via a parallel address-/data-bus. The lower eight buslines 

(AD0 to AD7) are multiplexed by [7801] and the 

“ALE”-signal of the CC. 

For updating of the software the external Flash-ROM can 

be reprogrammed by the P. During this process [7807] is 

switched on by the “WE”-signal. 

When no mains is connected, the CC is supplied via Gold- 

Cap [2816] during the power backup period. The diode 

[6802] prevents unwanted current consumption of other 

components. 

The internal ROM of the P holds the program code for the 

Real-Time-Clock. Only the microprocessor is supplied by 

the backup cell, not the external memories and the P 

operates in a low frequency mode with the clock crystal 

[1805] only (32.768 kHz). To adjust the clock the 

frequency can be measured at pin 87 of the P in a special 

test-mode. 

2.3 Control-Interfaces 

The CC is communicating with the digital board via a serial 

connection, which operates at a speed of 19,4 kbit/s 

(“D_DATA”-, “A_DATA”, “D_RDY”- and “A_RDY”-signal 

on [1986]). By generating a high level on pin 16 of the CC 

the digital PCB can be reset (inverter [7817] in between). 

Most of the other parts are controlled by the P via I2C-bus 

(“SDA”- and “SCL”-signal). The FETs [7821] and [7822] 

are used for adaptation of the 3V3-level on CC-side to the 

components supplied with 5V. 

The CC can also reset the display-board-P by pulling pin 

39 to high. 

The transistor [7819] acts as a level shifter for the “INT”signal. 

In the European sets a bi-directional interface is 

established between the recording unit and the TV device 

at pin 10 of the Scart (“P50”-line/Easy Link). The 

processing is done via pin 14 (output) and pin 38 (input) of 

the CC and the circuit around [7813], [7814] and [7815]. 

2.4 EEPROM 

The EEPROM M24C16 [7808] is an electrical erasable 

and programmable, non-volatile memory. The EEPROM 

stores data specific to the device, such as the AFCreference 

value of the Europe IF-part, the clockcorrection-factor, 

etc. It is accessed by the P via the I2Cbus. 

DRX-2 

2.5 Sync Separator 

To detect whether a video signal is available or not a 

separate IC [7825] is used to extract the sync information 

out of the video signal that is also routed to the digital 

board for recording. 

While on the input a low-pass-filter ([2823] and 

[3869])limits the bandwidth an additional filter (circuit 

around [7818]) on the output avoids distortions. 

Afterwards the sync-signal is routed to pin11 of the CC. 

2.6 Fan Control 

To avoid unwanted temperatures inside the set (especially 

the Laser on the OPU of the drive is very sensitive) a fan is 

located on top of the DVDR mechanism. The speed 

control is dependent on the ambient temp. A NTC resistor 

[3134] located on thedisplay board measures the 

temperature. An operational amplifier [7902-B] generates 

a proper voltage, which is then fed to the engine 

(“BE_FAN”-line). Below 28°C ambient temp. the fanvoltage 

is approx. 5V and is increased to 10V when the 

ambient temperature goes up to approx. 38°C. The 

second part of the Op-Amp. [7902-A] prevents damage of 

any temperature-sensitive part in case the NTC or the wire 

in between is damaged. It acts as a comparator and pulls 

the “BE_FAN”-signal to 10V. As the fan has to be stopped 

in case the tray of the drive is open this voltage is “killed” 

by the CC (“FAN_OFF”-signal). 

The double-diode [6901] acts for both Op.-Amp.-circuits. 

The circuit is also prepared for a set-fan (circuit around the 

Op-Amp. [7902-C] ). 

3 Analog board Europe 

3.1 General 

This PCB consists out of the following parts: 

– Power-Supply-Unit 

– Frontend (Audio & Video) 

– Input-/Output-switching 

– Audio ADC- & DAC-processing 

– VPS/PDC- and Text-Data slicer 

– Analog Follow-Me Circuit 

All functional groups are either controlled via I2C-bus or 

via separate signal lines by the Central-Controller on the 

P-Sub-Board. 

This sub board is directly soldered in onto the analog PCB. 

During Stand-By mode of the set, several parts are not 

supplied (Tuner, MSP, ...). The microprocessor is running 

and maintains the clock of the set. 

To avoid bus blockades the I2C-bus (“SCLSW” & 

“SDASW”) to/ from these units is decoupled via transistors 

[7419], [7420] from the general bus (“SCL” & “SDA”). 

99 

DRX-2

DRX-2 

100 

DRX-2 

3.2 Power Supply Unit 

Functional principle: 

This power supply works in the way of a flyback converter. 

In the mains input part [1931 to 2309], the mains voltage is 

rectified and buffered in the capacitor [2309]. From this 

direct voltage at [2309] energy is transferred into the 

transformer [5300, pins 7-5] during the conductive phase 

of the switching transistor [7307] and is stored there as 

magnetic energy. This energy is passed to the secondary 

outputs of the power supply in the blocking phase of the 

switching transistor [7307].With the switch-on time of the 

switching transistor [7307], the energy transferred in every 

cycle is regulated in such a way that the output voltages 

remain constant regardless of changes in the load or 

mains voltage. The power transistor is driven by the 

integrated circuit [7313]. 

Mains input part: 

The mains input part extends from the mains socket [1931] 

to the capacitor [2309]. The diodes [6301, 6302, 6305 and 

6306] rectify the AC supply voltage, which is then buffered 

by the capacitor [2309]. The common mode coil [5302] 

and capacitor [2302] work as a filter to block interference 

arising in the power supply from the mains. Components 

[1302], [3306] and [3304] protect the power supply against 

short-term over voltages in the mains, e.g. caused by 

indirect lightning. 

Start-up with Mains-on: 

After connecting the power cord to the mains, the 

capacitor [2325] is loaded via a current source between 

pin 8 and pin 1 in the IC [7313]. Once the voltage on [2325] 

and therefore the supply voltage Vcc of the IC [7313] has 

reached approx. 11V, the IC starts up and provides pulses 

at its output pin 5. These pulses are used to drive the gate 

of the power transistor [7307]. 

The frequency of these pulses is depending on load and 

mains voltage. The current consumption of the IC is 

approx. 5 mA at Vcc in normal mode. 

If Vcc drops to below approx. 9V (e.g. with power 

limitation) or if Vac exceeds approximately 16V (e.g. 

interruption of the control loop), the output of the IC [7313, 

pin 5] is blocked and a new start-up cycle begins. (See 

also “Overload, Power Limitation, Burst Mode“ section) 

Normal operation: 

With the power supply in normal mode, the periodic 

sequences in the circuit are divided primarily into the 

conductive and blocking phase of the switching transistor 

[7307]. During the conductive phase of the switching 

transistor [7307], current flows from the rectified mains 

voltage at capacitor [2309] through the primary coil of the 

transformer [5300, pins 7-5], the transistor [7307] and 

resistors [3321, 3352] to ground. The positive voltage on 

pin 7 of the transformer [5300] can be assumed as 

constant for a switching cycle. The current in the primary 

coil of the transformer [5300] increases linearly. A 

magnetic field representing a certain value of the primary 

current is formed inside the transformer. In this phase, the 

voltages on the secondary coils are polarized such that 

the diodes [6300, 6303, 6307, 6308, 6310, 6313, 6317 and 

6319] block. From the controller [7315] a current is 

supplied into the CTRL input on the IC [pin 3, 7313] via 

optocoupler [7314]. Once the switch on time of 

theswitchingtransistor[7307] - that corresponds to the 

current supplied into the CTRL input - has been reached, 

the switching transistor [7307] is switched off. 

When the switching transistor has been switched off, the 

blocking phase begins. No more energy will be transferred 

into the transformer. The inductivity of the transformer will 

still attempt to keep the current flowing at a constant level 

(U=L*di/ dt). Switching off transistor [7307] interrupts the 

primary current circuit. The polarity of the voltages on the 

transformer is reversed, which means that the diodes 

[6300, 6303, 6307, 6308, 6310, 6313, 6317 and 6319] 

become conductive and current flows into the capacitors 

[2305, 2312, 2319, 2322, 2326 and 2328] and the load. 

This current is also ramp-shaped (di/dt negative, therefore 

decreasing). 

The feedback control for the switched-mode power supply 

is done by changing the conductive phase of the switching 

transistor so that either more or less energy is transferred 

from the rectified mains voltage at [2309] into the 

transformer. The regulation information is provided by 

voltage reference [7315]. 

This element compares the 5V-output voltage via voltage 

divider [3332, 3333, 3334] with an internal 2.5V reference 

voltage. The output voltage of [7315] passes via an 

optocoupler [7314] for insulation of primary and secondary 

parts as a current value into pin 3 on the IC [7313]. The 

switch-on time of the transistor [7307] is inversely 

proportional to the value of this current. 

Overload, power limitation, burst mode: 

With increasing load on one or more of the power supply 

outputs, the switch-on time for the power transistor [7307] 

increases, and thus also the peak value of the deltashaped 

current through this power transistor. The 

equivalent voltage of this current profile is passed from 

resistors [3321] and [3352] via [3365] to pin 5 of the IC 

[7313]. If the voltage on pin 2 reaches approx. 0.4V in one 

switching cycle, the conductive phase of the switching 

transistor is ended immediately. The check is done in each 

individual switching cycle. This process ensures that no 

more than approx. 60W can be taken out from the mains ( 

= power limitation ). 

If the power supply reaches the power limit, the output 

voltages and the supply voltage Vcc on pin 1 of the IC 

[7313] will be reduced following further loading. If Vcc is 

less than approx. 9V at any point during this process, the 

output of the IC [7313, pin 6] is blocked. All output voltages 

and Vcc decrease and a new start-up cycle begins. If the 

overload status or short-circuit remains, the power 

limitation will be activated immediately and the voltages

will again decrease, followed by another start-up cycle 

(Burst Mode ). The amount of power taken up from the 

mains in burst mode is low. 

Standby modes: 

In the ‘AV-Standby‘ operating mode of the set, the ’ION‘ 

control line is primarily used to switch off all output 

voltages for DVDR mechanism and Digital Board 

(supplies 3V3, 5V, 12V, 5N and 4V6 at Connectors 1932 

and 1933) of the power supply. This reduces the amount 

of power taken from the mains. In Low Power Standby 

mode additionally the ‘STBY’ control line is used to switch 

off output voltages 5SW and 8SW. This reduces power 

consumption to less than 3W, if additionally the display is 

switched off. The power supply will continue operating in 

Standby mode with a switching frequency of approx. 25 

kHz. 

3.3 Frontend 

This unit is designed to support two basic versions, which 

are distinguished by a different assembly variant only (one 

for multistandard and the second for Pal-I only) and 

comprises the following parts: 

• Tuner UV1316K [1705] 

• IFamplifier& video demodulator IC TDA 9818/9817 

[7710] 

• Sound processor MSP3415G [7600] 

Tuner and IF selection 

The Tuner [1705] converts the RF-signal coming from the 

antenna input to an IF-signal. The tuner is fully controlled 

via I 2 C-bus of the CC-P. [1705] is also equipped with a 

“passive-loop-through” between antenna-in and -out to 

save power in stand-by of the set, when the complete part 

is not supplied. 

The IF frequency of the video carrier is 38.9 MHz for all 

systems except SECAM L' (34,0 MHz). 

A quasi-split audio system is used. Separate surfacewave 

filters (SAW) are required. [1701], [1703] for video, 

[1702] for audio. [1701] is switched into the signal path for 

DK/I-SECAM L/L' reception, if the signal “SFS_TS” is 

“high”. In this case the switches [7704], [7705] are open 

and the diode [6703] is conducting. [1703] is switched into 

the signal path for BG reception (“SFS_TS” is “low”). Then 

the switch [7712] is open and the diode [6704] is 

conducting. For DK/I-SECAM L/L' reception, an additional 

circuit for suppressing the audio carrier of the adjacent 

channel is used. This circuitry is adjusted by coil [5710] for 

maximum suppression at 40.4MHz. 

IF demodulator 

The signal from the tuner and IF-selection circuit is 

processed by the demodulator IC TDA 9818/9817 [7710]. 

The signal “PSS” to pin 3 switches between demodulation 

of positive (SECAM only) or negative modulated video 

carriers. A QSS-audio-IF signal SIF1 is generated for 

DRX-2 

demodulation in the sound processor [7600]. The audio-IF 

carrier is selected in the audio SAW filter [1702]. This filter 

is switched for SECAM L’. If the signal “SB1” is “high”, the 

switch [7714] is closed and the diode [6705] is not 

conducting. For all other standards the diode [6705] is 

conducting and the switch [7714] is open. The output 

signal of this SAW filter is firstly processed in the TDA 

9818. Audio carriers are converted from the tuner IF level 

to the audio IF position and further processed in the audio 

demodulator [7600]. The AFC coil [5711] on the TDA 

9818/9817 is adjusted so that when a frequency of 38.90 

MHz is supplied to the IF output of the tuner, the AFC 

voltage on pin 17 of [7710] is 2.5V. The setting of the 

picture carrier frequency for SECAM L in the TDA 9818 is 

achieved by connecting pin 7 of the IC via a resistor [3710] 

to ground. The switch [7701] and the signal “SB1" do this. 

The HF-AGC is set using the potentiometer [3724] so that, 

with a sufficiently large antenna input signal (74 dBV), the 

voltage at the IF output of the tuner [1705] pin 11 is 500 

mVpp. This setting must be carried out when the audio 

carrier is switched off. The demodulated video signal 

appears on pin 16 of [7710]. The AGC voltage at pin 4 is 

used to determine the antenna signal strength after a 

buffer [7717] with the signal “AGC” and an analog input 

port of the CC-P. The trap [1704] reduces the sound 

carrier remainders in the video for BG standards. The trap 

[1706] works in the same way for the Pal-I standard only. 

For all other standards the switch [7713] is closed via 

[7706] and “SFS_TS”-line set “high" to bypass this trap. In 

these cases the selectivity of the SAW filter [1701] is 

sufficient. The coil [5713] for non-BG standards realizes a 

frequency response correction. This correction is not 

desired for SECAM L' and therefore short-circuited by 

[7716] (signal SB1 is “high” and [7702] has on-status). The 

demodulated video signal “VFV” is available after the 

buffer and limiting stage for noise peaks [7711]. The FM- 

PLL demodulator function of TDA 9818 is not necessary 

and therefore deactivated by the resistor [3739]. 

Audio demodulator 

The sound demodulation is done by the MSP3415 [7600], 

which is also fully controlled via I 2 C-bus by the CC-P 

(determination of bandwidth, amplitude, standard, ...).The 

audio signals are available at pin 30 and pin 31 of [7600] 

and fed as “AFER”- & “AFEL”-line to the audio-I/O for 

further processing. 

101 

DRX-2

DRX-2 

102 

DRX-2 

3.4 Audio routing 

Audio IO Europe Overview 

Scart2 

Scart1 

6 3 2 1 

6 3 2 1 

AudOutR 

AudInR 

AudOutL 

AudInL 

AudOutR 

AudInR 

AudOutL 

AudInL 

-2dB 

OUT1R 

-2dB 

OUT2L 

OUT1L 

AKILL 

OUT2R 

-2dB 

-2dB 

AKILL 

AKILL 

AKILL 

HEF4052 

POS.7504 

MSB/LSB 

LL 

OUT1R 

UDA1334 

ARDAC 

VOR 

16 

D_DATA 

OUT1L 

MSB/LSB HEF4052 

AIN1R LL 

1 

POS.7503 

1 

AFER LH 

OUT2R 

AIN2R 

35 

H 

53 

3 

ARDAC HL 

0dB 

L 

2 

2 

HH 

ARDAC 

45 

45 

AIN1L LL 

12 

12 

AFEL LH 

OUT2L 

AIN2L 

14 

H 

14 

ALDAC 

13 

HL 

L 

0dB 

15 

15 

HH 

ALDAC 

11 

11 

Logic 

MSB LSB 

AKILL 

MUTE 

LH 

H 

3 

KILL IPFAIL 

0dB 

L 

HL 

HH 

LL 

+6dB 

LH 

H 

DAC 

13 

ALDAC 

from dig. board 

0dB 

L 

HL 

+6dB 

14 

VOL 

HH 

Dig.Audio Out 

Logic 

MSB LSB 

DAC_MUTE 


IASC1M 

from IOV 

9 10 6 

VSA1 VSA2 ASC1S 

from IOV 

MUTE 

D_DATA0 

ION 

6 

10 

9 

from IOV 

KILL DIKILL IPFAIL 

AR 

ARDAC 

AINFR 

DAC_MUTE 

ALDAC 

AL 

DAC_MUTE 

HEF4052 

POS.7501 

AINFL 

MSB/LSB 

LL 

1 1 

AIN1L 

LH 

53 

AIN2L 

MSP34XX 

POS.7600 

H 

Tuner 

UDA1360 

3 

0dB 

L 

HL 

AINFL 

2 

SIF1 

SIF1 

Demodulator 

ARADC 

2 

3 

AFEL 

A_DATA 

HH 

45 

ADC 

ALADC 

LL 

AIN1R 

to dig. board 

1 

12 

DVAL 

DVAL 

LH 

AIN2R 

37 

H 

14 

30 

SC1_OUT_R 

DVIN 

AFER 

DVAR 

13 

DVAR 

0dB 

L 

HL 

AINFR 

38 

15 

31 

SC1_OUT_L 

PWONSW 

AFER 

AFEL 

Source select 

HH 

40 

Logic 

MSB LSB 

11 

26 

DACM_R 

41 

6 

10 

9 

27 

DACM_L 

Q.Peak Det 

I2C Control 

8 9 

12 13 

RSA2 

RSA1 

SDA 

SCL

The processing of audio is always done in stereo (e.g. 

separate left- and right-channel) and the complete 

switching is realized by using HEF4052, which is a dual 

four-to-one multiplexer. In principle there are three 

independent selectors: 

a) Scart 1-Output-Path: 

Pos [7504] is used to select either Scart 2-Input (“AIN2L”/ 

”AIN2R”) or the signal directly from the audio DAC [7004] 

(“ALDAC”/”ARDAC”) as the output source for Scart 1 

(“AOUT1L”/”AOUT1R”). 

The control is done by means of the lines “ASC1S” coming 

from [7408] (IC [7408] acts as a port expander for the CC- 

P) and “IASC1M”, which is directly coming from the CC. 

Pos [7412] is used for level adaptation (3V3 to 5V) for the 

“IASC1M”-signal. 

b) Scart 2-Output-Path: 

Pos [7503] selects between Scart 1-Input (“AIN1L”/ 

”AIN1R”), signals from the internal frontend (“AFEL”/ 

”AFER”) via MSP [7600] or audio directly from the DAC 

[7004] (“ALDAC”/”ARDAC”). The outputs of this switch are 

routed to Scart 2 (“AOUT2L”/AOUT2R”). This switch is 

controlled via “VSA1”-and “VSA2”-line. These lines come 

from [7408] that is acting as a port expander for the CC-P. 

c) Record-Path: 

Pos [7501] selects either signals from Scart 1 (“AIN1L”/ 

”AIN1R”) or Scart 2 (“AIN2L”/”AIN2R”) or Cinch-Front 

(“AINFL”/ ”AINFR”) or the MSP [7600] (“AFEL”/”AFER”) 

and routes to the audio ADC [7007] (“ALADC”/”ARADC”) 

for record purposes. 

The switch is controlled via “RSA1”- and “RSA2”-signals. 

These signals come from the MSP [7600], which acts as a 

port expander of the CC-P. As there can also exist a fifth 

input in case of DV-In is present the corresponding analog 

audio signals from the DVIO-board are firstly routed via 

extra cable and connector [1960] to the MSP. The MSP 

acts as a preselector between audio from internal frontend 

or the DV-Input. 

Each of these three selectors ([7501], [7503]&[7504])hasa 

separate Op-Amp on the output for level-adaptation-, 

performance- and line-driving-reasons. [7505-A & -B] for 

record, [7502-C & -D] for Scart 1-Output and [7502-A & -B] 

respectively for Scart 2. Every audio output line on the two 

Scart connectors can be “killed” (muted) by an extra 

transistors ([7506], [7508], [7509]&[7511]), which can be 

activated by the “AKILL”-line. This signal is generated by 

the circuit around [7404]/[7421] and is a combination of 

the “KILL”- from the CC-P and the “IPFAIL” of the powersupply-unit. 

d) Line-Out-Path: 

see chapter 3.5 

DRX-2 

e) Digital Audio Output-Path without IOE-Print: 

Additionally to analog audio the set is also equipped with a 

digital output via cinch plug [1951]. The signal is 

generated on the dig. board and routed via audio interface 

cable and connector [1900] to the Ana-PCB. Here the 

“DAOUT”-line first passes a 6-fold inverter [7580] being 

used as a driver and for performance reasons (noise 

reduction, jitter, etc.). Afterwards a transformer [5580] is 

necessary to achieve the correct level and also to have a 

floating output with isolated ground before the signal is fed 

via [3580] to cinch plug [1951]. The capacitor [2580] 

performs an AC-coupling between connector- and setground. 

f) Digital Audio Output-Path with IOE-Print: 

In case of usage of the IOE-print the digital audio signals 

(input and output) are directly routed from digital board via 

interface cable to plug[1920] on the IOE-print. The 

“DAOUT”-line is splitted into two signals, one for cinch out 

and one for optical out. The signal to cinch out first passes 

a 5-fold inverter [7250] being used as a driver and for 

performance reasons (noise reduction, jitter, etc.). 

Afterwards a transformer [5250] is necessary to achieve 

the correct level and also to have a floating output with 

isolated ground before the signal is fed via [3259] to the 

cinch plug [1925] (or [1926-B] in case of option “DIGITAL 

IN”). The capacitors [2256] and [2266] perform an ACcoupling 

between connector- and set-ground. The second 

“DAOUT”-signal is fed directly via [3264] to the optical out 

transmitter [6255]. 

g) Digital Audio Input-Path with IOE-Print: 

There are two possibilities for a digital audio input signal in 

case of option “DIGITAL IN”. One is the signal from the 

optical receiver [6259], which is routed via [3269] directly 

to plug [1920]. The second is the signal from the cinch plug 

[1926-A]. 

This signal then passes an inverting amplifier [7250-6] and 

is then routed via [2253] to the plug [1920]. 

3.5 Audio ADC/DAC 

a) PCBs with AD1852 [7004]: 

The conversion of analog audio signals from the recordselector 

[7501] in the I/O (“ALADC”- & “ARADC”) is done 

via UDA1361TS [7007]. This IC can process input signals 

up to 2Vrms by using external resistors [3047], [3053] in 

series to the input pins. As the level from the DVIO-Board 

is only 1Vrms a 6dB step can be performed by setting pin 7 

of [7007] to 3,3V via [7008] and the “PWONSW”-line 

controlled by the CC-P to use the whole dynamic range of 

the ADC. All required clock signals are generated on the 

dig. board and only the audio data (“A_DAT”-line) are 

routed from Ana- to Dig.-PCB for further processing. 

The transformation of dig. audio back into the analog 

domain is done by AD1852 [7004]. All necessary clock 

signals are coming from the dig. board and dig. audio data 

(“D_DATA0”-line) are converted into analog signals, which 

103 

DRX-2

DRX-2 

104 

DRX-2 

are available at pin 17/16 and pin 12/13 of [7004] as 

symmetrical signals. 

Afterwards an Op-Amp. [7003] (line driver & converting to 

unsymmetrical signal, gain = 1), which is also working as 

low-pass-filter to increase signal performance (noise, 

distortions,...), is passed. Then both signals (“ALDAC” & 

“ARDAC”) are directly routed to the rear cinch output and 

also used in the audio-I/O for further processing. The DAC 

has also a mute possibility, which can be activated by 

setting pin 23 to 5V via [7001]. This mute is controlled 

either by the dig. board (“D_IKLL”-line) or the “IPFAIL”signal 

from power-supply-unit (in this case it’s the 

combination of “A_KILL” and “IPFAIL”). 

If the DAC is muted externally via pin 23 or if there are no 

audio data available (e.g. “D_DATA0”-line zero), the 

output pins 8 and 22 of the DAC change to high (+ 5V). 

These two signals are then combined with diode pos. 

6006. After decoupling via [7009] the signal “DAC_MUTE” 

is used as mute signal for the mute transistors [7415], 

[7416] for cinch rear out. 

b) PCBs with UDA1334BTS [7001]: 




up to 2Vrms by using external resistors [3039], [3041] in 



of [7005] to 3,3V via [7006] and the “PWONSW”-line 





The transformation of dig. audio back into the analog 

domain is done by UDA1334BTS [7001]. All necessary 

clock signals are coming from the dig. board and dig. 

audio data (“D_DATA0”-line) are converted into analog 

signals, which are available at pin 14 and pin 16 of [7001]. 

Afterwards an Op-Amp. [7002] (line driver & level 

adaptation, gain = 2) which is also working as low-passfilter 

to increase signal performance (noise, distortions,...), 

is passed. Then both signals (“ALDAC” & “ARDAC”) are 

directly routed to the rear cinch output and also used in the 

audio-I/O for further processing. The DAC has also a mute 

possibility, which can be activated by setting pin 8 to 3,3V 

via [7003]. This mute is controlled either by the dig. board 

(“D_IKLL”-line) or the “IPFAIL”-signal from power-supplyunit 

(in this case it’s the combination of “A_KILL” and 

“IPFAIL”). 

In addition to that the DAC [7001] and the cinch outputs 

can be killed (muted) in case of “digital silence” by the 

circuit around [7008], [7009] and [7010], when no audio 

data are available (e.g. “D_DATA0”-line zero). 

This function can be also activated via the “ION”-line (set 

to high during any stand-by mode). To avoid signal 

distortions (clipping) the mute transistors for cinch rear out 

[7415], [7416] are decoupled via [7011].

3.6 Video-routing 

Video IO Europe 

DRX-2 

105 

DRX-2

DRX-2 

106 

DRX-2 

The Video-I/O-switching is basically realized by the matrix 

switch STV6618 [7408], which is controlled via I 2 C-bus 

by the CC. All used outputs excluding pin 21 (Y/CVBS- 

REC) have a 6 dB-amplification and a 75 Ohms driverstage 

inside. This IC includes also several digital outputs, 

which are used for switching purposes on the analog 

board. The record selector inside the switch selects 

between the CVBS from frontend (“VFV”), the input from 

Scart 1 (“YCVBSIN1”) or the signal from Scart 2 

(“YCVBSIN2”). Afterwards the signal passes another 

switch [7411] in which a selection between signals from 

the front or the preselected ones are done. The output 

signals of [7411] are fed as “A_YCVBS”- and “A_C”-line to 

the digital board for further processing. 

To reduce the number of external presets there exists only 

one preset for CVBS- and Y/C-front. The set automatically 

detects between the two inputs depending on the 

presence of a video signal (sync separator-circuit on Psub-board) 

where Y/C has higher priority. 

The R/G/B-inputs and the Fast-Blanking-line from Scart 2 

are routed over the optional EPG board to the digital PCB. 

Also all other video signal from the analog board are 

routed through the EPG board if present. These signals 

are also available on the corresponding input-pins of the 

STV6618 to enable a loop-through in AV-Standby. In this 

mode the set has to behave like a cable between the two 

Scart-connectors. AV-Standby is activated either by a 

“high” level on pin 8 of Scart2 (“active device is present”) 

or by the “WU”-line (wake up). This signal is generated out 

of the circuit around [7401], [7402]&[7403] and will 

become “high” if there is a signal on pin 20 of Scart 1- or 

Scart 2. The detection of the input level on pin 8 of Scart 2 

(“8SC2”) is done via an analog input of the CC-P (less than 

2V means inactive; 4,5V to 7V determines a source with 

16:9 picture-ratio and greater than 9,5V is an active 4:3 

source). 

All signals from the digital board (“D_R”, “D_G”, “D_B”, 

D_C”, “D_Y” and “D_CVBS” are routed to the proper 

inputs of the STV6618 for amplification and driving 

purpose before they can be seen on the appropriate Scart 

outputs. In case of EPG the signals from the digital board 

are routed through the EPG board where the selection 

between digital board video or EPG OSD is taken. 

The “D_CVBS”- and the “D_Y”-line are passing a 6 dBamplifier 

and driver-IC [7410] and are then routed to the 

CVBS-Cinch and Y/C-out rear. The chroma signal for this 

Y/C out is coming from the STV6618 - which makes the 6 

dB-amplification-and a driver [7406] in between. 

The detection of the picture ratio information on the Y/Cinput 

front is made by measuring the DC-level on the 

Chroma signal via analog input of the CC-P (“WSFI”-line). 

In case the level is higher than 3,5V the input signal is a 

16:9 source. If the level is lower than 2,4V the picture ratio 

is 4:3. 

For generation of the appropriate DC-voltage on the Y/Cout 

rear the “WSRO”-line is controlled via pin 18 of[7408] 

by the CC-P (Pin 18 set to low means 4:3, pin 18 set to 

high determines 16:9). 

The control of the switching voltage (Pin 8 of Scart 1) is 

done via 3-level-pin (nr.2) of the STV6618 [7408] and the 

transistors [7405], [7407]&[7409].A “low” on pin 2 of[7408] 

causes around 11V on pin 8-Scart 1 (e.g. source with 4:3 

picture-ratio active). Medium level (2,5V) on pin 2 of the 

STV6618 generates medium level (approx. 6V) on pin 8- 

Scart 1 (e.g. active source with 16:9) and a “high” on pin 2 

of the STV6618 pushes pin 8-Scart 1 to “low” (e.g. 

inactive). 

3.7 VPS/PDC- and Text-Dataslicer 

For extraction of relevant information out of the video 

signal (time controlled recording, net-name-identification, 

time- & date- download) the STV5348 [7931] is used. Data 

transfer to/from the CC is fully done via I 2 C-bus and the 

input signal for decoding is the same as the one being 

routed to the digital board for recording purposes 

(“A_YCVBS”-line). 

3.8 Analog Follow-Me 

This circuit compares the video signal from the internal 

frontend (“VFV”) of the recorder with that one of the 

connected TV-set (“CVBS1”). The TV set delivers the 

signal via Scart-cable. 

A comparator [7934] and several additional parts ([7932], 

[7933], ...) are used to compare the two video signals. 

In case of both input signals are equal the output-line of 

this circuit (“FOME”) is set to low. Detection is made via an 

input port of the CC-P. 

4 Analog board NAFTA- & APAC-Pal- version 

4.1 Frontend NAFTA 

[1701] demodulates the video signal from the antenna 

input. Tuner and IF-demodulator are in one unit. Also a 

modulator is included in that part. The audio- and videosignal 

to the modulator are the ones from the selected 

input or the playback path of the set (“AMCO”- and 

“D_CVBS”-line). The control of the tuner is fully done via I 

2 C-bus by the CC-P. Via the “MSW”-signal and [7701] the 

modulator is switched on and off. In opposite to this the 

antenna loop-through is opened or closed. 

In the APAC-Pal version POS [1700] is used with the 

difference that it demodulates only PAL- instead of NTSCsignals 

and has also no modulator. The “CSW_SSW” line 

switches the modulator between CH3 or CH4 in the 

NTSC-version. 

To achieve optimal tuning the “AFC”-signal is detected by 

the CC via an analog input; [3701], [3702] and [3703] are 

used for level adaptation (5V to 3V3). Pos [7700] is a 

driver for the video signal. 

The sound demodulation is realized by the MSP34x5 

[7600], which is also fully controlled via I 2 C-bus by the 

CC-P (determination of bandwidth, amplitude, standard, 

...). The audio signals are available at pin 30 and pin 31 of 

[7600] and fed as “AFER”- & “AFEL”-line to the audio-I/O

for further processing. As this PCB is used for different 

regions (NAFTA and APAC) either MSP3425 or MSP3415 

are assembled. 

4.2 Audio routing 

Audio IO NAFTA / APAC Overview 

AIN1R 

HEF4052 

MSB/LSB 

LL 

AFER 

POS.7501 

1 

AIN1L 

Rear IN 1 

(CVBS / YC) 

LH 

H 

AINFR 

53 

UDA1360 

3 

0dB 

L 

HL 

AIN2R 

ARADC 

2 

A_DATA 

3 

AIN1R 

AIN2R 

HH 

45 

ADC 

ALADC 

AFEL 

to dig. board 

1 

LL 

12 

AIN2L 

Rear IN 2 

(Y/UV) 

LH 

AINFL 

H 

14 

13 

0dB 

L 

HL 

AIN2L 

15 

UDA1334 

PWONSW 

HH 

AIN1L 

ARDAC 

Logic 

MSB LSB 

11 

VOR 

+6dB 

16 

D_DATA 

Dig.Audio Out 

DAC 

6 

10 

9 

ALDAC 

14 


+6dB 


VOL 

AR 

Rear Out 1 

(CVBS / YC) 

ARDAC 

AKILL 

MUTE 

D_DATA0 

AKILL 

ALDAC 

AKILL 

KILL DIKILL IPFAIL 

AINFR 

AL 

MSP34XX 

AINFL 

AR 

Rear Out 2 

(Y/UV) 

SIF1 

Demodulator 

2 

AMCO 

Modulator * 

AL 

SIF1 

Tuner 

AFER 

37 

DVAL 

30 

SC1_OUT_R 

* NAFTA only 

DVAR 

AFEL 

38 

31 

SC1_OUT_L 

Source select 

40 

ALDAC 

26 

DACM_R 

41 

ARDAC 

27 

DACM_L 

Q.Peak Det 

DVAL 

I2C Control 

DVAR 

DVIN 

APAC only 

8 9 

12 13 

SDA 

SCL 

RSA2 

RSA1 

DRX-2 

107 

DRX-2

DRX-2 

108 

DRX-2 

The sound processing is always done in stereo (that 

means separate left- and right-channel). 

a) Record-Path: 

The complete selection of the audio signal for recording is 

done by a HEF4052 [7501], which is a dual four-to-one 

multiplexer. 

The input lines for the selector [7501] are coming either 

from MSP [7600] (“AFEL”/”AFER”) or cinch rear in 1 

(“AIN1L”/”AIN1R”) or cinch rear in 2 (“AIN2L”/”AIN2R”) or 

the cinch in front (“AINFL”/AINFR”). The [7501] is 

controlled via “RSA1”-and “RSA2”-signals coming from 

the MSP [7600].TheMSP acts as a port expander of the 

CC-P. The Op-Amp on the output [7504] is necessary for 

performance reasons and acts also as a driver. The 

selected signals “ARADC” and “ALADC” are directly fed to 

the Audio-ADC. 

As there can exist also a fifth input in case of DV-In is 

present the corresponding analog audio signals from the 

DVIO-board are firstly routed via extra cable and 

connector [1960] to the MSP, which acts as a preselector 

between audio from internal frontend or the DV-Input. 

b) Line-Out-Path: 

see chapter 4.3 

c) Digital Audio Output-Path without IOE-Print: 

Additionally to analog audio the set is also equipped with a 

digital output via cinch plug [1951]. The signal is 

generated on the dig. board and routed via audio interface 

cable and connector [1900] to the Ana-PCB. Here the 

“DAOUT”-line first passes a 6-fold inverter [7580] being 

used as a driver and for performance reasons (noise 

reduction, jitter, etc.). Afterwards a transformer [5580] is 

necessary to achieve the correct level and also to have a 

floating output with isolated ground before the signal is fed 

via [3580] to cinch plug [1951]. The capacitors [2580], 

[2582] and [2583] perform an AC-coupling between 

connector- and set-ground. 

d) Digital Audio Output-Path with IOE-Print: 

see chapter 3.4.f 

e) Digital Audio Input-Path with IOE-Print: 

see chapter 3.4.g 

4.3 Audio ADC/DAC 




up to 2Vrms by using an external resistor [3039], [3041] in 



of [7005] to 3,3V via [7006] and “PWONSW”-line 





The transformation of dig. audio back to the analog 

domain is done by UDA1334BTS [7001]. All necessary 

clock signals are coming from the dig. board and dig. 

audio data (“D_DATA0”-line) are converted into analog 

signals, which are available at pin 14 and pin 16 of [7001]. 

Afterwards an Op-Amp. [7002] (line driver & level 

adaptation) which also works as a low-pass-filter to 

increase signal performance (noise, distortions,...) is 

passed. Then both signals (“ALDAC” & “ARDAC”) are 

directly routed to the rear cinch output. The DAC has also 

a mute possibility, which can be activated by setting pin 8 

to 3,3V via [7003]. This mute is controlled either by the dig. 

board (“D_IKLL”-line) or the “IPFAIL”-signal from powersupply-unit. 

In addition to that the DAC [7001] and the cinch outputs 

can be killed (muted) in case of “digital silence” by the 

circuit around [7008], [7009] and [7010], when no audio 

data are available (e.g. “D_DATA0”-line zero). 

The signals from the audio DAC part (“ARDAC”/”ALDAC”) 

are directly routed to both cinch rear outputs, which are 

connected in parallel. To avoid plops and any other 

audible noise on the output there is a mute-stage 

implemented [7509], [7511] for each channel. The 

activation is done via “AKILL”-line, which is a combination 

of the “KILL” from CC-P, “DAC_MUTE” from DAC-part and 

“IPFAIL” from the power-supply-unit. The circuit around 

[6430], [6431], [7430] and [7404] generates this signal.

4.4 Video-routing 

Video IO NAFTA 

DRX-2 

109 

DRX-2

DRX-2 

110 

DRX-2 

The Video-I/O-switching is basically realized by the matrix 

switch STV6618 [7408], which is controlled via I 2 C-bus 

by the CC. All used outputs excluding pin 21 (Y/CVBS- 

REC) have a 6dB-amplification and a 75 Ohms-driverstage 

inside. This IC also includes several digital outputs, 

which are used for switching purposes on the analog 

board. The record selector inside the switch selects 

between the CVBS from frontend, the CVBS from Cinch- 

Rear or Y from the S-Video-input rear. 

Afterwards the signal passes another switch [7411] in 

which a selection between signals from the front or the 

preselected ones is done. The output signals of [7411] are 

fed as “A_YCVBS”- and “A_C”-line to the digital board for 

further processing. 

To reduce the number of external presets there is only one 

station for CVBS or Y/C (front and rear). The set 

automatically detects between the two inputs depending 

on the presence of a video signal (sync separator-circuit 

on P-sub-board) where Y/C has higher priority. 

The Y/U/V-inputs are routed over the optional EPG board 

to the digital PCB. Only the Y-line has to be present 

additionally on pin 4 of [7408] for video recognition. Also 

all other video signal from the analog board are routed 

through the EPG board if present. 

The signals “D_C” and “D_Y” are fed through [7408] (6dB 

amplification) and via [7406], [7409] used as driver to the 

S-Video output connector. The “D_CVBS” line is directly 

routed to the modulator and via the circuit around [7431] 

and [7432] amplified by 6dB before it is fed to the CVBS 

output plug. In case of EPG the signals from the digital 

board are routet through the EPG board where the 

selection between digital board video or EPG OSD is 

taken. 

The Y/U/V signals from the digital board are also passing 

[7408] for 6dB amplification and driving purpose. 

To achieve optimal picture quality the set is equipped with 

a simple progressive scan function based on a so-called 

line doubler. The complete generation of the signal is done 

on the digital board and via a separate cable and 

connector [1946] the corresponding Y/U/V lines are routed 

to the analog PCB. Also the YUVprogressive signals are 

switchable to EPG OSD on the EPG board if implemented. 

As there is only one Y/U/V output available a switching 

between interlaced and progressive output is necessary. 

While the transistors [7421], [7422], [7424], [7425], [7427] 

and [7428] are used as driver for Y/U/V progressive, 

[7423], [7426] and [7429] together with [7405] are 

necessary for killing these signals via pin 42 of [7408] in 

case the interlaced is selected (“PSCAN_KILL”-line set to 

low). If progressive output is active the pins 27, 29 and 31 

of [7408] are set to high impedance and “PSCAN_KILL” is 

also high (e.g. 5V). 

The detection of the picture ratio information on the Y/C 

inputs (rear or front) is done by measuring the DC-level on 

the Chroma signal via an analog input of the CC-P 

(“WSRI”- and “WSFI”-line). In case the level is higher than 

3,5V the input signal is a 16:9 source, if the level is lower 

than 2,4V the picture ratio is 4:3. 

For generation of the appropriate DC-voltage on the Y/C 

output the “WSRO”-line is controlled via pin18 of [7408] by 

the CC-P (Pin 18 set to low means 4:3, pin 18 set to high 

determines 16:9). 

During Stand-By there is also no loop-through of any input 

to any output performed. 

5. Digital Board Chrysalis 2.1 

5.1 Introduction 

Block diagram 2nd generation DVD recorder 

DISPLAY & 

CONTROL BOARD 

CONTROL 

ANALOG BOARD 

POWER SUPPLY 

VIDEO IN/OUT 

AUDIO IN/OUT 

2FH VIDEO OUTPUT 

CONTROL 

BASIC ENGINE 

DIGITAL BOARD DV IN 

This 2nd generation Digital Board is based on the highly 

integrated 'Chrysalis' IC. Its predecessors, the 'Empire' 

and 'Empress' based boards, had two PWBs mounted on 

top of each other (due to separate DVIO board). For this 

new generation, all functionality is now available on one 

PWB in one BGA IC (Ball Grid Array) i.s.o. four VLSI ICs. 

The board encodes and multiplexes analogue video and 

digital uncompressed audio (I2S) into an MPEG2 stream. 

This MPEG2 stream is formatted, to be recorded by the 

DVD+RW engine. In playback, the board will decode the 

MPEG2 stream into analogue and digital audio and into 

analogue video. In addition, a DV stream can be received 

via IEEE1394 (i-Link), and transformed to MPEG2 format. 

There are versions foreseen, to generate a progressive 

scan analogue video output. In the standard Chrysalis 

board, the progressive video output is generated by the 

PNX7100. In the Chrysalis 'F' it is generated by the 

Faroudja FLi2301. 

The Chrysalis Digital board is pin compatible with the 

Empress digital board in terms of A/V IO, BE interface, 

Power Supply, and Service interface. For functional 

enhancements, several connectors are added:IDE 

connector (HDD, AV3, PCMCIA, etc.).

5.2 Record Mode 

Block diagram Chrysalis Digital Board 

7004 

VIP 

SAA7118/19 

7200 

1200 

1394 

CONNECTOR 

I2C0 

1394 

PID1394P25 

TO/FROM BE AV3 

HDD, PCMCIA 

IDE CONNECTOR 

CCIR656 

CLOCK 

7201 

7400 

1394 

PID1394L40 

BE AV2 

UART I2S 

CHRYSALIS 

PNX7100 

I2C 

EEPROM 

64Kbit 

I2C 0 

SDRAM 

2 X 8Mx16 (3) 

OPTIONAL OPTIONAL 

-5V 

3V3 

5V 12V 

FROM POWER SUPPLY 

7804/7812 

OPTIONAL 

I2C 

EEPROM 

64Kbit 

I2C 1 

7703 

XIO_1 XIO_0 XIO_0 XIO_0 

NORFLASH 

4Mx8 

Video Part 

The analogue video input signals CVBS, YC, and YUV/ 

RGB (RGB for EURO and YUV for USA), are routed via 

the analogue board to connector 1904 and sent to IC7004 

(SAA7118, Video Input Processor). 

The digital video input signals are routed from the DV-In 

connector (item 1200) via ICs 7200 (1394 PHY) and 7201 

(1394 LINK) to IC7400 (PNX7100, Chrysalis). 

The multistandard Video Input Processor (VIP, IC7400) 

encodes the analogue video to digital video stream 

(CCIR656 format). It provides filtering of the analogue 

signals and separation of luminance and chrominance by 

a comb filter. The output stream, named ITU_IN(7:0), is 

then routed to the Chrysalis IC (PNX7100). This IC 

encodes and decodes the digital video stream into/from 

MPEG2 format. 

NORFLASH 

4Mx8 

NANDFLASH 

8Mx8 

I2C 0 

2FH DENC 

OPTIONAL 

(1) analogue CVBS / YC and RGB/YUV 

(2) analogue CVBS, YC, RGB/YUV 

(3) 2X16Mx16 can be mounted instead of 

2x8Mx16 if necessary 

2FH YUV 

VIDEO 

1FH VIDEO 

OUT (2) 

DIG. AUDIO IN 

OPT. & COAX 

DIG. AUDIO OUT 

I2S AUDIO OUT 

I2S AUDIO IN 

1FH VIDEO IN (1) 

DRX-2 

Audio Part 

I2S audio is sent from the analog board to the Chrysalis IC 

via connector 1900. The Chrysalis compresses the I2S 

audio data into an MPEG1-L2/AC3 audio stream. 

Front-end I2S 

IC7400 (Chrysalis) interfaces directly to the DVDR 

mechanism (BE) via connectors 1100 (clock and data) and 

1105 (control). For future use (with AV3 BE module, HDD, 

or card reader) it also interfaces to an IDE bus via 

connector 1102 . 

It buffers the data streams that are coming from (or going 

to) these hardware modules. 

In the Chrysalis, the video MPEG2 stream and the audio 

AC3 stream are multiplexed into an I2S stream. The serial 

data are sent to the DVDR mechanism for recording. 

111 

DRX-2

DRX-2 

112 

DRX-2 

5.3 Playback Mode 

During playback, the serial data from the DVDR 

mechanism is going directly to the PNX7100 via the serial 

front-end I2S interface. 

The PNX7100 is an MPEG CoDec and has the following 

outputs: 

• To the analogue board: analogue video RGB, YC, 

CVBS on connector 1904. 

• I2S audio (PCM format) on connector 1900. 

• SPDIF audio (digital audio output) on connector 1904. 

• Progressive video on connector 1704. 

• Communication gateway (RS232) on connector 1104. 

5.5 Clock Distribution 

Clock distribution on Chrysalis board 

24.576 MHz 

7004 

7703 

7201 

VIP7118 

ADV7196 

1394 LINK 

7200 

1394 PHY 

24.576 MHz 

7300 

AUDIO PLL 

7400 

27 MHz 

Osc. 

The PNX7100 has a complex clock system, which is 

needed to support the processes running at different 

frequencies such as video decoding, audio decoding or 

peripheral I/O devices etc. 

To ensure a synchronous initialization of all the registers 

and state machines, all the PLLs are switched to their 

default frequency and the reset sequence is run at 4 MHz. 

Then when the booting control unit is correctly initialized 

and once it has captured all the booting parameters, it sets 

CHRYSALIS 

PNX7100 

OPTIONAL 

5.4 DVDR Mechanism Interfaces 

AV2 DVDR Mechanism (VAE8015 and VAE8020) 

The UART interface (for the S2B commands) between the 

Chrysalis and the servo processor (MACE3 on the BE 

module), controls the AV2 DVDR mechanism during 

record and playback mode. For data transport, an I2S bus 

is used. 

For detailed information on the AV2 BE module, see 

Service Manual 3122 785 12470. 

AV3 DVDR Mechanism (VAE8030) 

To be prepared for new developments, the Chrysalis 

Digital Board is equipped with two IDE busses (ATAPI). 

They can be used for connecting to the new generation 

DVDR mechanism (e.g. the AV3), a Hard Disc Drive 

(HDD), or a Smart Card Reader. 

BE INTERFACE 

4 MHz 

133MHz 

7804 

SDRAM 

7812 

SDRAM 

the PLLs to its functional frequency to allow the modules 

to run at their nominal frequencies. Thanks to a clock 

blocking mechanism, the frequency switching is glitch 

free. 

System clocks: 

• PNX7100 (IC7400, pins AF9 and AF10) : 4 MHz 

provided by the xtal oscillator 7402.

• SAA7118 (IC7004, pins A3 and B4): 24.576 MHz 

provided by xtal 1001. 

• ADV7196 (IC7703, pin 25): 27 MHz provided by 

PNX7100. 

• SDRAM (IC7804 and 7808, pin 38): 133 MHz provided 

by the PNX7100. 

• 1394-LINK (IC7201, pin 88): 49.152 MHz provided by 

1394-PHY. 

• 1394-PHY (IC7200, pins 59 and 60): 24.576 MHz 

provided by xtal 1201. 

5.6 Power Supply 

The Digital Board is not powered in standby mode. The 

control signal 'ION' (Inverse On), coming from the 

analogue board, will enable the PSU, and power the digital 

board. 

• ION = High: the digital board is in powered down 

standby mode. 

• ION = Low: the power supply to the digital board is 

enabled. 

5.8 Reset 

Reset concept Chrysalis board 

3V3 

7106 

NCP303 

EJTAG_Resetn 

>1 

IResetDig 

7400 

PNX7100_Resetn 

The voltage detector NCP303LSN29 (IC7600) provides 

the reset signal PNX7100_RESETn (active 'low') with the 

correct timing behavior. This circuitry functions as a 

Power-On Reset (POR) module, which detects the 

minimum functional voltage that is needed by the device. It 

also detects any voltage drop. 

CHRYSALIS 

PNX7100 

GPIO 

PNX7100_SYS_Resetn 

3V3 

7104-3 

& 

7104-4 

& 

7107-1 

& 

7107-2 

& 

7107-3 

& 

7104-1 

& 

Reset_IDEn 

Reset_1394n 

Reset_BEn 

Reset_PSn 

Analog_Resetn 

VIP_Resetn 

DRX-2 

The 3V3, +5V, -5V, and +12V come from the PSU, while 

the 1V8 core voltage is generated on the board by a low 

voltage buck controller (item 7501). It provides the control 

for a DC-DC power solution producing an 1.8V output 

voltage over a wide current range. The NCP1570-based 

solution is powered from 12 V with the output derived from 

the 3V3 supply. It contains all required circuitry for a 

synchronous NFET (IC7500-1 and -2) buck regulator. 

5.7 Memory 

Several memories are used on the Chrysalis Digital 

Board: 

• EEPROM IC7810: this memory contains all the 

necessary boot parameters of the board. 

• EEPROM IC7809: this memory contains all the 

necessary parameters for the application. 

• FLASH IC7807(05/11): this memory contains the 

application-, diagnosis-, and service software. 

When the power voltage is outside the nominal range, a 

reset signal is generated by the POR module and fed to 

the reset module which controls the individual reset of the 

different peripherals and processing units. 

113 

DRX-2

DRX-2 

114 

DRX-2 

There are two control lines which can overrule this reset 

signal: 

• IRESET_DIG (controlled by the microprocessor on the 

Analogue Board). 

• EJTAG_RESETn (only for production). 

They can pull the output of the NCP303LSN29 (item 7106) 

down via a shottky diode. 

So when the output signal PNX7100_RESETn is 'low', the 

board will reset. When this signal is 'high', the board is up 

and running. 

The PNX7100_SYS_RESETn is a general enabling signal 

for the different reset lines. All other reset lines are directly 

driven from Chrysalis port pins (e.g. 

MPIO13_IDE1_RESETn). All and (item 7107) AND-gates. 

If both reset signals are low, all other external devices are 

initialized. 

5.9 I2C Bus 

The PNX7100 is the master of the I2C bus (during reset, 

external I2C masters are allowed). The following ICs are 

controlled by the I2C bus: 

• IC7809. 

• IC7810 NVRAMs. 

• IC7004 VIP. 

• IC7700 FLI2301 Video De-interlacer Line Doubler (for 

Chrysalis-F boards). 

• IC7703 ADV7196 Video Enc (for progressive scan 

done by Chrysalis). 

5.10 I/O Connectors 

AIO Connector (item 1900) 

The Audio In/Out (AIO) connector is used to interchange 

digital audio signals between Analog- and Digital Board. 

DAIO Connector (item 1901) 

The Digital Audio In/Out (DAIO) connector is used to 

interchange digital audio (SPDIF) signals between the 

IOE-Board and the Digital Board. 

VIO Connector (item 1904) 

The Video In/Out (VIO) connector is used to interchange 

analogue video signals between Analog- and Digital- 

Board. 

5.11 Progressive Scan 

Introduction 

There are two versions foreseen, to generate a 

progressive scan analogue video output: 

• In the standard Chrysalis board, the 'low end' 

progressive video output is generated by the PNX7100. 

• In the Chrysalis 'F', the 'high end' progressive output is 

generated by the Faroudja FLI2301. This IC offers 

additionally DCDi, upscaling to HDTV, and picture 

enhancement. 

Description 

The progressive scan part is integrated in the Digital 

Board and built around the FLI2301 de-interlace/line 

doubler (7701). This I2C controlled de-interlace uses a 

64Mbit SDRAM (32bit x 2M) to perform high quality deinterlacing 

(meshing). The de-interlace gets its digital YUV 

input data from the PNX7100 (7400). The format of the 

digital YUV input to the Fli2301 is CCIR656 with separated 

Hsync, Vsync, and odd/even signal running on 27MHz. 

6. I/O Extension Board 

This board feeds the internal S/PDIF signal from the 

Digital board to an optical and/or digital out connector. For 

European players, also an YUV output is present on this 

board.

■ ABBREVIATION LIST 

Analog Board 

+5VSTBY 

Permanent Supply 5V 

8SC2 

Pin8 Scart2 (only for Europe) 

A_DATA 

Data from Analog- to Digital-Board (UART-Communication) 

A_RDY 

Analog-board ready (status information to digital-board) 

A18 - A19 

Parallel Address Bus (CC - Flash-ROM and S-RAM) 

A8 - A17 

Parallel Address Bus (CC - Flash-ROM and S-RAM) 

AD0 - AD7 

Parallel Address and Data Bus (CC - Flash-ROM and S-RAM) 

AFC 

Automatic Frequency Control 

AFEL 

Audio Frontend Left 

AFER 

Audio Frontend Right 

AGC / WSRI 

Automatic Gain Control (for Europe), Wide Screen Rear In 

(for NTSC) 

AINFL 

Audio In Front Left 

AINFR 

Audio In Front Right 

AKILL 

Audio Kill Signal 

ALADC 

Audio Left to ADC 

ALDAC 

Audio Left from DAC 

ALE 

Address Latch Enable 

AM0 

Adress-mode 0 

AM1 

Adress-mode 1 

ARADC 

Audio Right to ADC 

ARDAC 

Audio Right from DAC 

ASCC1M 

DRX-2 

Audio Scart 1 Mute (System Clock Output for Real time 

Clock-Adjustment) 

AVCC 

Power Supply for A/D-converter 

AVSS 

GND-Pin for A/D-converter 

CFIN 

Chroma Front In 

CS0_ 

Chip Select 0 (CC - S-RAM) 

CS2_ 

Chip Select 2 (CC - Flash-ROM) 

CVBSFIN 

Video Front In 

D_DATA 

Data from Digital- to Analog-Board (UART-Communication) 

D_RDY 

Digital-board ready (status information from digital-board) 

DAC_MUTE 

Mute Signal for DAC 

DAOUT 

Digital Audio Out 

DVAL 

Audio from Digital Video In Left 

DVAR 

Audio from Digital Video In Right 

DVCC1 

Power Supply Pin 

DVCC2 


DVCC3 


DVSS1 

GND Pin 

DVSS2 

GND Pin 

DVSS3 

GND Pin 

FAN_OFF 

Fan for DVDR mechanism 

FBIN 

Fast Blanking input 

FOME 

FOllow ME Status line (matching signals yes/no; only for 

Europe) 

G1…10 

DISPLAY GRID 

INT 

115 

DRX-2

DRX-2 

116 

DRX-2 

Interrupt OUT for the CC 

INT 

Interrupt – line from Display Print 

ION 

Inverse ON-Line 

IPFAIL 

Inverse Power Fail Detection 

IPOR 

Inverse Power On Reset 

IRESET 

Inverse Reset Input 

IRR 

Signal from IR-Receiver 

K1 

Key-Input-Line 

K2 

Key-Input-Line 

KILL 

Audio Mute 

P50 IN 

P50 INput-line (only for Europe) 

P50 OUT 

P50 OUTput-line (only for Europe) 

POR_DC 

Power On Reset for Display Control Print (Ext_DL) 

PSS 

Pal/Secam-Select 

PWM_FIL 

Control line for Filament Voltage Generation 

PWONSW 

Amplifier Switch Audio A/D Converter 

RD_ 

Output Enable ReaD (CC - Flash-ROM and S-RAM) 

RECLED 

Control Signal for REC-LED 

RESET_DIG 

Reset Line to Digital Board 

RP_ 

Inverse Reset line to Flash-ROM 

RSA1/2 

Record Selector 1/2 

RY/BY_ 

Ready/Busy – input line (from Flash-ROM) 

SIF1 

Sound intermediate frequency 

SB1 

Secam Band 1 (PCB-Test entrance) 

SCL 

IC-Bus 

SCLSW 

Switched IC-Bus 

SDA 

IC-Bus 

SDASW 

Switched IC-Bus 

SFS_TS 

SAW Filter Select Trap Select 

STBY 

Standby-Line (Flash_Toshiba) 

SYNC 

Video Sync input 

TEMP_SENSE 

Temperature Sense Line 

VER 

HW-version input 

VFV 

Video from Frontend 

VKK 

VFT Driver Power Supply 

VREFH 

Pin for Reference-voltage input to A/D-converter 

VREFL 

Pin for Reference-voltage input to A/D-converter 

VS1/2 

View Selector 1/2 

WR_ 

Write Enable (CC - Flash-ROM and S-RAM) 

WSFI 

Wide Screen Signalling Front In 

WU 

Wake Up 

X1 

Oscillator Pin 

X2 


XIN 


XOUT 


XT1 

Low Frequency Oscillator Pin 

XT2 

Low Frequency Oscillator Pin 

YFIN 

Luminance Front In

Digital Board Chrysalis 

ADC:Analog to Digital Converter 

DAC:Digital to Analog Converter 

DENC:Digital (Video) Encoder (Video DAC) 

DV: Digital Video (Camcorder) 

EF: Emitter Follower 

OSD:On-Screen Display 

VIP:Video Input Processor (Video ADC) 

2Fh: Progressive scan video 

2V5 

+2V5 Power supply for Link+Codec IC7431 

3V3 

+3V3 Power supply 

3V3_A 

+3V3 Analog power supply for PHY IC7400 

3V3_D 

+3V3 Digital power supply for PHY IC7400 

3V3_DLY 

+3V3 Power supply for IC7500 

3V3_LINK 

+3V3 Power supply for Link+Codec IC7431 

3V3_F 

+3V3 Power supply for optional Flash memory IC7432 

3V3_RAM 

+3V3 Power supply for SDRAM IC7430 

3V3_uP 

+3V3 Power supply for Micro-controller IC7802 

3V3_32kHz 

+3V3 Power supply for audio format adaptation circuitry 

IC7507 and IC7508 

3V3_AC 

+3V3 Power supply for audio system clock generator IC7605 

and IC7606 

+5V 

+5V Power supply 

5V_PLL 

+5V Power supply for VCO of audio PLL IC7604 

A (1:17) 

Flash address lines of uPD72893 

A_MUTE 

Audio Mute 

ABCK 

Audio Bit Clock 

AD (1:10) 

Address bus lines for Host I/F of Link+Codec IC7431 

AEMP1 

PCM1 emphasis ON/OFF for PCM1 output 

AFS1 

DRX-2 

Audio sampling frequency indication signal 

ALRCLK 

Audio Word Select 

AMCLK44 

11.2896MHz (=256 * 44.1 kHz) audio master clock signal for 

44.1 kHz audio 

AMCLK48 

12.288MHz (=256 * 48 kHz) audio master clock signal for 32 

kHz and 48 kHz audio 

APWM 

PWM signal for audio PLL 

ASIC 

Application Specific Integrated Circuit 

BUFENn_AUD 

Buffer Enable Audio 

BUFENn_VID 

Buffer Enable Video 

CLK27M_CON 

27MHz Clock to Digital Board 

CS 

Parallel interface chip select input of Link+Codec IC7431 

CTL (0:1) 

Link interface control lines 

CTSN 

Clear to Send 

D (0:15) 

Flash data lines of Link+Codec IC7431 

DCDi 

Directional Correlational Deinterlacing. Circuitry that reduces 

jaggies on diagonal edges when deinterlacing videosourced 

material. 

DV_STATUS 

Interrupt pin for reading DV-status 

HS_CLK 

Video clock input of Link+Codec IC7431 

INT 

Interrupt request output of Link+Codec IC7431 (input to 

Micro-Controller) 

IOR 

Parallel interface IO read control input of Link+Codec IC7431 

ISPN 

In System Programming signal (used for programming 

IC7802) 

LKON 

Link-on signal output 

LPS 

Link power status input 

LREQ 

Link request input 

MA (0:10) 

117 

DRX-2

DRX-2 

118 

DRX-2 

SDRAM address lines of Link+Codec IC7431 

MCAS 

SDRAM column address strobe signal 

MCLK 

SDRAM clock signal 

MD (0:15) 

SDRAM data lines of Link+Codec IC7431 

MRAS 

SDRAM row-address strobe signal 

MWE 

SDRAM write enable signal 

PCM1 

Audio Serial Data Output of Link+Codec IC7431 

PCM1_NEW 

'MSB justified' to I2S converted audio serial data; audio serial 

data input of audio DAC UDA1334A 

PD (0:15) 

Data bus lines for Host I/F of Link+Codec IC7431 

PHY_D (0:7) 

Data bus connection between PHY and LINK device 

RESETn 

DVIO board reset 

RESET_FM 

Reset signal driven by Flashmaster programming device 

RESTB 

Reset input of Link+Codec IC7431 

RTSN 

Request to Send 

RWZ 

Parallel interface read/write control input of Link+Codec 

IC7431 

RXD 

Receive Data 

SCLK 

Link control output clock 

TXD 

Transmit Data 

VPP 

+10V switchable programming voltage of microcontroller 

YUV (0:7) 

Digital Video

■ IC DATA 

Display Board 

IC7103: TMP87CH74F 

DRX-2 

119 

DRX-2

DRX-2 

120 

DRX-2 

IC7103: TMP87CH74F

IC7103: TMP87CH74F 

DRX-2 

121 

DRX-2

DRX-2 

122 

DRX-2 

Analog Board 

IC7408: STV6618 

Y/CVBSIN_TUN 

Y/CVBSIN_TV 

Y/CVBSIN_AUX 

CVBSIN_ENC 

YIN_ENC 

CIN_TUN 

CIN_TV 

CIN_ENC 

G/YIN_AUX 

R/PR/CIN_AUX 

B/PBIN_AUX 

G/YIN_ENC 

R/PR/CIN_ENC 

B/PBIN_ENC 

FBIN_AUX 

SCL 

SDA 

STV6618 

Bo. Clamp 

Bo. Clamp 

Bo. Clamp 

Bo. Clamp 

Bo. Clamp 

Av. Clamp 

Av. Clamp 

Av. Clamp 

Bo. Clamp 

Bo. Clamp 

C_GATE 

Sync Sep 

Bot/sync/av. 

Bo/Sync 

Sync Sep 

Bot/sync/av. 

DIGOUT1 

Encoder 

Recorder 

Bot/sync 

DIGOUT2 

R/PR/CIN_ENC 

G/YIN_ENC 

B/PBIN_ENC 

DIGOUT3 

CVBSIN_ENC 

CIN_ENC 

YIN_ENC 

Y/CVBS_REC 

COUT_REC 

COUT_AUX 

Y/CVBSOUT_AUX 

SCART2 

(Auxi liar y) 

R/PR/CIN_AUX 

G/YIN_AUX 

B/PB_AUX 

FBIN_AUX 

Y/CVBSIN_AUX 

Y/CVBSIN_TUN 

Y/CVBS_TUN 

Y/CVBSIN_TV 

Y/CVBS_TV 

Y/CVBSIN_AUX 

Y/CVBS_AUX 

CVBSIN_ENC 

CVBSIN_ENC 

YIN_ENC 

YIN_ENC 

CIN_TUN CIN_TUN 

CIN_TV 

CIN_TV 

CIN_ENC 

CIN_ENC 

G/YIN_AUX 

G/YIN_AUX 

R/Pr/CIN_AUX 

R/Pr/CIN_AUX 

B/PbIN_AUX 

B/PbIN_AUX 

G/YIN_ENC 

G/YIN_ENC 

R/Pr/CIN_ENC 

R/Pr/CIN_ENC 

B/PbIN_ENC 

B/PbIN_ENC 

DIGOUT4 

DIGOUT5 

DIGOUT6 

I 2 C Bus 

STV6618 

(TQFP 44) 

CVBSIN_TUN 

Y/CVBSIN_TV 

Y/CVBSIN_AUX 

CVBSIN_ENC 

YIN_ENC 

mute 

Y/CVBSIN_AUX 

CVBSIN_ENC 

YIN_ENC 

mute 

CVBSIN_TUN 

Y/CVBSIN_TV 

CVBSIN_ENC 

YIN_ENC 

mute 

CIN__TUN 

CIN__TV 

CIN_ENC 

mute 

CIN_ENC 

R/Pr/CIN_AUX 

R/Pr/CIN_ENC 

mute 

G/YIN_AUX 

G/YIN_ENC 

mute 

B/PbIN_AUX 

B/PbIN_ENC 

mute 

FBIN_AUX 

5v 

0v 

R/PR/COUT_TV 

G/YOUT_TV 

B/PBOUT_TV 

FBOUT_TV 

Y/CVBSOUT_TV 

CIN_TV 

Y/CVBSIN_TV 

Y/CVBSIN_TUN 

C_GATE 

DIGOUT1 

DIGOUT2 

DIGOUT3 

DIGOUT4 

DIGOUT5 

DIGOUT6 

CIN_TUN 

SCART1 

TV 

Tuner 

Trans istor 

0dB 

6dB 

6dB 

6dB 

6dB 

6dB 

6dB 

Y/CVBSOUT_REC 

Recorder 

Y/CVBSOUT_TV 

SCART1 

Y/CVBSOUT_AUX 

SCART2 

COUT_AUX 

R/Pr/COUT_TV 

SCART1 

G/YOUT_TV 

SCART1 

B/PbOUT_TV 

SCART1 

FBOUT_TV

IC7408: STV6618 

Pin No. Symbol Description 

1 Y/CVBSIN_TUN Y/CVBS Input from Tuner 

2 DIGOUT3 Digital Output Pin 3 

3 GND1 Ground Supply 1 for Video Inputs 

4 CVBSIN_ENC CVBS Input from Encoder 

5 DECV Video decoupling capacitor 

6 CIN_ENC Chroma Input from Encoder 

7 YIN_ENC Y Input from Encoder 

8 V CC +5 V Power Supply for Video Inputs 

9 R/PR/CIN_ENC Red or Pr or Chroma Input from Encoder 

10 G/YIN_ENC Green or Y Input from Encoder 

11 B/PBIN_ENC Blue or Pb Input from Encoder 

12 GND2 Ground Supply 2 for Video Inputs 

13 B/PBIN_AUX Blue or Pb Input from Auxiliary (SCART2 or external Cinch) 


15 G/YIN_AUX Green or Y Input from Auxiliary (SCART2 or external Cinch) 


17 R/PR/CIN_AUX Red or Pr or Chroma input from Auxiliary (SCART2 or external Cinch) 


19 Y/CVBSIN_AUX Y/CVBS Input from Auxiliary (SCART2 or external Cinch) 

20 VCCB_REC Video Output Recorder Buffer Supply Pin 

21 Y/CVBSOUT_REC Y/CVBS Output to Recorder 

22 GNDB_REC Ground Supply for Recorder Buffer 

23 COUT_AUX Chroma Output to Auxiliary (SCART2 or external Cinch) 

24 VCCB1 Video Output Buffer Supply Pin 

25 Y/CVBSOUT_AUX Y/CVBS Output to Auxiliary (SCART2 or external Cinch) 

26 GNDB Ground Supply for Video Buffer 

27 B/PBOUT_TV Blue or Pb Output to TV (SCART1 or external Cinch) 

28 C_GATE External Transistor Command for Bidirectinnal B/C SCART I/O (Unconnected) 

29 G/YOUT_TV Green or Y Output to TV (SCART1 or external Cinch) 

30 VCCB2 Video Buffer 

31 R/PR/COUT_TV Red or Pr or Chroma Output to TV (SCART1 or external Cinch) 

32 VCCB3 Video Output Buffer Supply Pin 

33 Y/CVBSOUT_TV Y/CVBS Output to TV (SCART1 or external Cinch) (Unconnected) 

34 FBOUT_TV Fast Blanking Output to TV (SCART1) (Unconnected) 

35 FBIN_AUX Fast Blanking Input from Auxiliary (SCART2) 

36 VDD +5 V Digital Power Supply 

37 SCL IC BusClock 

38 SDA IC Bus Data 

39 GNDD Digital Ground Supply 

40 CIN_TV Chroma Input from TV (SCART1 or external Cinch) 

41 Y/CVBSIN_TV Y/CVBS Input from TV (SCART1 or external Cinch) 


43 CIN_TUN Chroma Input from Tuner 


DRX-2 

123 

DRX-2

DRX-2 

124 

DRX-2 

IC7411: NJM2285 

Digital Board Chrysalis 

IC7106: NCP303LSN29 

2 Input 

V ref 

R D 

3 Gnd 5 C D 

1 Reset Output

IC7501: NCP1570D 

V CC 

GND 

V FB 

COMP 

PACKAGE PIN # 

+ ñ 

ñ 

+ 

8.5 V/7.5 V 

+ ñ 

ñ 

+ 

0.525 V 

ñ 

+ 

UVLO COMP 

0.985 V 

+ ñ 

ñ 

+ 

0.25 V 

Error Amp 

ñ + OSC 

+ ñ 

0.89 V/0.69 V 

Art Ramp 

80%, 200 kHz 

S 

R 

ñ 

0.25 V 

Q 

+ 

PGDELAY Latch 

Set Dominant 

PWM COMP 

+ ñ 

Fault Latch 

S 

R 

Q 

Set Dominant 

PWM Latch 

R 

S 

Reset Dominant 

+ 

ñ 

Q 

+ ñ 

ñ 

+ 

3.3 V 

V CC 

Non 

Overlap 

12 A 

GATE(H) 

GATE(L) 

PGDELAY 

PWRGD 

SO–8 PIN SYMBOL FUNCTION 

1 V CC Power supply input. 

2 PWRGD Open collector output goes low when V FB is out of regulation. User must externally 

limit current into this pin to less than 20 mA. (Unconnected) 

3 PGDELAY External capacitor programs PWRGD low–to–high transition delay. 

4 COMP Error amp output. PWM comparator reference input. A capacitor to LGND provides 

error amp compensation and Soft Start. Pulling pin < 0.45 locks gate outputs to a zero 

percent duty cycle state. 

5 GATE(H) High–side switch FET driver pin. Capable of delivering peak currents of 1.5 A. 

6 GATE(L) Low–side synchronous FET driver pin. Capable of delivering peak currents of 1.5 A. 

7 V FB Error amplifier and PWM comparator input. 

8 GND Power supply return. 

DRX-2 

125 

DRX-2

DRX-2 

126 

DRX-2 

IC7703: ADV7196A 

Y0–Y9 

Cr0–Cr9 

Cb0–Cb9 

CLKIN 

HORIZONTAL 

SYNC 

VERTICAL 

SYNC 

BLANKING 

RESET 

Pin Mnemonic Input/Output Function 

1, 12 VDD P Digital Power Supply 

2–11 Y0–Y9 I 10-Bit Progressive Scan/HDTV Input Port for Y Data. Input for G data when RGB data is input. 

13, 52 GND G Digital Ground 

SHARPNESS 

FILTER CONTROL 

AND 

ADAPTIVE 

FILTER CONTROL 

TEST PATTERN 

GENERATOR 

AND 

DELAY 

AND 

GAMMA 

CORRECTION 

TIMING 

GENERATOR 

14–23 Cr0–Cr9 I 10-Bit Progressive Scan/HDTV Input Port for Color Data in 4:4:4 Input Mode. 

In 4:2:2 mode this input port is not used. Input port for R data when RGB data is input. 

24, 35 VAA P Analog Power Supply 

25 CLKIN I Pixel Clock Input. Requires a 27 MHz reference clock for standard operation in Progressive 

Scan Mode or a 74.25 MHz (74.1758 MHz) reference clock in HDTV mode. 

26, 33 AGND G Analog Ground 

27 DV I Video Blanking Control Signal Input 

28 VSYNC/ I VSYNC , Vertical Sync Control Signal Input or TSYNC Input Control Signal in TSYNC Async 

TSYNC Timing Mode 

29 HSYNC/ I HSYNC , Horizontal Sync Control Signal Input or SYNC Input Control Signal in SYNC Async 

SYNC Timing Mode 

30 SCL I MPU Port Serial Interface Clock Input 

31 SDA I/O MPU Port Serial Data Input/Output 

32 DAC C O Color Component Analog Output of Input Data on Cb/Cr9–0 Input Pins 

34 DAC A O Y Analog Output 

CHROMA 

4:2:2 

TO 

4:4:4 

(SSAF) 

CHROMA 

4:2:2 

TO 

4:4:4 

(SSAF) 

CGMS 

MACROVISION 

LUMA 

SSAF 

2x INTER- 

POLATION 

I 2 C MPU 

PORT 

SYNC 

GENERATOR 

11-BIT+ 

SYNC 

DAC 

DAC CONTROL 

BLOCK 

36 DAC B O Color Component Analog Output of Input Data on Cr9–Cr0 Input Pins 

37 COMP O Compensation Pin for DACs. Connect 0.1 F capacitor from COMP pin to VAA. 

DAC A (Y) 

38 RSET I A 2470 resistor (for input ranges 64–940 and 64–960; output standards EIA-770.1–EIA-770.3) 

must be connected from this pin to ground and is used to control the amplitudes of the 

DAC outputs. For input ranges 0–1023 (output standards RS-170, RS-343A) the RSET value 

must be 2820 . 

39 VREF I/O Optional External Voltage Reference Input for DACs or Voltage Reference Output (1.235 V) 

40 RESET I This input resets the on-chip timing generator and sets the ADV7196A into Default Register setting. 

Reset is an active low signal. 

41 ALSB I TTL Address Input. This signal sets up the LSB of the MPU address. When this pin is tied high, 

the I 2 C filter is activated which reduces noise on the I 2 C interface. 

When this pin is tied low, the input bandwidth on the I 2 C interface is increased. 

42–51 Cb/Cr9–0 I 10-Bit Progressive Scan/HDTV Input Port for Color Data. In 4:2:2 mode the multiplexed CrCb 

data must be input on these pins. Input port for B data when RGB is input. 

11-BIT 

DAC 

11-BIT 

DAC 

DAC B 

DAC C 

VREF RESET 

COMP

1 

2 

3 

4 

5 

6 

7 

A B C D E F G H I J 

■ BLOCK DIAGRAM 

FRONT 

Analog input 

DVDR MECHANISM 

DISC 

AUDIO L 

AUDIO R 

CVBS 

S-VIDEO 

LASER 

INFRA RED 

EYE 

Digital Video Input 

IEEE 1394 

TRAY CONTROL 

SERVO 

READ 

WRITE 

DISPLAY & CONTROL 

+3V3 

+5V 

GND 

+4V6E 

8 

6 

4 

2 

1 

AFCRI 

AFCLI 

CVBSFIN 

GND 

-5V 

GND 

+12V 

1 2 3 4 5 6 7 8 

CFIN 

YFIN 

PSU 

ANALOG 1933 

1922 

1402 

1000 

1 

2 

3 

4 

5 

7 

8 

9 

4 

DATA 

&CONTROL 

FRONT-END I2S 

7 

S2B UART 

5 

BE_DLOAD 

RESET_BEn 

BE_FAN 

9 

1203 

FRONT PROCESSOR 

PSU 

ANALOG 1932 

ANALOG AUDIO VIDEO 

DIGITAL P.C.B. CHRYSALIS 2.1 / CHRYSALIS F 

1100 

I2S 

S2B 

1105 

PHY LINK 

SDRAM 

+3V3 

+3V3 

+3V3 

+3V3 

GND 

+12V 

GND 

GND 

+5V 

8 

6 

4 

2 

1 

1 2 3 4 5 6 7 8 9 10 11 12 

CHRYSALIS PNX7100 

MPEG 2, AC3 CODEC 

1 

ION 

GND 

-5V 

I2C I2C 

BOOT 

EEPROM 

+12Vstby 

-Vgnstby 

5STBY 

PCI BUS 

USRDATA 

EEPROM 

INT 

POR_DC 

SDA 

SCL 

4 2 8 5 3 9 10 

1910 

POWER 

OPEN/CLOSE 

PLAY 

STOP 

RECORD 

LEFT/RIGHT 

TRACK 

CHANNEL 

TV GUIDE 

FLASH 

DIG.VIDEO 656 

ANALOG VIDEO 

1500 RS232 1103 

SERVICE 

UART3: GATEWAY 

IRESET_DIG 

1104 

VIDEO INPUT 

PROCESSING 

SDRAM 

FAROUDJA 

Video 

Deinterlacer 

Line Doubler 

FLI2301 

DIGITAL AUDIO 

DIGITAL AUDIO 

1900 

A_WCLK A_xCLK 

20 

21 

A_BCLK 

18 

A_DAT 

A_YCVBS F4709 D_CVBS F4712 D_Y F4714 D_C F4716 

D_VR F4718 D_YG F4720 D_UB F4722 

A: DC, 500 mV / Div A: DC, 200 mV / Div 

10 us / Div 

A: DC, 200 mV / Div 

10 us / Div 


10 us / Div 


10 us / Div 

VIDEO 

ENC 

CHRY. 

PROG. 

CHRY. F 


10 us / Div 

Y 

Cr 

Cb 

1704 

22 

20 

18 

16 

14 

3 

4 

2 

7 

9 

1904 

SPDIF 

1 

2 

3 

4 

5 

6 

7 

8 

9 

MUTEN 

AD_ACLK 

11 D_DATAO 

12 D_WCLK 

14 D_BCLK 

2 

F4709 

DAOUT 

1901 

1942 

D_xCLK 

ANALOG P.C.B. 

AFCRI 

AFCLI 

CVBSFIN 

8SW 

CFIN 

YFIN 

6 


10 us / Div 

1 

AUDIO ENCODER I2S 

AUDIO PCM I2S 

ENGINE 1100 

1 

2 

3 

4 

5 

6 

7 

8 

1933 

+3V3 

+5V 

GND 

+4V6E 

GND 

-5V 

GND 

+12V 

UP SUB P.C.B. 

10 

1986 

+3V3 

+3V3 

+3V3 

+3V3 

GND 

+12V 

P50 

CLOCK & 

BACKUP 

CONTROL 

uP 

1987 

1947 

CVBS_OUT_B F4712 

12 

Y_OUT_B F4714 

14 

C_OUT_B F4716 

16 

V_OUT_B F4718 

18 

Y1_OUT_B F4720 

20 

U_OUT_B F4722 

22 

1900 

1946 

1943 

GND 

GND 

+5V 

DIGITAL PCB 

1500 

2 2 

ION STBY 

ADC 

DAC 

GND 

-5V 

1 2 3 4 5 6 7 8 9 10 11 12 

Y 

Cr 

1984 

Cb 

ION STBY 

MULTI-MODE SOPS 

1932 

2 

1920 

DAOUT 

INPUT/OUTPUT 

PROCESSING & 

SOURCE 

SELECTION 

TUNER 

IOE P.C.B. 

AD_WCLK; AE_WCLK AD_BCLK; AE_BCLK AD_ACLK 

Y 

Cb 

Cr 

Y 

Cb 

Cr 

S-VIDEO 

S-VIDEO 

CVBS 

CVBS 

MAINS 

AC 

2 V / div AC 10 us / div 

2 V / div AC 200 ns / div 

2 V / div AC 50 ns / div 

AUDIO L/R 

AUDIO L/R 

COMP. VIDEO / 

PROG. SCAN 

OUT 

COMP. 

VIDEO 

AUDIO DIGITAL 

Only for DVDR75 

ANTENNA INPUT 

TV OUT 

AUDIO DIGITAL 

AUDIO OPTICAL 

G model 

AUDIO DIGITAL 

FOR DVDR70/75 

AUDIO L/R 

S-VIDEO 

CVBS 

SCART II 

AUX- 

I/O 

SCARTI 

TO TV 

- I/O 

DRX-2 

127

1 

2 

3 

4 

5 

6 

7 

128 

A B C D E F G H I J 

DRX-2 

■ WIRING DIAGRAM 

A 

1402 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

1mm 

GND 

GND 

N.C. 

GND 

IISDATA1 

GND 

SYNC 

GND 

FLAG 

GND 

BCLK 

GND 

IISDATA0 

GND 

WCLK 

GND 

RXD 

GND 

TXD 

CPR 

AIRQ 

SUR 

V4 

GND 

DLOAD 

GND 

N.C. 

ARESETN 

GND 

GND 

IOE P.C.B. 

(1005) 

DVDR MECHANISM 

(1007) 

1930 

1 

N.C. 6 

5V 

DAINOPT 

DAINCOAX 

DAOUT 

GNDD 

5 

4 

3 

2 

1 

2 

3 

4 

TRAY_LED 

+12VSTBY 

K1 

GND 

JST DA 

2mm 

12V 

GND 

-5V 

GND 

4V6 

GND 

5V 

3V3 

STANDBY 

P.C.B. 

1920 

2mm 

8 

7 

6 

5 

4 

3 

2 

1 

1901 

8012 .... 3103 601 0040. 

8022 .... 3103 601 0016. 

1911 

8020 .... 3103 601 0037. 

1 

2 

3 

4 

TRAY_LED 

+12VSTBY 

K1 

8026 .... 3103 601 0043. 

GND 

JST DA 

2mm 

8010 .... 3103 601 0028. 

6 

5 

4 

3 

2 

1 

1203 

8019 .... 3103 601 0036. 

1943 

22 

21 

20 

19 

18 

17 

16 

15 

14 

13 

12 

11 

10 

9 

8 

7 

6 

5 

4 

3 

2 

1 

DISPLAY P.C.B. 

(1004) 

1 

1mm 

1mm 

GND 

DAOUT 

N.C. 

N.C. 

N.C. 

N.C. 

D_IKILL 

GND 

D_PCMCLK 

GND 

D_DATA0 

D_WCLK 

GND 

D_BCLK 

GND 

A_PCMCLK 

GND 

A_DAT 

GND 

A_WCLK 

A_BCLK 

GND 

1mm 

1mm 

10 

9 

8 

7 

6 

5 

4 

3 

2 

1 

TEMP_SENSE 

VGNSTBY 

POR_DC 

12VSTBY 

INT 

GND 

GND 

5VSTBY 

SDA 

SCL 

1 GNDD 

2 

3 

4 

5 

FBIN 

BE_FAN 

WE 

N.C. 

6 D_RDY 

7 A_RDY 

8 D_DATA 

9 A_DATA 

10 IRESET_DIG 

1986 

22 

21 

20 

19 

18 

17 

16 

15 

14 

13 

12 

11 

10 

9 

8 

7 

6 

5 

4 

3 

2 

1 

GNDD 

AE_BCLK 

AE_WCLK 

GNDD 

AE_DATA1 

GNDD 

AE_ACLK 

GNDD 

AD_BCLK 

GNDD 

AD_WCLK 

AD_DATA0 

GNDD 

AD_ACLK 

GNDD 

MUTEN 

** +3V3 

** +5V 

N.C. 

N.C. 

AD_SPDIF33 

GNDD 

1901 

1mm 

6 

5 

4 

3 

2 

1 

N.C. 

5V 

DAINOPT 

DAINCOAX 

DAOUT 

GNDD 

1900 

1900 

1104 

1922 

1 AFCRI_FC 

2 GND_FC 

3 AFCLI_FC 

4 CVBSFIN_FC 

5 GND_FC 

6 8SW_FC 

7 CFIN_FC 

8 GND_FC 

9 YFIN_FC 

8004....3103601 0022. 

1910 

FRONT PANEL UNIT 

UP SUB 

P.C.B. 

1mm 

10 

9 

8 

7 

6 

5 

4 

3 

2 

1 

IRESET_DIG 

VSM_UART1_RX 

VSM_UART1_TX 

VSM_UART1_CTSn 

VSM_UART1_RTSn 

ION 

ANA_WE 

BE_FAN 

VIP_FB 

GNDD 

DIGITAL P.C.B. 

(1002) 

8009 .... 3103 601 0027. 

1mm 

10 

9 

8 

7 

6 

5 

4 

3 

2 

1 

SCL 

SDA 

5VSTBY 

GND 

GND 

INT 

12VSTBY 

POR_DC 

VGNSTBY 

TEMP_SENSE 

2mm 

JST-KR 

1946 

GND 7 

Y 6 

GND 5 

U 4 

GND 3 

V 2 

GND 1 

1704 

U, A models only 

1mm 

18 

1mm 

1933 

7 

6 

5 

4 

3 

2 

1 

1 

2 

3 

4 

5 

6 

7 

8 

GNDD 

DAC-B 

GNDD 

DAC-C 

GNDD 

DAC-A/Y 

GNDD 

3V3 

5V 

GND 

4V6 

GND 

5N 

GND 

10 

1mm 

8002 .... 3103 601 0020. 

12V 

U, A models only 

JST-KR 

2mm 

22 

21 

20 

19 

18 

17 

16 

15 

14 

13 

12 

11 

10 

9 

8 

7 

6 

5 

4 

3 

2 

1 

V_IN 

GNDD 

U_IN 

GNDD 

Y_IN 

GNDD 

C_IN 

GNDD 

CVBS_Y_IN 

GNDD 

GNDD 

CVBS_OUT_B 

GNDD 

Y_OUT_B 

GNDD 

C_OUT_B 

130 

GNDD 

R_OUT_B 

GNDD 

G_OUT_B 

GNDD 

B_OUT_B 

+5V 7 

6 

5 

4 

3 

2 

1 

CTS1P 

GNDD 

RTS1P 

RX1P 

BCLK_CTL_SERVICE 

TX1P 

1100 

GND 

RXD 

GND 

TXD 

CPR 

AIRQ 

SUR 

GND 

DLOAD 

GND 

N.C. 

ARESETN 

GND 

GND 

V4 

DV IN 

1101 

8005 .... 3103 601 0023. 

1904 

SERVICE 

1103 

-5V 12 

GNDD 11 

ION 10 

+5V 9 

GNDD 8 

GNDD 7 

N.C. 6 

GNDD 5 

+3V3 4 

+3V3 3 

+3V3 2 

+3V3 1 

GND 

GND 

N.C. 

GND 

IISDATA1 

GND 

SYNC 

GND 

FLAG 

GND 

BCLK 

GND 

IISDATA0 

15 

14 

13 

12 

11 

10 

9 

8 

7 

6 

5 

4 

3 

2 

1 

1mm 

GND 

WCLK 

D_B 

GND 

D_G 

GND 

D_R 

GND 

D_C 

GND 

D_Y 

GND 

D_CVBS 

GND 

GND 

A_YCVBS 

GND 

A_C 

GND 

A_G 

GND 

A_B 

GND 

A_R 

1500 

2mm JST-KR 

JST-KR 

2mm 

15 

14 

13 

12 

11 

10 

9 

8 

7 

6 

5 

4 

3 

2 

1 

1105 

1mm 

22 

21 

20 

19 

18 

17 

16 

15 

14 

13 

12 

11 

10 

9 

8 

7 

6 

5 

4 

3 

2 

1 

F4722 

1mm 

F4720 

8008 .... 3103 601 0006. 

A 

A 

F4718 

F4716 

F4714 

IEEE1394 Chrysalis 

(8019) 

F4712 

1942 

F4709 

1 

2 

3 

4 

5 

6 

7 

8 

9 

AINFR 

GND 

AINFL 

CVBSFIN 

GND 

N.C. 

CFINI 

GND 

YFIN 

1947 

JST-KR 

2mm 

8013 .... 3103 601 0031. 

TUNER 

SPLITTER 

1932 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

3V3 

3V3 

3V3 

3V3 

GND 

12V 

GND 

GND 

5V 

ION 

GND 

5N 


10 us / Div 


10 us / Div 


10 us / Div 


10 us / Div 

FFC-Cable 

Cable Tree assy 

ANALOG P.C.B. 

(1001) 

A_YCVBS F4709 D_CVBS F4712 

D_Y F4714 

JST-KR 

2mm 


10 us / Div 

D_VR F4718 


10 us / Div 

D_YG F4720 D_UB F4722 

D_UB F4722 


10 us / Div

■ WAVEFORMS 

7106 / 7108 - Emitter 

A: DC, 2 V / Div, 10 us / Div 

VGate I324 (No disc loaded) (110V) VSource I325 (Standby) (110V) 

VSource I325 (No disc loaded) (110V) 

A: DC, 2 V / Div, 2 us / Div A: DC, 50 V / Div, 5 us / Div A: DC, 50 mV / Div, 2 us / Div 

VOut I462 

A: DC, 500 mV / Div, 10 us / Div A: DC, 500 mV / Div, 10 us / Div A: DC, 200 mV / Div, 10 us / Div 


I014 / I032 ARDAC / ALDAC F010 / F011 

A: DC, 500 mV / Div, 100 us / Div A: DC, 200 mV / Div, 100 us / Div 

DISPLAY P.C.B. ANALOG P.C.B. 

IC7103 - 19 


IC7103 - 8 

A: DC, 1 V / Div, 100 ns / Div 

VDrain F327 (Standby) (110V) VDrain F327 (No disc loaded) (110V) 


VID_OUT I701 AMCO I705 

A: DC, 500 mV / Div, 10 us / Div 



A: DC, 200 mV / Div, 100 us / Div A: DC, 1 V / Div, 100 us / Div A: DC, 1 V / Div, 100 us / Div 

VGate I324 (Standby) (110V) 

A: DC, 50 V / Div, 2 us / Div A: DC, 1 V / Div, 5 us / Div 

UOut I463 


A_YCVBS F4709 D_CVBS F4712 D_Y F4714 D_C F4716 D_VR F4718 

D_YG F4720 D_UB F4722 Y I419 

I517 / I529 


U I405 V I402 I502 / I504 

I623 


I618 / I619 

DRX-2 

129

130 

DRX-2 

■ WAVEFORMS 

Y 1704-2 PB 1704-4 PR 1704-6 


A_YCVBS 1904-14 D_YCVBS 1904-11 D_Y 1904-9 


D_C 1904-7 


D_UB 1904-1 


UP SUB P.C.B. DIGITAL P.C.B. 

SYNC F843 A_CVBS F8008 I818 

A: DC, 500 mV / Div, 10 us / Div A: DC, 500 mV / Div, 10 us / Div A: DC, 1 V / Div, 20 us / Div 

D_VR 1904-5 


D_YG 1904-3 


IC7703 pin 34 

VS_IN 

A: DC, 1 V / Div, 5 ms / Div 

0V 

IC7703 pin 36 

HS_IN 

A: DC, 200 mV / Di, 5 us / Div A: DC, 200 mV / Div, 5 us / Div A: DC, 2 V / Div, 10 us / Div 

IC7402 pin 3, F405 

A: DC, 1 V / Div, 50 ns / Div A: DC, 1 V / Div, 20 ns / Div A: DC, 500 mV / Div, 2 us / Div 

IC7501 pin 5 


IC7200 pin 60, F203 

IC7501 pin 6 


1704-2, F1702 


X1001 

IC7703 pin 25 

A: DC, 2 V / Div, 10 ns / Div 

IC7703 pin 32 

A: DC, 200 mV / Div, 5 us / Div

■ PRINTED CIRCUIT BOARD 

OPEN / 

CLOSE 

Page 143 

FRONT STANDBY 1930 

FRONT DISPLAY P. C. B. (Bottom View) 

Part 1 Part 2 

FRONT DISPLAY P. C. B. (Top View) 

S VIDEO 

Page 134 (U, A models), 138 (G model) 

ANALOG 1942 

Page 134 (U, A models), 138 (G model) 

ANALOG 1943 

6 

C 

1 

A 

REC 

VIDEO L AUDIO R 

PREV 

PLAY / PAUSE 

STOP 

NEXT 

DRX-2 

131

132 

DRX-2 


FRONT DISPLAY P. C. B. (Part 1 Bottom View)


FRONT DISPLAY P. C. B. (Part 2 Bottom View) 

DRX-2 

133

134 

DRX-2 


Page 131 

FRONT DISPLAY 4 

1910 A 

Page 144 

DIGITAL 

1900 

1 

A 

DVDR 

MECHANISM 

U, A models 

Page 144 

DIGITAL 

1704 

2 

A 

ANALOG P. C. B. (Top View) 

Page 144 

DIGITAL 

1904 

3 

A 

Page 131 


1922 A 

Page 144 3 

DIGITAL 1500 B

■ PRINTED CIRCUIT BOARD U, A models 

ANALOG P. C. B. (Bottom View) 

Part 1 Part 2 

DRX-2 

135

136 

DRX-2 


ANALOG P. C. B. (Part 1 Bottom View)


U, A models 

ANALOG P. C. B. (Part 2 Bottom View) 

DRX-2 

137

138 

DRX-2 


Page 131 


1910 A 

Page 146 

DIGITAL 

1900 

1 

A 

G model 

DVDR 

MECHANISM 

ANALOG P. C. B. (Top View) 

Page 146 

DIGITAL 

1904 

Page 131 4 

FRONT DISPLAY A 

1922 

3 

A 

Page 146 

DIGITAL 

1500 

3 

B

■ PRINTED CIRCUIT BOARD G model 

ANALOG P. C. B. (Bottom View) 

Part 1 Part 2 

DRX-2 

139

140 

DRX-2 


ANALOG P. C. B. (Part 1 Bottom View)


G model 

ANALOG P. C. B. (Part 2 Bottom View) 

DRX-2 

141

142 

DRX-2 


2 

A 

Page 144 (U, A models), 

146 (G model) 

DIGITAL 1104 

UP SUB P. C. B. (Top View)


1301 A1 

2801 C2 

2802 C2 

2803 B3 

2806 A3 

2808 A1 

2809 B2 

2810 C3 

2811 C3 

2812 A2 

2813 C2 

2814 B2 

2822 A1 

2823 C1 

2824 C1 

2825 B1 

2827 C1 

2831 A3 

2911 A1 

3807 A1 

3809 A2 

3810 A2 

3813 A2 

3814 A2 

3815 A2 

3818 A2 

3820 A2 

3821 A2 

UP SUB P. C. B. (Bottom View) 

3822 A2 

3823 A2 

3826 C2 

3827 A3 

3829 C2 

3833 A2 

3836 A3 

3845 A3 

3846 C2 

3847 C3 

3848 C3 

3850 C2 

3851 C2 

3854 A3 

3856 C1 

3862 A1 

3863 A1 

3864 A1 

3865 A1 

3866 A1 

3867 A1 

3868 B1 

3869 C1 

3870 B1 

3871 B1 

3872 B1 

3873 B1 

3885 C1 

3886 C1 

3888 C1 

3913 A1 

3917 B1 

3918 B1 

3920 B1 

3923 A1 

3925 B1 

3926 A1 

3928 B1 

4901 A2 

4902 B1 

5801 A1 

5803 A2 

6801 A1 

6902 A2 

7801 B3 

7803 B2 

7807 A2 

7816 A1 

7817 C1 

7818 B1 

7905 A1 

7906 B1 

7907 A1 

FRONT STANDBY P. C. B. 

(Top View) 

STANDBY 

/ON 

Page 131 


1911 

A 

FRONT STANDBY P. C. B. 

(Bottom View) 

DRX-2 

143

144 

DRX-2 


DV IN 

Page 134 

ANALOG 1 

1900 C 

Page 148 1 

IOE 1920 A 

Page 142 

UP SUB 

1986 

1 

C 

DIGITAL P. C. B. (Top View) 

Page 134 

ANALOG 4 

1946 A 

Page 134 

ANALOG 5 

1947 B 

8 

C 

Page 134 

ANALOG 

1932 

DVDR 

MECHANISM 

DVDR 

MECHANISM 

0605 D1 

0609 D3 

1001 A3 

1100 C3 

1103 A3 

1104 A2 

1105 C3 

1203 A1 

1500 B3 

1505 B3 

1704 A2 

1900 A1 

1901 A2 

1904 A3 

2014 B3 

2015 A3 

2026 A3 

2033 B3 

2035 A3 

2037 A3 

2044 B3 

2046 A1 

2049 B3 

2050 B3 

2054 A3 

2056 A3 

2058 A3 

2059 A3 

2060 B3 

2064 A3 

2065 A3 

2071 A3 

2100 D3 

2102 C3 

2104 C3 

2105 C3 

2106 C3 

2107 C3 

2109 C3 

2110 C3 

2111 C3 

2116 D3 

2200 A1 

2201 A1 

2204 A1 

2205 A1 

2212 B1 

2235 A1 

2236 A1 

2238 B1 

2308 B1 

2310 B1 

2311 C1 

2400 D2 

2401 D2 

2402 C2 

2403 D2 

2408 D1 

2433 C1 

2435 C2 

2525 B3 

2526 B3 

2700 B3 

2703 A2 

2704 B2 

2705 B2 

2706 A2 

2707 A3 

2711 A2 

2717 A2 

2722 A2 

2723 A2 

2724 A2 

2725 A2 

2728 A2 

2729 A2 

2832 D2 

2833 D2 

2900 A3 

2901 A3 

2903 A3 

2904 A3 

2905 A3 

2906 A3 

2907 A3 

2908 A3 

2909 A3 

2910 A2 

2912 A3 

2914 A3 

2915 A3 

2918 A2 

2919 A1 

2920 A2 

2922 A2 

2924 A3 

2926 A3 

2927 A3 

2930 A1 

2931 D3 

2933 A3 

2935 A3 

2936 A3 

2938 D3 

2939 A3 

2940 A3 

3005 B3 

3008 B3 

3010 B3 

3013 A3 

3015 B3 

3016 B3 

3017 B3 

3018 B2 

3019 B3 

3023 A3 

3026 A3 

3085 C1 

3086 C1 

3087 A1 

3088 C1 

3094 C3 

3104 D3 

3113 D2 

3131 C3 

3136 C3 

3139 C3 

3140 C3 

3141 C3 

3152 C3 

3157 C3 

3204 B1 

3206 A1 

3208 B1 

3209 A1 

3210 B1 

3211 B1 

3212 A1 

3213 A1 

3214 B1 

3215 B1 

3216 A1 

3217 B1 

3218 B1 

3220 B1 

3221 B1 

3223 A1 

3225 B1 

3228 B1 

3229 B1 

3230 A1 

3231 B1 

3232 A1 

3233 A1 

3234 A1 

3235 B1 

3236 B1 

3237 B2 

3238 B1 

3239 B2 

3240 A1 

3241 B2 

3242 B1 

3243 B2 

3244 B2 

3245 B1 

3246 B2 

3247 B2 

3248 A1 

3249 B2 

3251 B2 

3252 B2 

3254 B2 

3255 B2 

3256 B2 

3257 B1 

3258 B2 

3259 B2 

3260 A2 

3261 A1 

3270 A2 

3271 A2 

3272 A2 

3273 A2 

3276 A2 

3278 A2 

3284 A1 

3294 A2 

3295 A2 

3296 A2 

3297 A2 

3298 A2 

3299 B2 

3307 B1 

3311 B1 

3316 B2 

3317 B2 

3318 B2 

3319 B2 

3402 D2 

3403 C2 

3404 C2 

3405 D2 

3406 D2 

3407 C2 

3408 C2 

3410 C2 

3411 C2 

3413 C2 

3416 C2 

3417 C2 

3419 C2 

3420 C2 

3421 C2 

3423 C2 

3424 C1 

3425 C1 

3426 C1 

3427 C1 

3428 C1 

3429 C1 

3430 C1 

3431 C1 

3432 C1 

3436 C1 

3437 C1 

3438 C1 

3439 C1 

3440 C1 

3442 D2 

3443 D1 

3444 D1 

3445 D1 

3446 D1 

3447 D2 

3448 D2 

3449 D2 

3450 D2 

3451 D2 

3452 D1 

3453 D2 

3454 D2 

3455 D2 

3456 D2 

3457 D2 

3458 D2 

3459 D2 

3460 D2 

3461 D2 

3462 D2 

3463 D2 

3464 D2 

3465 D2 

3466 D2 

3467 D2 

3468 D2 

3469 D2 

3470 D2 

3471 D2 

3472 D2 

3473 D2 

3474 D1 

3475 D1 

3476 D1 

3477 D1 

3478 D1 

3479 D1 

3480 D1 

3481 D1 

3482 D1 

3483 D1 

3484 D1 

3485 D1 

3486 D1 

3487 D2 

3488 D2 

3489 D2 

3490 D2 

3491 D2 

3492 D2 

3493 D1 

3494 D2 

3495 D2 

3496 D2 

3497 C1 

3498 C1 

3499 C1 

3702 B2 

3715 A2 

3719 A2 

3727 A3 

3805 C2 

3806 D2 

3807 D2 

3820 B1 

3821 B1 

3822 B1 

3823 B1 

3824 B2 

3825 B2 

3826 B2 

3827 B2 

3832 C2 

3836 C2 

3840 C1 

3850 C1 

3854 A3 

3855 D2 

3902 A3 

3905 A3 

3906 A3 

3907 A3 

3908 A3 

3909 A1 

3910 A1 

3911 A3 

3912 A3 

3913 A1 

3914 A1 

3916 A1 

3917 A2 

3918 A3 

3919 A3 

3922 A2 

3924 A3 

3926 A3 

3929 A2 

3930 A3 

3931 A3 

3934 A3 

3936 A3 

3938 A3 

3941 A3 

3942 A3 

3943 A3 

3944 A3 

3945 A3 

3946 A3 

3947 A3 

3950 A3 

3951 A3 

3952 A3 

3953 A3 

3954 A3 

4001 B3 

4002 B3 

4005 B3 

4119 C1 

4123 D2 

4201 B1 

4202 A1 

4205 A1 

4304 C1 

4307 C1 

4308 B1 

4309 B1 

4311 B1 

4312 B1 

4313 B1 

4315 B1 

4316 C1 

4702 A3 

4703 A3 

4728 A2 

4729 A2 

4730 A2 

4905 A3 

4907 A3 

4908 A2 

4909 A2 

5005 B3 

5008 B3 

5009 B3 

5200 A1 

5202 A1 

5203 A1 

5204 B1 

5302 B1 

5400 D2 

5404 C1 

5700 B2 

5710 A3 

5802 D1 

5804 D2 

5808 D2 

5809 D2 

5902 A3 

5903 A3 

5904 A2 

5905 A1 

5906 A1 

5908 A3 

5909 A1 

5910 A3 

5912 A3 

5914 A2 

5915 A2 

7001 B3 

7004 B3 

7200 A1 

7201 A2 

7300 B1 

7303 C1 

7400 C2 

7402 C1 

7703 A2 

7809 C3 

7810 D3 

7900 A1 

7901 A2 

7903 A2 

7904 A3 

7907 A3 

7908 A3 

7911 A3


DIGITAL P. C. B. (Bottom View) 

1201 A3 

1506 C1 

1507 C1 

2016 A1 

2017 A1 

2018 A1 

2019 B1 

2020 B1 

2021 B1 

2022 A1 

2027 B1 

2028 B1 

2029 B1 

2030 B1 

2031 B1 

2032 B1 

2036 A1 

2038 B1 

2039 B1 

2040 B1 

2041 B1 

2042 B1 

2043 B1 

2048 A1 

2052 B1 

2053 B1 

2061 A1 

2063 A1 

2066 B1 

2067 B1 

2101 B2 

2103 B3 

2108 D1 

2112 A1 

2113 B2 

2119 B1 

2120 B1 

2125 B3 

2202 A3 

2203 B3 

2206 A3 

2207 A3 

2209 A3 

2210 A3 

2214 A3 

2215 A3 

2217 A3 

2218 A2 

2219 A3 

2220 A2 

2221 B3 

2222 B2 

2223 A2 

2224 A2 

2225 B2 

2226 B2 

2227 B3 

2228 B2 

2229 A3 

2230 A2 

2231 A3 

2232 A2 

2233 A2 

2234 A3 

2237 A3 

2404 C3 

2405 C3 

2406 C2 

2407 C2 

2409 C2 

2410 C2 

2411 C2 

2412 C2 

2413 C2 

2414 C3 

2415 C3 

2416 C2 

2417 C2 

2418 C3 

2419 C3 

2420 C2 

2421 C2 

2422 C3 

2423 C2 

2424 C3 

2425 C3 

2426 C3 

2427 C2 

2428 C2 

2429 C3 

2432 B2 

2512 C1 

2514 C1 

2515 D1 

2516 C1 

2518 D1 

2519 B1 

2521 B1 

2524 B1 

2527 D1 

2701 A2 

2708 A2 

2709 A2 

2710 A1 

2712 A2 

2714 A2 

2715 A2 

2716 A2 

2719 A2 

2720 A2 

2721 A2 

2726 A1 

2727 A1 

2806 D2 

2807 D2 

2808 D2 

2809 D3 

2810 D2 

2811 D3 

2812 D2 

2814 D3 

2820 D2 

2821 D2 

2822 D2 

2823 D2 

2824 D2 

2825 D2 

2826 D2 

2829 D2 

2830 D2 

2834 D1 

2902 A1 

2911 B1 

2913 A1 

2916 A1 

2917 A1 

2921 A3 

2923 A2 

2928 A1 

2929 A1 

2934 A1 

2937 A1 

2941 A2 

2942 A2 

3000 A1 

3003 B1 

3004 A1 

3006 B1 

3009 A1 

3011 B1 

3012 B1 

3021 A2 

3024 A1 

3025 A1 

3082 B1 

3090 B3 

3092 B1 

3093 B1 

3095 B3 

3096 C3 

3098 B1 

3102 D1 

3105 C1 

3107 C1 

3109 D1 

3111 C1 

3114 B2 

3115 C1 

3117 B2 

3119 C1 

3121 A2 

3123 A2 

3125 A2 

3127 A2 

3129 A3 

3132 C3 

3137 A2 

3142 C3 

3144 A2 

3162 B3 

3173 B3 

3184 B3 

3185 A1 

3186 B1 

3187 B3 

3189 B1 

3191 B1 

3192 B1 

3195 B1 

3197 B1 

3199 B1 

3200 A2 

3202 A2 

3203 B3 

3205 A3 

3207 A3 

3219 B3 

3222 B3 

3224 C2 

3226 C2 

3227 C2 

3250 B2 

3253 A3 

3262 B2 

3263 B2 

3264 B2 

3265 B2 

3266 B2 

3267 B2 

3268 B2 

3269 B2 

3274 A2 

3277 A2 

3279 A2 

3280 A3 

3281 A3 

3282 A3 

3285 A3 

3286 B2 

3287 B2 

3288 B3 

3289 B3 

3290 B2 

3291 B2 

3292 B3 

3293 B3 

3315 A2 

3320 A2 

3400 D2 

3401 D2 

3409 C2 

3412 C2 

3414 C2 

3415 C2 

3418 C2 

3422 C2 

3433 C2 

3434 C2 

3435 C3 

3503 C1 

3504 D1 

3700 A2 

3701 A2 

3703 A1 

3704 A1 

3705 A1 

3706 A1 

3707 A1 

3708 A2 

3709 A2 

3710 A2 

3711 A2 

3712 A2 

3713 A2 

3714 A2 

3716 A2 

3717 A2 

3718 A2 

3720 A2 

3721 A2 

3722 A2 

3723 A2 

3724 A2 

3725 A2 

3726 A2 

3809 D1 

3810 D1 

3811 D1 

3812 D1 

3813 D1 

3814 D1 

3815 D1 

3817 C1 

3819 C2 

3837 B2 

3838 B2 

3839 B2 

3841 D2 

3842 D2 

3843 D2 

3844 D2 

3845 D2 

3846 D2 

3847 D2 

3848 C2 

3849 C1 

3851 C3 

3852 C3 

3901 A1 

3903 A2 

3904 A2 

3915 A2 

3920 A1 

3921 A1 

3923 A2 

3925 A2 

3927 A1 

3932 A1 

3933 A1 

3935 A1 

3937 A1 

3939 A1 

3940 A2 

3948 A1 

3949 A1 

3955 A2 

3956 A2 

4003 B1 

4004 B1 

4111 B1 

4113 B2 

4115 B3 

4117 B2 

4121 B2 

4203 A2 

4204 A2 

4401 C3 

4402 C3 

4815 D3 

4816 D2 

4822 C1 

4900 A2 

4901 A2 

4902 A2 

4903 A1 

4906 A1 

4910 A2 

4911 A3 

5001 A1 

5010 A1 

5100 B3 

5103 B1 

5104 B1 

5401 C3 

5402 D3 

5403 B2 

5405 C3 

5406 C2 

5501 C1 

5502 C1 

5503 C1 

5701 A2 

5702 A2 

5703 A2 

5704 A2 

5705 A2 

5706 A2 

5707 A2 

5708 A2 

5709 A2 

5711 A2 

5712 A1 

5803 D1 

5901 A2 

5907 A1 

5911 A1 

5913 A1 

5916 A3 

6000 A1 

6100 B2 

6101 B2 

7002 A1 

7003 A1 

7100 A2 

7101 A2 

7103 D1 

7104 B3 

7106 B2 

7107 B3 

7108 A2 

7111 B1 

7401 B2 

7500 C1 

7501 C1 

7701 A1 

7702 A2 

7801 C1 

7804 D3 

7807 C1 

7808 D2 

7812 D3 

7813 D2 

7902 A2 

7905 A2 

7906 A1 

7910 A1 

7912 A1 

DRX-2 

145

146 

DRX-2 


DV IN 

Page 138 

ANALOG 1 

1900 C 

Page 149 1 

IOE 1920 A 

DIGITAL P. C. B. (Top View) 

Page 142 

UP SUB 

1986 

1 

C 

Page 138 

ANALOG 5 

1947 B 

8 

C 

Page 138 

ANALOG 

1932 

DVDR 

MECHANISM 

DVDR 

MECHANISM 

0605 D1 

0609 D3 

1001 A3 

1100 C3 

1103 A3 

1104 A2 

1105 C3 

1203 A1 

1500 B3 

1505 B3 

1704 A2 

1900 A1 

1901 A2 

1904 A3 

2014 B3 

2015 A3 

2026 A3 

2033 B3 

2035 A3 

2037 A3 

2044 B3 

2046 A1 

2049 B3 

2050 B3 

2054 A3 

2056 A3 

2058 A3 

2059 A3 

2060 B3 

2064 A3 

2065 A3 

2071 A3 

2100 D3 

2102 C3 

2104 C3 

2105 C3 

2106 C3 

2107 C3 

2109 C3 

2110 C3 

2111 C3 

2116 D3 

2200 A1 

2201 A1 

2204 A1 

2205 A1 

2212 B1 

2235 A1 

2236 A1 

2238 B1 

2308 B1 

2310 B1 

2311 C1 

2400 D2 

2401 D2 

2402 C2 

2403 D2 

2408 D1 

2433 C1 

2435 C2 

2525 B3 

2526 B3 

2700 B3 

2703 A2 

2704 B2 

2705 B2 

2706 A2 

2707 A3 

2711 A2 

2717 A2 

2722 A2 

2723 A2 

2724 A2 

2725 A2 

2728 A2 

2729 A2 

2832 D2 

2833 D2 

2900 A3 

2901 A3 

2903 A3 

2904 A3 

2905 A3 

2906 A3 

2907 A3 

2908 A3 

2909 A3 

2910 A2 

2912 A3 

2914 A3 

2915 A3 

2918 A2 

2919 A1 

2920 A2 

2922 A2 

2924 A3 

2926 A3 

2927 A3 

2930 A1 

2931 D3 

2933 A3 

2935 A3 

2936 A3 

2938 D3 

2939 A3 

2940 A3 

3005 B3 

3008 B3 

3010 B3 

3013 A3 

3015 B3 

3016 B3 

3017 B3 

3018 B2 

3019 B3 

3023 A3 

3026 A3 

3085 C1 

3086 C1 

3087 A1 

3088 C1 

3094 C3 

3104 D3 

3113 D2 

3131 C3 

3136 C3 

3139 C3 

3140 C3 

3141 C3 

3152 C3 

3157 C3 

3204 B1 

3206 A1 

3208 B1 

3209 A1 

3210 B1 

3211 B1 

3212 A1 

3213 A1 

3214 B1 

3215 B1 

3216 A1 

3217 B1 

3218 B1 

3220 B1 

3221 B1 

3223 A1 

3225 B1 

3228 B1 

3229 B1 

3230 A1 

3231 B1 

3232 A1 

3233 A1 

3234 A1 

3235 B1 

3236 B1 

3237 B2 

3238 B1 

3239 B2 

3240 A1 

3241 B2 

3242 B1 

3243 B2 

3244 B2 

3245 B1 

3246 B2 

3247 B2 

3248 A1 

3249 B2 

3251 B2 

3252 B2 

3254 B2 

3255 B2 

3256 B2 

3257 B1 

3258 B2 

3259 B2 

3260 A2 

3261 A1 

3270 A2 

3271 A2 

3272 A2 

3273 A2 

3276 A2 

3278 A2 

3284 A1 

3294 A2 

3295 A2 

3296 A2 

3297 A2 

3298 A2 

3299 B2 

3307 B1 

3311 B1 

3316 B2 

3317 B2 

3318 B2 

3319 B2 

3402 D2 

3403 C2 

3404 C2 

3405 D2 

3406 D2 

3407 C2 

3408 C2 

3410 C2 

3411 C2 

3413 C2 

3416 C2 

3417 C2 

3419 C2 

3420 C2 

3421 C2 

3423 C2 

3424 C1 

3425 C1 

3426 C1 

3427 C1 

3428 C1 

3429 C1 

3430 C1 

3431 C1 

3432 C1 

3436 C1 

3437 C1 

3438 C1 

3439 C1 

3440 C1 

3442 D2 

3443 D1 

3444 D1 

3445 D1 

3446 D1 

3447 D2 

3448 D2 

3449 D2 

3450 D2 

3451 D2 

3452 D1 

3453 D2 

3454 D2 

3455 D2 

3456 D2 

3457 D2 

3458 D2 

3459 D2 

3460 D2 

3461 D2 

3462 D2 

3463 D2 

3464 D2 

3465 D2 

3466 D2 

3467 D2 

3468 D2 

3469 D2 

3470 D2 

3471 D2 

3472 D2 

3473 D2 

3474 D1 

3475 D1 

3476 D1 

3477 D1 

3478 D1 

3479 D1 

3480 D1 

3481 D1 

3482 D1 

3483 D1 

3484 D1 

3485 D1 

3486 D1 

3487 D2 

3488 D2 

3489 D2 

3490 D2 

3491 D2 

3492 D2 

3493 D1 

3494 D2 

3495 D2 

3496 D2 

3497 C1 

3498 C1 

3499 C1 

3702 B2 

3715 A2 

3719 A2 

3727 A3 

3805 C2 

3806 D2 

3807 D2 

3820 B1 

3821 B1 

3822 B1 

3823 B1 

3824 B2 

3825 B2 

3826 B2 

3827 B2 

3832 C2 

3836 C2 

3840 C1 

3850 C1 

3854 A3 

3855 D2 

3902 A3 

3905 A3 

3906 A3 

3907 A3 

3908 A3 

3909 A1 

3910 A1 

3911 A3 

3912 A3 

3913 A1 

3914 A1 

3916 A1 

3917 A2 

3918 A3 

3919 A3 

3922 A2 

3924 A3 

3926 A3 

3929 A2 

3930 A3 

3931 A3 

3934 A3 

3936 A3 

3938 A3 

3941 A3 

3942 A3 

3943 A3 

3944 A3 

3945 A3 

3946 A3 

3947 A3 

3950 A3 

3951 A3 

3952 A3 

3953 A3 

3954 A3 

4001 B3 

4002 B3 

4005 B3 

4119 C1 

4123 D2 

4201 B1 

4202 A1 

4205 A1 

4304 C1 

4307 C1 

4308 B1 

4309 B1 

4311 B1 

4312 B1 

4313 B1 

4315 B1 

4316 C1 

4908 A2 

4909 A2 

5005 B3 

5008 B3 

5009 B3 

5200 A1 

5202 A1 

5203 A1 

5204 B1 

5302 B1 

5400 D2 

5404 C1 

5802 D1 

5804 D2 

5808 D2 

5809 D2 

5902 A3 

5903 A3 

5904 A2 

5905 A1 

5906 A1 

5908 A3 

5909 A1 

5910 A3 

5912 A3 

5914 A2 

5915 A2 

7001 B3 

7004 B3 

7200 A1 

7201 A2 

7300 B1 

7303 C1 

7400 C2 

7402 C1 

7809 C3 

7810 D3 

7900 A1 

7901 A2 

7903 A2 

7904 A3 

7907 A3 

7908 A3 

7911 A3


DIGITAL P. C. B. (Bottom View) 

1201 A3 

1506 C1 

1507 C1 

2016 A1 

2017 A1 

2018 A1 

2019 B1 

2020 B1 

2021 B1 

2022 A1 

2027 B1 

2028 B1 

2029 B1 

2030 B1 

2031 B1 

2032 B1 

2036 A1 

2038 B1 

2039 B1 

2040 B1 

2041 B1 

2042 B1 

2043 B1 

2048 A1 

2052 B1 

2053 B1 

2061 A1 

2063 A1 

2066 B1 

2067 B1 

2101 B2 

2103 B3 

2108 D1 

2112 A1 

2113 B2 

2119 B1 

2120 B1 

2124 B1 

2125 B3 

2202 A3 

2203 B3 

2206 A3 

2207 A3 

2209 A3 

2210 A3 

2214 A3 

2215 A3 

2217 A3 

2218 A2 

2219 A3 

2220 A2 

2221 B3 

2222 B2 

2223 A2 

2224 A2 

2225 B2 

2226 B2 

2227 B3 

2228 B2 

2229 A3 

2230 A2 

2231 A3 

2232 A2 

2233 A2 

2234 A3 

2237 A3 

2404 C3 

2405 C3 

2406 C2 

2407 C2 

2409 C2 

2410 C2 

2411 C2 

2412 C2 

2413 C2 

2414 C3 

2415 C3 

2416 C2 

2417 C2 

2418 C3 

2419 C3 

2420 C2 

2421 C2 

2422 C3 

2423 C2 

2424 C3 

2425 C3 

2426 C3 

2427 C2 

2428 C2 

2429 C3 

2432 B2 

2512 C1 

2514 C1 

2515 D1 

2516 C1 

2518 D1 

2519 B1 

2521 B1 

2524 B1 

2527 D1 

2701 A2 

2708 A2 

2709 A2 

2710 A1 

2712 A2 

2714 A2 

2715 A2 

2716 A2 

2719 A2 

2720 A2 

2721 A2 

2726 A1 

2727 A1 

2806 D2 

2807 D2 

2808 D2 

2809 D3 

2810 D2 

2811 D3 

2812 D2 

2814 D3 

2820 D2 

2821 D2 

2822 D2 

2823 D2 

2824 D2 

2825 D2 

2826 D2 

2829 D2 

2830 D2 

2834 D1 

2902 A1 

2913 A1 

2916 A1 

2917 A1 

2921 A3 

2923 A2 

2925 A1 

2928 A1 

2929 A1 

2932 A1 

2934 A1 

2937 A1 

2941 A2 

2942 A2 

3000 A1 

3003 B1 

3004 A1 

3006 B1 

3009 A1 

3011 B1 

3012 B1 

3021 A2 

3024 A1 

3025 A1 

3080 B1 

3081 A2 

3082 B1 

3090 B3 

3091 B3 

3092 B1 

3093 B1 

3095 B3 

3096 C3 

3097 B1 

3098 B1 

3099 B1 

3100 B1 

3102 D1 

3105 C1 

3107 C1 

3109 D1 

3111 C1 

3114 B2 

3115 C1 

3117 B2 

3119 C1 

3121 A2 

3123 A2 

3125 A2 

3127 A2 

3129 A3 

3132 C3 

3134 A2 

3137 A2 

3142 C3 

3144 A2 

3150 B1 

3162 B3 

3163 B3 

3165 B3 

3173 B3 

3184 B3 

3185 A1 

3186 B1 

3187 B3 

3189 B1 

3191 B1 

3192 B1 

3195 B1 

3197 B1 

3199 B1 

3200 A2 

3202 A2 

3203 B3 

3205 A3 

3207 A3 

3219 B3 

3222 B3 

3224 C2 

3226 C2 

3227 C2 

3250 B2 

3253 A3 

3262 B2 

3263 B2 

3264 B2 

3265 B2 

3266 B2 

3267 B2 

3268 B2 

3269 B2 

3274 A2 

3277 A2 

3279 A2 

3280 A3 

3281 A3 

3282 A3 

3283 A3 

3285 A3 

3286 B2 

3287 B2 

3288 B3 

3289 B3 

3290 B2 

3291 B2 

3292 B3 

3293 B3 

3315 A2 

3320 A2 

3400 D2 

3401 D2 

3409 C2 

3412 C2 

3414 C2 

3415 C2 

3418 C2 

3422 C2 

3433 C2 

3434 C2 

3435 C3 

3503 C1 

3504 D1 

3700 A2 

3701 A2 

3703 A1 

3704 A1 

3705 A1 

3706 A1 

3707 A1 

3708 A2 

3709 A2 

3710 A2 

3711 A2 

3712 A2 

3713 A2 

3714 A2 

3716 A2 

3717 A2 

3718 A2 

3720 A2 

3721 A2 

3722 A2 

3723 A2 

3724 A2 

3725 A2 

3726 A2 

3809 D1 

3810 D1 

3811 D1 

3812 D1 

3813 D1 

3814 D1 

3815 D1 

3817 C1 

3837 B2 

3838 B2 

3839 B2 

3841 D2 

3842 D2 

3843 D2 

3844 D2 

3845 D2 

3846 D2 

3847 D2 

3848 C2 

3849 C1 

3851 C3 

3852 C3 

3901 A1 

3903 A2 

3904 A2 

3915 A2 

3920 A1 

3921 A1 

3923 A2 

3925 A2 

3927 A1 

3928 A1 

3932 A1 

3933 A1 

3935 A1 

3937 A1 

3939 A1 

3940 A2 

3948 A1 

3949 A1 

3955 A2 

3956 A2 

4003 B1 

4004 B1 

4007 A1 

4101 D1 

4110 B3 

4111 B1 

4113 B2 

4115 B3 

4116 C3 

4117 B2 

4118 C3 

4121 B2 

4203 A2 

4204 A2 

4305 B3 

4310 B3 

4314 B3 

4401 C3 

4402 C3 

4500 C1 

4701 A1 

4815 D3 

4816 D2 

4822 C1 

4900 A2 

4901 A2 

4902 A2 

4903 A1 

4904 A1 

4906 A1 

4910 A2 

4911 A3 

5001 A1 

5010 A1 

5100 B3 

5103 B1 

5104 B1 

5401 C3 

5402 D3 

5403 B2 

5405 C3 

5406 C2 

5501 C1 

5502 C1 

5503 C1 

5701 A2 

5702 A2 

5703 A2 

5704 A2 

5705 A2 

5706 A2 

5707 A2 

5708 A2 

5709 A2 

5711 A2 

5712 A1 

5803 D1 

5901 A2 

5907 A1 

5911 A1 

5913 A1 

5916 A3 

6000 A1 

6100 B2 

6101 B2 

7002 A1 

7003 A1 

7100 A2 

7101 A2 

7103 D1 

7104 B3 

7105 A2 

7106 B2 

7107 B3 

7108 A2 

7111 B1 

7302 B3 

7401 B2 

7500 C1 

7501 C1 

7701 A1 

7801 C1 

7804 D3 

7805 C2 

7807 C1 

7808 D2 

7811 C2 

7812 D3 

7813 D2 

7902 A2 

7905 A2 

7906 A1 

7909 A1 

7912 A1 

DRX-2 

147

148 

DRX-2 


IOE P. C. B. (Top View) IOE P. C. B. (Bottom View) 

Page 144 

DIGITAL 

1901 

2 

A 

U, A models


IOE P. C. B. (Top View) IOE P. C. B. (Bottom View) 

Page 146 

DIGITAL 

1901 

2 

A 

DRX-2 

149

A 

B 

C 

D 

E 

F 

G 

H 

I 

150 

DRX-2 

■ SCHEMATIC DIAGRAM 

FRONT: Display Panel 

from/to Analogboard 

or EPG Board for sets with Guide Plus 

GND 

to STBY-PRINT 

1 2 3 4 5 6 7 8 9 10 11 12 13 14 

10K -T 

2322640 

TEMP_SENSE 

VGNSTBY 

POR_DC 

12VSTBY 

INT 

GND 

GND 

5VSTBY 

SDA 

SCL 

not used 

0211 

EPG 

HOLDER EPG 

3134 

1910 

FMN 

1911 

1 F1501 

Tray_Led 

2 F1502 

+12VSTBY 

K1 

3 F1503 

GND 

4 F1504 

DA 

735187 

0210 

6107 

F1401 F1402 

GND 

1111 

1 

GND 

I189 

LIGHT CHAMBER RECORD 

+12VSTBY 

3136 

I191 

3138 

I193 

9.4V 

7110 

BC847BW 

LW-3333-T2-5 

180R 

180R 

GND 

5101 

BLM18H 

1 

2 

3 

4 F1404 

5 F1405 

INT 

6 

7 F1407 

GND 

8 

9 

10 

Tray_Led 

F103 

+12VSTBY 

3109 

1164 

4102 

not used 

GND 

RECORD 

2K2 

EVQ11L05R 

7105 

BC847BW 

F1409 

F1410 

LEFT 

I183 

6103 

I192 

1163 

3137 

3139 

270R 

270R 

I194 

GND 

F1403 

5103 F104 

BLM18H 

F1408 

I181 

+12VSTBY 

6102 I182 6101 

LTL-1MHHR 

I190 

VGNSTBY 

3131 

1K0 

I180 

EVQ11L05R 

GND 

LTL-1MHHR 

7.5V 

LTL-1MHHR 

for CSTEP only 

2105 


CH- 

1 2 3 4 5 

0.1V 

0.1V 3146 

6112 

22K BAS316 

not used 

GND 

+12VSTBY 

7106/7108-Emitter 

A: DC, 2 V/Div, 10us/Div 

I168 

1166 

IC7103-8 

A: DC, 1 V/Div, 100ns/Div 

3130 

10K 

3145 

EVQ11L05R 

GND 

3141 

47K 

+5VSTBY 

10K 

3111 0V 

22K 

+5VSTBY 

F102 

3115 

100R 

PREV 

I167 3110 

1168 

7112 

PDTA124EU 

GND 

3114 

100R 

220R 

EVQ11L05R 

GND 

NEXT 

5V 

7104 

BC847BW 

3108 

I166 

1170 

0005 

+5VSTBY 

0.1V 

6111 

BAS316 

I173 

I174 

47K 

OPEN/CLOSE 

EVQ11L05R 

GND 

IC7103-19 

PROTECTION FOIL 


I184 

5V 

+5VSTBY 

3144 

10K 

3154 

3143 

Tray_Led 

10K 

not used 

10K 


1162 

3135 

I185 

7100 

BJ900GNK 

VKK 

4K7 

not used 

VGNSTBY 

GND 

I157 

6100 

BZX384-C6V8 

I158 

GND 

5104 

100u 

7106 

BC337-25 

5.4V 

2113 

680n 

7108 

BC327-25 

330R 

I160 3125 

470R 

I159 

5.4V 

7109 

BC847BW 

I162 

0.4V 

GND 

GND 

3120 

1K0 

+5VSTBY 

2114 

1n0 

7107 

TSOP4836ZC1 

4.8V 

VS 

I155 

79 

80 

1 

2 

3 

4 

5 

6 

15 

16 

17 

18 

19 

SCK1 

SI1 

SO1 

P0 

INT0 

INT1 

TC2 

PPG 

DVO 

TC4 

PDO 

2 

3 

V3 4 

5 

6 

PD 

0 

1 

2 

3 

V 

4 

5 

6 

7 

73 

74 

75 

76 

77 

41 

42 

43 

44 

45 

46 

47 

48 

I104 

I103 

I102 

I101 

I100 

I136 

I135 

I134 

I133 

I132 

I131 

I130 

I129 

GND GND 

GND 

+5VSTBY 


GND 

OUT 

GND 

4.8V I143 

2 

GND GND 

1K0 

3112 

I142 

20 

4.8V 

21 

22 

14 

PWM 

1 

INT3 

TC1 

INT2 

INT4 

3 

TC3 

P1 

INT5 

P6 

8 

9 

10 

11 

V 

12 

13 

14 

15 

49 

50 

51 

52 

53 

54 

55 

56 

I128 

I127 

I126 

I125 

I124 

I123 

I122 

I121 

6109 

BAS316 

+5VSTBY +5VSTBY 

+5VSTBY 

12 

11 

23 

24 

25 

STOP 

XTIN 

XTOUT 

P2 

SCL 

SI0 

SDA 

SO0 

SCK0 

P7 

16 

17 

18 

V 

19 

20 

21 

22 

23 

57 

58 

59 

60 

61 

62 

63 

64 

I120 

I119 

I118 

I117 

I116 

I115 

I114 

I113 


RIGHT 

EVQ11L05R 

GND 

I177 

1 

F1 

6110 

BAS316 

9101 

FIL1 

2115 

47n 

50V 

3142 

10K 

1165 

+5VSTBY 

2117 

3106 

I179 

22u 

ZL 

EVQ11L05R 

GND 

INT 

47K 

REC 

5 6 7 8 9 

P1 

P2 

P3 

P4 

P5 

470R 

3122 

P27 

FIL2 

3113 

1K0 

3123 

3119 

1167 

10K 

3103 

I172 

P26 

220R 

EVQ11L05R 

P25 

FIL1 

470R 

PLAY 

P24 

2110 

3104 

I171 

1169 

P23 

10u 

10 11 12 1325 

14 15 16 17 18 19 21 22 

26 27 28 29 30 31 32 33 

P6 

P7 

P8 

P9 

P10 

P11 

P12 

P13 

P14 

P15 

P16 

P17 

P18 

G1 

G2 

G3 

G4 

G5 

G6 

G7 

G8 

G9 

10K 

I156 

2111 

STOP 

EVQ11L05R 

P22 

P21 

47n 

P20 

P19 

+12VSTBY 

3105 

I170 

1160 

P18 

2K2 

EVQ11L05R 

GND GND 

GND 

P17 

3116 

EPG 

P16 

3129 

I169 

1161 

P15 

I161 

1K0 

EVQ11L05R 

GND 

P14 

3118 

3140 

10K 


CH+ 

P1 

330R 

P2 

I147 

20 

P3 

GND 

3102 

2100 

I163 

3124 

P4 

2K2 

10n 

GND 

10K 

P5 

3107 

P6 

23 24 34 35 36 37 38 39 40 41 

2109 

22p 

not used 

2108 

22p 

not used 

IPOR 

2103 

10n 

2K2 

GND 

P7 

P8 

2 

P9 

1 

8M0 

3 

1110 

EFOMC 

3126 

100R 

3117 

2112 

P10 

I151 

2116 

10K 

220n 

3121 

P11 

I150 

+5VSTBY 

220R 

I165 

P12 

22u 

P13 

GND 

GND 

3132 

GND 

3133 

I144 

1K0 

1K0 

not used 

GND 

G1 

1.9V 

2.1V 

I137 

6 7 8 9 10 11 12 13 14 

G2 

2101 

2102 47n 

22u 16V 

9 

8 

10 

13 

26 

27 

28 

29 

30 

31 

32 

33 

34 

35 

36 

37 

G3 

G4 

1 

XTAL 

2 

RESET 

TEST 

5100 

P3 

0 

1 

2 

3 

AIN 

4 

5 

6 

7 

10 

11 

AIN 

12 

13 

G5 

+5VSTBY 

VAREF 

P4 

P5 

10u 

39 

G6 

5.1V 

VSS 

G7 

MC 

7 

VASS 

G8 

VDD 

7103 

TMP87CH74F 

38 

GND 

G9 

0206 

40 78 

VKK 

-26.5V 

P8 

24 

25 

26 

27 

V 

28 

29 

30 

31 

P9 

2104 

100n 

50V 

I178 

45 

F2 

DISPLAY HOLDER 

VKK 

GND 

65 

66 

67 

68 

69 

70 

71 

72 

FIL2 

I112 

I111 

I110 

I109 

I108 

I107 

I106 

I105 

P23 

P24 

P25 

P26 

P27 

V0 

V2 

G8_9 

G7 

G6 

G5 

G4 

G3 

G2 

G1 

P13 

P12 

P9 

P11 

P10 

P8 

P7 

P6 

P5 

P4 

P3 

P2 

P1 

P14 

P15 

P16 

P17 

P18 

P19 

P20 

P21 

P22 

V0 

I175 

G8 

2124 

100p 

3101 

+5VSTBY 

-23.9V 

I176 

G9 

7101 

BC847BW 

-24V 4100 

not used 

V2 

G8_9 

G6 

G5 

G4 

G3 

G2 

G1 

G7 

2123 

100p 

3100 

22K 

BC847BW 

+5VSTBY 

7102 

-24V 

VKK 

VKK 

22K 

4101 

not used 

2118 

100p 

2119 

100p 

2120 

100p 

2121 

100p 

2122 

100p 

2125 

100p 

2126 

100p 

3127 

-23.9V 

3128 

3147 

22K 

3148 

22K 

3149 

22K 

3150 

22K 

3151 

22K 

3152 

22K 

3153 

22K 

100K 

VKK 

100K 

VKK 

VKK 

6105 

BAS316 

6106 

BAS316 

A 

B 

C 

D 

E 

F 

G 

H 

I 

0005 A4 

0206 C11 

0210 I1 

0211 C1 

1110 D9 

1111 A1 

1160 I7 

1161 I8 

1162 I5 

1163 I3 

1164 I2 

1165 I6 

1166 I3 

1167 I6 

1168 I4 

1169 I6 

1170 I4 

1910 G1 

1911 H1 

2100 I8 

2101 D10 

2102 D10 

2103 I9 

2104 D11 

2105 G3 

2108 D9 

2109 C9 

2110 E6 

2111 E7 

2112 E9 

2113 F7 

2114 F9 

2115 F5 

2116 G9 

2117 F6 

2118 E13 

2119 F13 

2120 F13 

2121 F13 

2122 F13 

2123 C13 

2124 D13 

2125 G13 

2126 G13 

3100 C13 

3101 D13 

3102 H8 

3103 I6 

3104 I7 

3105 I7 

3106 I6 

3107 H9 

3108 I4 

3109 I2 

3110 I4 

3111 F3 

3112 G10 

3113 E6 

3114 G4 

3115 G3 

3116 E7 

3117 E9 

3118 E8 

3119 F6 

3120 F9 

3121 F9 

3122 F6 

3123 F6 

3124 F8 

3125 E8 

3126 E9 

3127 C14 

3128 D14 

3129 I8 

3130 I3 

3131 I3 

3132 H10 

3133 H10 

3134 F1 

3135 I5 

3136 D2 

3137 B3 

3138 E2 

3139 C3 

3140 G8 

3141 C3 

3142 D6 

3143 C5 

3144 E4 

3145 E3 

3146 E2 

3147 E14 

3148 F14 

3149 F14 

3150 F14 

3151 G14 

3152 G14 

3153 G14 

3154 H5 

4100 B13 

4101 D13 

4102 D2 

5100 D11 

5101 F2 

5103 G2 

5104 F7 

6100 F6 

6101 A3 

6102 B3 

6103 B3 

6105 B14 

6106 C14 

6107 C2 

6109 G8 

6110 D5 

6111 E4 

6112 E3 

7100 A5 

7101 B13 

7102 D13 

7103 E11 

7104 F4 

7105 C3 

7106 E7 

7107 F9 

7108 F7 

7109 E8 

7110 E2 

7112 C4 

9101 F5 

F102 G3 

F103 F2 

F104 G3 

F1401 F1 

F1402 F2 

F1403 F3 

F1404 G2 

F1405 G1 

F1407 G2 

F1408 G3 

F1409 G2 

F1410 G3 

F1501 H1 

F1502 H1 

F1503 H1 

F1504 H1 

I100 E12 

I101 E12 

I102 E12 

I103 E12 

I104 E12 

I105 I12 

I106 H12 

I107 H12 

I108 H12 

I109 H12 

I110 H12 

I111 H12 

I112 H12 

I113 H12 

I114 H12 

I115 H12 

I116 H12 

I117 G12 

I118 G12 

I119 G12 

I120 G12 

I121 G12 

I122 G12 

I123 G12 

I124 G12 

I125 G12 

I126 G12 

I127 G12 

I128 F12 

I129 F12 

I130 F12 

I131 F12 

I132 F12 

I133 F12 

I134 F12 

I135 F12 

I136 F12 

I137 H10 

I142 F10 

I143 F10 

I144 F10 

I147 E8 

I150 D9 

I151 D9 

I155 E10 

I156 D7 

I157 F5 

I158 F6 

I159 F7 

I160 E8 

I161 E8 

I162 F8 

I163 F8 

I165 F10 

I166 I4 

I167 I4 

I168 I3 

I169 I8 

I170 I7 

I171 I7 

I172 I6 

I173 G4 

I174 G4 

I175 D13 

I176 B13 

I177 A5 

I178 A12 

I179 I6 

I180 I3 

I181 I2 

I182 A3 

I183 B3 

I184 E4 

I185 I5 

I189 D2 

I190 B3 

I191 D2 

I192 C3 

I193 E2 

I194 C3


FRONT: Connector (FC) 

A 

B 

C 

D 

E 

CVBS 

AL/MONO 

AR 

C 

Y 

1 2 

CINCH 

1920 

JPJ1127 

S-CONN 

1921 

YKF51 

4 

3 

2 

1 

6 

5 

6 

F1003 

4 

5 

2 

3 

1 

F1001 

F1006 

GND_FC 

F1002 

GND_FC 

GND_FC 

GND_FC 

GND_FC 

not used 

3208 

not used 

3209 

V 

SIOV-CN0805M4CCG3 

V 

SIOV-CN0805M4CCG3 

1 2 3 4 

3 

3205 

3206 

3207 

I201 

2202 

75R 

GND_FC 

75R 

GND_FC 

75R 

100n 

GND_FC 

GND_FC 

GND_FC 

4 

6200 

6.8V 

6203 

DF3A6.8FU 6.8V 

6204 


DF3A6.8FU 

GND_FC 

6201 


6202 


3200 

1K0 

3202 

1K0 

GND_FC 

GND_FC 

GND_FC 

GND_FC 

5 6 

5 

2200 

2201 

330p 

GND_FC 

330p 

GND_FC 

3204 

68R 

3201 

3203 

1M0 

GND_FC 

1M0 

GND_FC 

2203 

47p 

not used 

GND_FC 

7 8 

F1104 

F1103 

F1107 

F1109 

6 7 8 

F1105 

GND_FC 

F1101 

1922 

1 

2 

3 

4 

5 

6 

7 

8 

9 

S9B-PH 

9 

AFCRI_FC 

GND_FC 

AFCLI_FC 

CVBSFIN_FC 

GND_FC 

NC 

CFIN_FC 

GND_FC 

YFIN_FC 

9 

TO ANALOGBOARD 

A 

B 

C 

D 

E 

1920 B1 

1921 E1 

1922 C9 

2200 A5 

2201 C5 

2202 E3 

2203 C6 

3200 A5 

3201 A6 

3202 B5 

3203 C6 

3204 C5 

3205 C3 

3206 D3 

3207 E3 

3208 A3 

3209 C3 

6200 A4 

6201 B4 

6202 C4 

6203 D4 

6204 E4 

F1001 B2 

F1002 B2 

F1003 A2 

F1006 A2 

F1101 C8 

F1103 C8 

F1104 C8 

F1105 C8 

F1107 D8 

F1109 D8 

I201 E3 

DRX-2 

151

A 

152 

DRX-2 


ANALOG: Frontend Video (FV) 

B 

C 

D 

E 

1700 A3 

1701 A4 

1702 A4 

2700 B10 

AMCO 

CSW_SSW 

MSW 

SDASW 

SCLSW 

2703 E6 

2704 E7 

3701 B9 

3702 B9 

LAYOUT 

PIN 

1 

DESCRIPTION 

+BB 

1700 

APAC 

SAMSUNG 

1 

1701 1702 

not used 

NAFTA 

SAMSUNG NAFTA SANYO 

1700 TCPK0601PD13F(PAL) 

NTSC * * 

APAC * * * 

2 

3 

AUDIO IN 

CH 3/4 

2 

1 

2 

1 

2 

1702 

* not used 115-V-DO25AH 

4 

5 

6 

+B MOD 

MOD ON/OFF 

VIDEO IN 

3 

4 

5 

3 

4 

5 

RF-IN * * 

1701TCMN0682PA13F1(NTSC) 

* 

TUNER 

7 

8 

N.C. 

RF AGC 

3 

6 

6 

7 

* * * 

9 GND 

4 

7 

8 

10 

11 

AS 

SCL 

5 

6 

8 

9 

9 

10 

RF-OUT 

** 

12 

13 

14 

SDA 

+B 

+B 

7 

8 

10 

11 

12 

11 

13 

NC 

10 

16 15 

NC 

* ** 

NC_1 

RF MODULATOR 

15 N.C. 

13 

14 

16 TU 

9 

14 

15 

17 

18 

19 

20 

N.C. 

IF OUT 

SW1 

N.C. 

10 

11 

12 

13 

15 

16 

16 

NC_2 

4 

8 

14 

NC 

7 GND 

13 

NC NC 

* * 

21 AUDIO OUT 14 

17 

18 

1 

2 

3 

22 SIF OUT 

15 

18 

19 

23 

2701 E3 

2702 E3 

PIN TABLE 

24 

1 

AFT 

VIDEO OUT 

I715 

* 

3710 

4K7 

16 

17 

* 

1 2 

2707 A9 

3700 A9 

2 3 4 

19 

20 

7701 

BC857BW 

I718 

I716 

I707 

5SW 

U, A models 

20 

21 

5701 

6u8 

3703 B9 

3704 E4 

GND 

5VSTBY 

2701 

3 

4u7 

GND 

* 

3705 E4 

3706 E5 

2702 

10n 

GND 

* 

4700 

3707 E5 

3708 E7 

3705 

* 

+BB 

1 

1R0 

* 

3704 

4 

3709 A9 

3710 D2 

I705 

1R0 

AUD_IN 

4700 D4 5701 D3 7700 A9 F700 A5 I700 A9 I702 A8 I705 D4 I707 E2 

5700 D7 5702 E7 7701 D2 F701 D6 I701 A8 I703 B8 I706 D4 I708 D5 

ADR 

SDA 

SCL SCL 

+B 

+B 

1 

NC_3 

2 

I706 

CH_SW 

CH_SW 

MB 

MOD_ON_OFF 

CONTROL 

5 

AGC 

MD_TU 

4 

2 3 4 

3706 

1R0 

I708 

I709 

3707 

1R0 

VID_IN 

5 

5 

SCL 

SDA 

F700 

D_CVBS 

11 

IF_OUT 

16 

IF_OUT 

I711 

SAW 

BT 

14 

15 

TU 

9 

I712 

3 

AGC 

7 

6 

AGC 

SDA 

10 

11 

SDA 

7 

I713 

6 

IF 

IF 

AGC 

SCL 

9 

10 

SCL 

6 

5 6 8 7 

F701 

IF_ DEMODULATOR 

AS 

8 

9 

AS 

5 

I714 

GND 

BP 

12 

2703 

13 

BP_1 

11 

BP 

8 

GND 

VID_OUT 

AFT 

SIF_OUT 

AUD_OUT 

4u7 

SW1 

12 

5700 

10u 

2704 

MT4 

MT3 

MT2 

MT1 

NC 

6 

10n 

GND 

20 

19 

18 

17 

25 

24 

23 

22 

5SW 

7 8 

21 

20 

19 

18 

25 

24 

23 

22 

NC_1 

13 

VID_OUT 

AFT 

SIF_OUT 

AUD_OUT 

5702 

6u8 

3708 

MT4 

MT3 

MT2 

MT1 

220R 

not used 

0.9V 

17 

16 

15 

14 

25 

24 

23 

22 

GND 

33VSTBY 

2.3V 

3.4V 

5SW 

I709 D5 

I711 D6 

I702 

I703 

Ref Des 

1700 

1701 

1702 

3701 

3702 

3704 

3705 

3710 

4700 

7701 

I712 D6 

I713 D6 

33VSTBY 5VSTBY 

5SW 33VSTBY 

I701 

5VSTBY 

3709 

100R 

VID_OUT I701 

* VERSION TABLE 

TAIWAN 

X 

not used 

X 

9 10 

ALL OTHERS 

not used not used 

150K 150K not used 150K 

100K 

I714 D6 

I715 D1 

* 

A: DC, 500mV/Div 

10us/Div 

not used 

not used 

X 

X 

2707 

5SW 

3701 

9 

47u 

GND 

I717 

0.9V 

150K 

3703 

47K 

APAC 

S. KOREA 

X 

100K 

not used 

not used 

X 

X 

X 

I716 E2 I718 D2 

I717 A9 

3700 

I700 

* 

5SW 

330R 

7700 

BC857BW 

GND 

3702 

100K 

GND 

X 

1.6V 

not used 

not used 

not used 

2700 

33n 

GND 

AMCO I705 


200us/Div 

10 

NAFTA 

X 

100K 

not used 

not used 

X 

X 

X 

VFV 

AFC 

SIF1 

A 

B 

C 

D 

E


ANALOG: In/Out Video (IOV) 

A 

B 

C 

D 

E 

F 

G 

H 

I 

REAR IN 1 

AR 

AL 

CVBS 

1943 

SCL 1 

SDA 2 

5VSTBY 3 

GND 4 

GND 5 

INT 6 

12VSTBY 7 

IPOR_DC 8 

VGNSTBY 9 

TEMP_SENSE10 

GND 

NC 

3480 

82K 

1942 

9 

8 

7 

6 

5 

4K7 

22k for C-STEP 

4K7 

22k for C-STEP 

3429 

47K 

CVBSFIN 

AINFL 

GND 

4 

3 

F4207 

AINFR 

2 

1 

F4209 

PH-B 

SDASW 

SCLSW 

WSFI 

YFIN 

CFIN 

GND 

AINFR 

AINFL 

CSW_SSW 

MSW 

UOut I463 


10us/Div 

1 2 3 4 5 6 7 8 9 10 11 12 13 14 

F4203 

GND 

2 

1 

T-331520-10-10 

FMN 

GND 

5SW 

3427 

3426 

1941-A 

5SW 

3 

4 

GND 

GND 

F4102 

F4103 

GND 

GND F4305 

3414 

10K 

not used 

F4201 

2449 

47p 

not used 

GND 

5SW 5SW 

delete for C-STEP 

3406 

10K 

3405 

10K 

F4104 

F4101 

4400 

for C-STEP only 

4401 

7419 

BSH111 

F4206 

3437 

10K 

3438 

10K 

BSH111 

7420 

2401 

2428 

GND 

delete for C-STEP 

100p 

not used 

GND 

3474 

1R 

2421 

10u 

10u 

3451 

1R 

1 2 

VOut I462 

3450 

1R 


10us/Div 

3404 

3457 

1R 

GND 

10p 

not used 

10p 

not used 

12VSTBY 

VGNSTBY 

1M 

not used 

GND 

F402 

470p 

2425 

2459 

1u 

1945-1 

1 

SCL 

2 

SDA 

3 

GND 

GND 

4 F4504 

INT 

5 F4505 

IPOR_DC 

6 F4506 

TEMP_SENSE TEMP_SENSE 

7 

PWONSW 

8 

A_YCVBS 

F401 

75R 

3462 

1R 

2407 

2412 

3412 

6401 

GND 

BZX384-C12 

5NESD 

GND 

GND 

5VSTBY 

TEMP_SENSE 

A_YCVBS F4709 


10us/Div 

6405 

2424 

AIN1R 

GND 

BZX384-C12 

5NESD 

470p 

6406 

AIN1L 

BZX384-C12 

5NESD 

2404 

47u 

2403 

100n 

GND 

I411 

1 

IN1B IN1A 

GND 

I417 

I415 

IN2A 

GND 

11 

IN2B 14 

8 

IN3A IN3B 9 

3 

OUT1 

V+ 

5 

OUT2 

6 

OUT3 

13 

7411 

NJM2285M 

2 

CTL1 

CTL2 12 

GND1 

7 

CTL3 

15 

4 

GND2 

GND3 10 

I412 

2.5V 

0V 

1.8V 

16 2.5V 

1.7V 

0.8V GND 

1.2V 

0V 

1.5V 

0V 

2V 

1.6V 

3411 

1M 

not used 

GND 

GND 

2415 

1u 

5SW 

3455 

10K 

5SW 

3 4 

GND 

2410 

1M 

not used 

7421 

BC857BW 

1945-2 

9 

N.C. 

10 

KILL KILL 

11 

F4511 

LEVELSW 

12 

CLOCK 

N.C. 

13 

N.C. 

14 

N.C. 

15 

N.C. 

16 

N.C. 

1945-3 

17 

12VSTBY 

12VSTBY 

F4518 

18 

ION ION 

19 

N.C. 

20 

N.C. 

21 

WSRI WSRI 

22 

N.C. 

23 F4523 

WSFI WSFI 

24 

N.C. 

D_CVBS F4712 


10us/Div 

U, A models 

1946 

GND 

1 

V 

2 

GND 

3 

U 

4 

5 

GND 

Y 

6 

GND 

7 

FMN 

5401 

10u 

I413 

I402 

1u 

3472 

150R 

3407 

GND 

1.5V 

I401 

2417 

I416 

from/to uP Board 

D_Y F4714 

3453 

1K 

-5.4V 3442 

-5.4V 

I403 

7422 

I410 

7425 

BC847BW 

3443 -5.4V 

7427 

BC857BW 

I420 

3444 

7429 

BC847BW 

100R 

BC847BW 

1.1V 

1.5V 

7424 

100R 

-5.4V 

1.1V 

I419 

100R 

-5.4V 

-5.4V 1.1V 

BC857BW 

1.5V 

5NSTBY 

10u 


10us/Div 

5VSTBY 

5NSTBY 

3408 

1M 

GND 

5SW 

3439 

2467 

100n 

10K 

GND 

7423 

PDTC124EU 

5.1V 

F422 

5VSTBY 

3460 

2K2 

I404 

5NSTBY 

3409 

68R 

F4525 

1945-4 

25 

3461 

3413 

3445 

150R 

5 6 

68R 

68R 

5VSTBY 

2427 

100n 

7405 

BC857BW 

3458 

10K 

D_C F4716 


10us/Div 

AFC 

3432 

100R 

I405 

3410 

N.C. 

68R 

5VSTBY 

26 

27 

28 

STBY 

GND 

I414 

29 

G|YOUT-TV 

33 

Y|CVBSOUT-TV 

not used 

41 

Y|CVBSIN-TV 

not used 

1 

Y|CVBSIN-TUN 

38 

SDA 

37 

31 2419 

1u 

I466 

GND GND 

I462 

1.5V 

R|PR|COUT-TV 

I461 1.7V 

I463 1.5V 27 

B|PBOUT-TV 

34 

FBOUT-TV 

2408 3V 40 

CIN-TV 

100n 

2.1V 

5VSTBY 

2.5V 

2423 

100n 

43 

CIN-TUN 

28 

0V 

C-GATE 

PSCAN_KILL 42 

DIGOUT1 

0V CSW_SSW 44 

DIGOUT2 

0V MSW 2 

DIGOUT3 

0V I468 

14 

DIGOUT4 

0V 

I467 

16 

DIGOUT5 

18 

DIGOUT6 

3433 5V I469 

100R 5V I470 

SCL 

3430 

10K 

5SW 

5SW 

29 

5VSTBY 

5VSTBY 

5VSTBY 

3463 

5NSTBY 

5VSTBY 

5402 

10u 

1K 

2405 

GND 

GND 

GND GND 

30 

GND 

5NSTBY 

31 

32 

GND 

D_VR F4718 


10us/Div 

7426 

PDTC124EU 

5403 

10u 

47u 

N.C. 

PWONSW 

47u 

2411 

GND 

100n 

3464 

I457 

2K2 

3465 

2414 

100n 

2413 

STBY 

5NSTBY 

GND 

AFC 

5VSTBY 

I418 

36 

VDD 

68R 

8 

VCC 

GNDB-REC 

20 

2435 

VCCB-REC 

GND 

24 

GND2 

100n 

VCCB1 

2434 

30 

GND1 

VCCB2 

32 

47u 

VCCB3 

GNDB 

GNDD 

22 12 3 26 39 

GND GND GND GND GND 

2446 

1u 

VFV 

I456 

5VSTBY 

3467 

1K 

5NSTBY 

1947 

F403 

1 

GND 

7408 

STV6618 

3469 

7428 

PDTC124EU 

5NSTBY 

2469 

100n 

5NSTBY 

I421 

68R 

F4408 

YIN-ENC 7 

G|YIN-ENC 10 

R|PR|CIN-ENC 9 

B|PBIN-ENC 

4 

11 

CIN-ENC 6 

I483 3V 

I482 

I481 

2.6V 

3V 

I480 2.1V 

CVBSIN-ENC 

I479 2439 3V 

I478 100n 2.5V 

GND 

2 

5406 

10u 

F404 

3 

GND 

4 

F405 

5 

5VSTBY 

GND 

2409 

GND 

6 

5VSTBY 

100n 

Y|CVBSOUT-AUX 25 

Y|CVBSOUT-REC 21 

5 

DECV 

COUT-AUX 23 

I477 2433 

4V 47n 

I476 1.8V 

I450 1.6V 

I475 1.4V 

7 

GND 

8 

1944-B 

T-331520-10-10 

9 

GND 

8 

GND 

Y|CVBSIN-AUX 19 

G|YIN-AUX 15 

R|PR|CIN-AUX 17 

FBIN-AUX 35 

B|PBIN-AUX 13 

2429 

100n 2430 

2431 100n 

100n 

GND I471 

2.1V 

2416 

1u 

REAR OUT 

Y 

U 

11 

F4411 

6402 

BZX384-C12 

6403 

not used 

GND GND 

1u 

F4410 

2442 

3452 

150R 

10 

GND 

5NESD 

F4714 

GND 

V 

9 

F4409 

BZX384-C12 

6404 

2418 

1u 

2466 

1u 

2438 

1u 

F4716 

GND 

10 

11 

12 

13 

14 

15 

16 

BZX384-C12 

from / to Digital Board 

1941-B 

T-331520-10-10 

F4718 

GND 

REAR IN 

Y 

U 

7 8 9 10 11 12 13 14 

D_YG F4720 


10us/Div 

D_CVBS 

A_V 

A_U 

3468 

A_Y 

D_UB F4722 


10us/Div 

2K2 

F4707 

GND 

A_C 

F4709 

A_YCVBS 

F4712 

Y I419 

2441 

1u 

D_CVBS 


10us/Div 

D_Y 

8 

GND 

3482 

17 

18 

19 

D_C 

D_V 

6415 

150R 

GND 

11 

F4111 

3401 

F4720 

U I405 

75R 

GND 

F4110 

BZX384-C12 

6416 

3470 

150R 

F4721 

10 

GND 

3402 

20 

21 

22 

D_Y1 


10us/Div 

GND 

V 

BZX384-C12 

6417 

5NESD 

F4722 

D_U 

9 

F4109 

75R 

3471 

2470 

150R 

GND 

FMN 

3403 

10u 

75R 

GND 

BZX384-C12 

5VSTBY 

3431 

2471 

5NESD 

4K7 

100n 

5VSTBY 

KILL 

3475 

3415 

6411 

I490 

5NESD 

22K 

1K 

5NESD 

GND 

6428 

6430 

BZX384-C12 

3422 

BAT254 

not used 

4402 

GND 

BAS316 

2464 

75R 

GND 

3476 

82K 

10u 

3425 

3477 

1K 

I489 

6431 

3466 

4K7 

GND 

3454 

1K 

BAT254 

not used 

4403 

I454 

5V 

470R 

6412 

5NSTBY VGNSTBY 5VSTBY 

7430 

BC847BW 

GND 

F406 

3421 

F407 

BZX384-C12 

5NSTBY 

8SW 

3478 

7431 

BC847BW 

3479 

47K 

3481 

82K 

330R 

GND 

3423 

75R 

7432 

BC857BW 

330R 

2426 

3416 I453 

4K7 5V 

GND 

6425 

GND 

3441 

75R 

2422 

5VSTBY 

3418 

GND 

5NESD 5NESD 

2465 

1u 

I488 

100n 

3436 

68R 

F4803 

F4804 

BZX384-C12 

6426 

GND 

BZX384-C12 

GND 

GND 

5NESD 

10n 

100K 

GND 

5SW 

BC857BW 

7404 

1 

3 

4 

2 

GND 

3419 

5NSTBY 

I428 

REAR IN 

S-CONN 

Y 

C 

2406 

GND 

10n 

REAR OUT 

S-CONN 

1 

F4404 4 

F4403 3 

F4402 2 

22K 

1948 

TCS79 

5NESD 

5VSTBY 

2402 

100n 

GND 

3449 

1.6V 

I449 

2.2V 

2420 

100n 

I451 3434 

4K7 

WSRO 

150R 

I484 

BC857BW 

7406 

GND 5VSTBY 

GND 

GND 

GND 3446 1.4V 

7409 

BC847BW 

1 

1949 

TCS79 

150R 

0.7V 

3435 

75R 

F4903 

F4904 

3 

4 

2 

Y 

C 

3420 

150R 

3448 

150R 

3428 

10K 

GND GND 

2437 1.6V 

1u 

I486 

V I402 


10us/Div 

F499 

0V 

7V 

1V 

3447 

WSRI 

5NSTBY 

1K 

1.9V 

VGNSTBY 

ALOUT 

6427 

BZX384-C12 

12VSTBY 

5VSTBY 5SW 12VSTBY 

-4.5V 

AROUT 

REAR OUT 1 

1944-A 

T-331520-10-10 

5 

7 

6 

IPFAIL 

DAC_MUTE 

AKILL 

GND 

5 

7 

6 

CVBS 

AL 

GND 

AR 

A 

B 

C 

D 

E 

F 

G 

H 

I 

1941-A B1 

1941-B A11 

1942 F1 

1943 C1 

1944-A I14 

1944-B A9 

1945-1 I2 

1946 A4 

1947 I8 

1948 C14 

1949 F14 

2401 B1 

2402 E13 

2403 D4 

2404 D3 

2405 D7 

2406 B14 

2407 H2 

2408 E7 

2409 D9 

2410 C4 

2411 D7 

2412 H2 

2413 C8 

2414 C7 

2415 F4 

2416 G9 

2417 D5 

2418 E10 

2419 E6 

2420 E13 

2421 F1 

2422 E14 

2423 F7 

2424 B3 

2425 A3 

2426 D13 

2427 F6 

2428 F1 

2429 F9 

2430 F9 

2431 G9 

2433 E9 

2434 C8 

2435 C8 

2437 I12 

2438 G10 

2439 E9 

2441 D10 

2442 E10 

2446 I8 

2449 F1 

2459 E3 

2464 A12 

2465 H13 

2466 E10 

2467 A5 

2469 B9 

2470 H11 

2471 H12 

3401 A11 

3402 A11 

3403 A11 

3404 B2 

3405 I1 

3406 H1 

3407 F4 

3408 E5 

3409 C6 

3410 C6 

3411 G3 

3412 E2 

3413 C6 

3414 D1 

3415 B12 

3416 B13 

3418 B14 

3419 B14 

3420 F12 

3421 C13 

3422 D12 

3423 D13 

3425 E13 

3426 I1 

3427 H1 

3428 B12 

3429 E1 

3430 F6 

3431 D12 

3432 G6 

3433 G6 

3434 E14 

3435 F13 

3436 F13 

3437 G1 

3438 G1 

3439 F5 

3441 H13 

3442 A5 

3443 A7 

3444 A9 

3445 E6 

3446 F12 

3447 G13 

3448 G12 

3449 E12 

3450 E2 

3451 E2 

3452 G10 

3453 A5 

3454 A13 

3455 G4 

3457 E2 

3458 F6 

3460 A6 

3461 A6 

3462 E2 

3463 A7 

3464 A7 

3465 A8 

3466 I13 

3467 A8 

3468 A9 

3469 A9 

3470 C11 

3471 C11 

3472 D4 

3474 D1 

3475 H12 

3476 H12 

3477 H13 

3478 I13 

3479 I13 

3480 E1 

3481 C13 

3482 C11 

4400 I1 

4401 I1 

4402 B13 

4403 B13 

5401 C4 

5402 D7 

5403 C7 

5406 C8 

6401 B2 

6402 A10 

6403 A10 

6404 A10 

6405 A3 

6406 B3 

6411 D12 

6412 D13 

6415 B11 

6416 B11 

6417 B11 

6425 G13 

6426 G14 

6427 H14 

6428 H12 

6430 B12 

6431 B13 

7404 B14 

7405 F6 

7406 F13 

7408 D9 

7409 F13 

7411 D3 

7419 I1 

7420 H1 

7421 A5 

7422 A6 

7423 B5 

7424 A6 

7425 A7 

7426 B7 

7427 A8 

7428 B8 

7429 A9 

7430 B13 

7431 I13 

7432 H13 

F401 I2 

F402 I2 

F403 I8 

F404 I8 

F405 I9 

F406 C13 

F407 F13 

F4101 B1 

F4102 A1 

F4103 A1 

F4104 A1 

F4109 A11 

F4110 A11 

F4111 A11 

F4201 F1 

F4203 F1 

F4206 G1 

F4207 G1 

F4209 G1 

F422 I5 

F4305 C1 

F4402 I14 

F4403 I14 

F4404 H14 

F4408 A9 

F4409 A10 

F4410 A10 

F4411 A10 

F4504 I2 

F4505 I3 

F4506 I3 

F4511 I4 

F4518 I5 

F4523 I5 

F4525 I6 

F4707 I9 

F4709 I9 

F4712 I10 

F4714 I10 

F4716 I10 

F4718 I11 

F4720 I11 

F4721 I11 

F4722 I11 

F4803 C13 

F4804 D13 

F4903 F13 

F4904 F13 

F499 A12 

I401 B5 

I402 A4 

I403 A5 

I404 A6 

I405 A6 

I410 A7 

I411 E3 

I412 D4 

I413 D4 

I414 D7 

I415 E4 

I416 F5 

I417 E4 

I418 A8 

I419 A8 

I420 A8 

I421 A9 

I428 B14 

I449 E13 

I450 F9 

I451 E13 

I453 B13 

I454 B13 

I456 C8 

I457 C7 

I461 D7 

I462 D7 

I463 E7 

I466 E7 

I467 G7 

I468 F7 

I469 G7 

I470 G7 

I471 G9 

I475 F9 

I476 F9 

I477 E9 

I478 E9 

I479 E9 

I480 E9 

I481 E9 

I482 E9 

I483 D9 

I484 F12 

I486 I12 

I488 H13 

I489 H13 

I490 H12 

DRX-2 

153

A 

D 

E 

F 

154 

DRX-2 


ANALOG: In/Out Audio (IOA) 

B 

C 

REAR IN 2 

AR 

AL 

AIN1R 

AIN1L 

1 2 3 4 5 6 

T-331520-10-10 

AFER 

AFEL 

ARDAC 

ALDAC 

1941-C 

6 

7 

5 

GND 

F4106 

F4107 

I528 

I527 

6501 

6502 

BZX384-C12 

5NESD 

BZX384-C12 

5NESD 

2505 

1u0 

2504 

1u0 

2525 

1u0 

2524 

1u0 

2510 

10u 

2511 

10u 

2503 

2509 

GND 

GND 

470p 

470p 

U, A models 

I502 

I504 

I511 

I512 

2506 

1u0 

2501 

1u0 

3534 

3510 

3501 

3508 

I503 

GND 

I501 

GND 

GND 

3504 

3503 

100K 

100K 

100K 

100K 

GND 

GND 

100K 

100K 

3502 

100R 

3509 

100R 

5NESD 

5NESD 

2513 

2514 

GND 

470p 

470p 

5V 

5V 

7 8 9 10 

1 2 3 4 5 6 7 8 9 

2507 

4K7 7509 

7511 

4K7 

GND GND 

BC817-25W 

GND GND 

BC817-25W 

5NESD 

AKILL 

GND 

5N 

3528 

5N 

3506 

100K 

AINFL 

1u0 

GND 

3505 

100K 

2508 

AINFR 

1u0 

0V 

0V 

-4.5V 

-4.5V 

I521 I522 

3529 

AKILL 

0V 

0V 

0V 

0V 

3514 

100K 

3516 

100K 

3507 

100R 

3511 

100R 

2502 

I514 

I516 

I515 

GND 

0V 

I513 

0V 

0V 

GND 

GND 

100n 

6503 

BZX384-C12 

5NESD 

6504 

1 

5 

2 

4 

12 

14 

15 

0V 11 

BZX384-C12 

7501 

LL 

LH 

HL 

HH 

LL 

LH 

HL 

HH 

2512 

5V 

16 

VDD 

HEF4052BT 

VSS 

8 

5N 

100n 

RSA1 

VEE 

7 

I519 

9 

RSA2 

MSB LSB 

LOGIC 

6 

GND 

10 

H 

L 

H 

L 

I520 

2521 

3 

13 

GND 

470p 

0V 

I505 

I508 

0V 

2522 

GND 

470p 

3512 

1K0 

3515 

I509 

2520 

I510 

1K0 

100p 

not used 

I502/I504 


100us/Div 

I506 

2519 

I507 

0V 5 

0V 

100p 

not used 

6 

0V 

3 

2 

0V 

3513 

1K0 

8 

4 

3517 

1K0 

GND 

5V 

7504-B 

MC33078 

7 

F4406 

F4407 

8 

4 

5N 

6 

7 

5 

2515 

2516 

100n 

7504-A 

47u 6.3V 

MC33078 

1 

0V 

0V 

2517 

100n 

2518 

47u 6.3V 

I529 

I517 

GND 

GND 

REAR OUT 2 

T-331520-10-10 

1944-C 

I517/I529 


100us/Div 

GND 

GND 

10 

AR 

AL 

ARADC 

ALADC 

AROUT 

ALOUT 

A 

B 

C 

D 

E 

F 

1941-C A1 

1944-C F10 

2501 B3 

2502 A7 

2503 A3 

2504 C2 

2505 C2 

2506 A3 

2507 A5 

2508 A6 

2509 B3 

2510 E2 

2511 F2 

2512 D8 

2513 E4 

2514 F4 

2515 B10 

2516 B10 

2517 C10 

2518 C10 

2519 B9 

2520 D9 

2521 F8 

2522 F8 

2524 E2 

2525 D2 

3501 E3 

3502 E4 

3503 B3 

3504 A3 

3505 B6 

3506 C5 

3507 E7 

3508 F3 

3509 F4 

3510 D3 

3511 F7 

3512 B9 

3513 C9 

3514 D7 

3515 C9 

3516 E7 

3517 D9 

3528 F5 

3529 F6 

3534 C3 

6501 A2 

6502 B2 

6503 E7 

6504 F7 

7501 A7 

7504-A B10 

7504-B D9 

7509 F5 

7511 F6 

F4106 A2 

F4107 A2 

F4406 E9 

F4407 E9 

I501 C3 

I502 D3 

I503 C3 

I504 E3 

I505 B8 

I506 B9 

I507 C9 

I508 C8 

I509 D9 

I510 D9 

I511 E3 

I512 F3 

I513 B7 

I514 B7 

I515 C7 

I516 C7 

I517 B10 

I519 A8 

I520 A8 

I521 F5 

I522 F6 

I527 E2 

I528 D2 

I529 D10


ANALOG: Power Supply (PS) 

A 

B 

C 

D 

E 

F 

G 

H 

I 

to Digital Board 

to Basic Engine 

VDrain F327 (Standby) (110V) 

A: DC, 50 V/Div 

5us/Div 

1 2 3 4 5 6 7 8 9 10 11 12 13 

3300 

3301 

5.7V 5.2V 

F300 

1307 

T1A 

F301 F302 

5VSTBY 

3M3 I300 3M3 

12VSTBY 

7317 

STS9NF30L 

MRT 

2301 I302 

F305 2316 

I303 

2310 

2.5V 

I301 

2n2 

47n 

1n 

7301 

GND 

3335 

3336 

5300 

SRW28EC9-E02V0138 

5Vreg 

470R 

470R 7.9V 

I305 

TL431 

F307 

F306 

7 

13 F304 6300 

SB340 

5308 

22u 12V 

5.7V 5.2V 

GND GND GND F373 F374 1309 

T800mA 

5V 

19372 

2303 

12 

F312 

6303 

SB340 

I308 

I310 

C300 

3337 

1K 

I313 3338 

220R 

2311 

1n 

2.5V 

7304 

I309 

F308 F309 

1931 

1 

1300 

1301 

T2.5A H 

F311 

F310 

1302 

DSP 

I306 3306 

220R 

5302 

I314 

1n 

6301 I312 6302 

1N5062 

1N5062 

GNDHOT 

6306 

I316 

2307 

3Vreg 

18 

F315 6307 

STPS5L40 F319 

17 

F320 6308 

GNDreg GND 

5306 F316 

1304 

2u2 F318 T4A 

GND 

F317 F356 GND GND 

3.4V 

9.3V 

I315 

TL431 

3.4V 

7303 

STS9NF30L 

GND GND GND 

3V3 

2 

6305 

1N5062 

1n 

STPS5L40 

3311 I319 3312 

2330 2.5V 

I318 

9452A 

F313 F314 

HF2022R I317 

1N5062 

GND 

GND 

1K 

220R 

7.7V 

1n 

7305 

16 

GND 

I320 

I321 

14 

GND 

GND 

TL431 

GND GND GND F321 F324 1308 F322 F325 

12VSTBY 

1934 

1 

12V 

GNDHOT GNDHOT 

15 F323 6310 

STPS3L60-C2 F326 

5309 

22u 

12V 12V 

33VSTBY 

T500mA 

MRT 

2 

GND 

3 

GND 

4 

5V 

5 

I322 

GND GND 

22.2V 

3368 I323 

22.2V 7306 

EH-B 

7307 

I324 

1,9V 

STP8NC50FP 

I325 

6325 

3K3 

0.1V 

PDTC124EU 

F345 

ION 

1932 

1 

3V3 

2 

3V3 

3 

3V3 

4 

3V3 

3V3 

GNDHOT 

2340 

GNDHOT GNDHOT GNDHOT 

9 

F329 

11 

6313 F362 

SBYV27-200 F363 

1303 

T1A 

MRT 

F364 

F365 

5307 

22u 

SBYV27-200 

9301 

-5.5V 

-5.5V 

GND 

3361 

GND 

6322 

F347 

12V 

F346 

5NSTBY 

5N 

GND 

12V 

GND 

5 

6 

7 

F3205 

GND 

12V 

GND 

0V 

1u 

3365 

3K3 

GND 

GND 

I327 5V 

I329 3302 

1K I333 

3303 

1K 

1K 

55V 

I334 

7312 

BF422 

BZX384-C6V8 

32.8V 

F331 F333 

33VSTBY 

GND 

8 

GND 

5V 

9 

5V 

I335 2 

3322 

F334 6317 

3377 3307 I338 33.5V 

10 

GND 

11 

GND 

47R 

F335 BYD33D 

I337 

10K 10K 

5N 

12 

5N 

9304 

PH-B 

GNDHOT 

3351 

1M 

I307 6321 

BAT254 

3324 

560K 

2335 

F338 

3 

2n2 

GNDHOT 

GNDHOT 

10 

5VSTBY 

F339 5305 

6319 

BYD33D 

GND 

12VSTBY 

3349 

F366 

F367 

GND GND 4301 

3326 F340 

100R 

F371 F372 1306 F341 

T125mA 

MRT 

-26.9V 

F344 

VGNSTBY 

1933 

47R 

3V3 

5V 

GND 

4V6 

1 F350 F348 

2 F351 F349 

3 

GND 

4 F353 F352 

3V3 

5V 

4V6 

9302 

GNDHOT 

I343 

5Vreg 

3317 

1K 

0.4V 

7310 I345 

7311 

5VSTBY 

GND 

5V 3359 

4K7 

GND 

12VSTBY 

3371 

47R 

4302 

3353 

2K7 I357 

9305 

3354 

2K7 

-29.5V 

I356 

-27.5V 

33VSTBY 

7320 

5VSTBY 

5 

GND 

GND 

6 

F327 

5N 

7 F358 

GND 

GND 

8 F357 

12V 

F360 

PH-B 

12V 

6323 

1N5819 

F354 

F355 

5N 

I348 

GNDHOT GNDHOT 

4 

3 

1 

2 

3330 

I350 470R 

4.5V 

2329 

100n I351 

1 

7315 

GND 

3331 

10R 

3357 

4K7 

3332 

5K62 

BC847BW 

GND 

0V 

BC847BW 

GND 

PDTC124EU 

7321 

3355 

47R 

I349 

3372 

33R 

3373 

33R 

8.4V 

7.7V 

7319 

BC846B 

GND 

GND 

7308 

SI2306DS 

2332 

1u0 

TL431 

3 

3345 

3304 

V 

RES_VDR 

2302 

220n 

3305 

7313 

680K 

300V 

13,9V 

F328 

TEA1507 

DRAIN 8 

1 

VCC 

2 7 

GND HVS 

F342 

2V 

I330 

6 

3318 

DRIVER 

SENSE 5 

3 CTRL 

5V 

47R 

4 DEMAG 

1V 

2337 

2317 

10p 

1n 

340V 

0V 

2324 

3347 

3321 

100n 

4K7 

0R22 

2300 

3356 

2325 

2331 

22u 

68u 

GNDHOT GNDHOT 

2309 

68u 

6311 

560R 

3360 

560R 

3366 

1K2 

100n 

1N4003 

3367 

7314 

TCET1108G 

3309 

1K2 

100K 

3310 

6309 

1 2 3 4 5 6 7 8 9 10 

VDrain F327 (no disc loaded) (110V) 


2us/Div 

I331 

VGate I324 (Standby) (110V) 


5us/Div 

U, A models 

2315 

220p 

6316 

I340 

2342 

BAV21 

3352 

47p 

0R33 

VGate I324 (no disc loaded) (110V) 


2us/Div 

3308 

100K 

100K 

BYT42M 

2308 

2314 

5304 

47n 

220p 

I344 

F361 

GNDreg 

VSource I325 (Standby) (110V) 


5us/Div 

2 

2.5V 

I355 

GND 

GND 

3333 

4K7 

3334 

56K 

GNDreg GNDreg 

3319 

6315 

I336 

6312 

4R7 

I332 

3346 

3363 

I339 

VSource I325 (No disc loaded) (110V) 


2us/Div 

BAS316 

BZX384-C5V6 

2K2 

2K2 

5Vreg 

3Vreg 

2312 

1m 

3328 

3364 

3358 

2336 

2333 

10K 

10K 

10R 

I361 

100n 

GND 

47n 

2305 

2319 

2322 

2304 

F359 

IPFAIL 

1m 

1m 

470u 

2n2 

GND 

2306 

2313 

2320 

F336 

F337 

560u 

I311 

2323 

560u 

330u 

12V 

STBY 

100u 

2341 

2328 

1u 

2318 

3325 

22u 

2339 

10u 

47K 

3348 

3362 

2334 

1u 

2321 

680R 

680R 

100n 

GND 

I304 

7302 

6 7 8 

5 

SI2306DS 

7318 

100n 

7309 

6314 

6320 

BZX79-C9V1 

BAS316 

GND 

3350 

2326 

1 2 3 

1K 

4303 

STP16NF06FP 

SI2312DS 

10n 

GND 

1 

1 

1 

4 

3313 

3 

3 

3 

100K 

I352 

8SW 

I347 

2 

2 

2 

7.6V 

11 

2327 

F368 

3314 3343 

3342 

3340 

3339 

1K 

4K7 

4K7 

4K7 

4K7 

3344 

3341 

68K 

68K 

100n 

3315 

3323 

6318 

8K2 

220K 

2338 

BZX79-B33 

3316 

100n 

4K7 

BC857BW 

7322 

6324 

BZX384-C27 

GND 

12V 

3320 

PDTC124EU 

1K0 

3369 

1K0 

3370 

I354 

STBY 

1K0 

3374 

1K0 

9306 

6304 

3327 

1M 

I346 

3329 

2M2 

GND 

4V6 

1N4003 

3V3 

12 13 

5V 

5SW 

I353 

9300 

A 

B 

C 

D 

E 

F 

G 

H 

I 

1300 B1 

1301 C1 

1302 B3 

1303 E8 

1304 C9 

1306 G13 

1307 A12 

1308 D13 

1309 A13 

1931 C1 

1932 E1 

1933 G1 

1934 D1 

2300 C4 

2301 A6 

2302 C2 

2303 B4 

2304 G8 

2305 B8 

2306 B9 

2307 C6 

2308 C6 

2309 C5 

2310 A10 

2311 B10 

2312 C8 

2313 C9 

2314 D6 

2315 D4 

2316 A7 

2317 E3 

2318 C10 

2319 D8 

2320 D9 

2321 E10 

2322 F8 

2323 F9 

2324 H4 

2325 H4 

2326 G10 

2327 G11 

2328 G9 

2329 I6 

2330 C10 

2331 I4 

2332 H13 

2333 A8 

2334 I10 

2335 G5 

2336 I8 

2337 G3 

2338 H11 

2339 B10 

2340 F3 

2341 B9 

2342 D4 

3300 A6 

3301 A6 

3302 F11 

3303 F11 

3304 C2 

3305 C2 

3306 B3 

3307 F11 

3308 C5 

3309 C5 

3310 C6 

3311 C9 

3312 C10 

3313 D11 

3314 C11 

3315 C11 

3316 C12 

3317 H6 

3318 E3 

3319 A7 

3320 A12 

3321 E4 

3322 F9 

3323 E11 

3324 G4 

3325 E10 

3326 G11 

3327 H13 

3328 G8 

3329 I13 

3330 I6 

3331 I7 

3332 I7 

3333 I6 

3334 I7 

3335 A9 

3336 A10 

3337 B9 

3338 B10 

3339 A11 

3340 A11 

3341 A12 

3342 B11 

3343 B11 

3344 B12 

3345 I7 

3346 F7 

3347 I4 

3348 H10 

3349 G10 

3350 F10 

3351 G3 

3352 E4 

3353 H11 

3354 H11 

3355 I9 

3356 G4 

3357 H7 

3358 H8 

3359 H9 

3360 G5 

3361 F11 

3362 H10 

3363 G7 

3364 H8 

3365 F3 

3366 G5 

3367 G5 

3368 D11 

3369 A13 

3370 A13 

3371 H10 

3372 H10 

3373 H10 

3374 A13 

3377 F11 

4301 G12 

4302 H10 

4303 I10 

5300 A6 

5302 C3 

5304 D6 

5305 G9 

5306 C8 

5307 E9 

5308 A9 

5309 D9 

6300 A7 

6301 B4 

6302 B5 

6303 B7 

6304 B13 

6305 C4 

6306 C5 

6307 C7 

6308 C7 

6309 D5 

6310 D7 

6311 E5 

6312 F7 

6313 E7 

6314 I10 

6315 F7 

6316 H4 

6317 F10 

6318 G11 

6319 G9 

6320 I10 

6321 G4 

6322 F12 

6323 H2 

6324 H12 

6325 E9 

7301 A11 

7302 B10 

7303 C11 

7304 B11 

7305 C11 

7306 D12 

7307 E3 

7308 H12 

7309 E10 

7310 H7 

7311 H8 

7312 F11 

7313 G2 

7314 H5 

7315 I6 

7317 A10 

7318 D10 

7319 I11 

7320 H13 

7321 I9 

7322 G12 

9300 H13 

9301 E9 

9302 H2 

9304 G9 

9305 G11 

9306 B13 

C300 B8 

F300 A11 

F301 A12 

F302 A12 

F304 A7 

F305 A7 

F306 B5 

F307 A5 

F308 C1 

F309 C1 

F310 C3 

F311 C2 

F312 B7 

F313 C1 

F314 C1 

F315 C7 

F316 C8 

F317 C9 

F318 C8 

F319 C8 

F320 C7 

F3205 F1 

F321 D12 

F322 D13 

F323 D7 

F324 D12 

F325 D13 

F326 D8 

F327 H1 

F328 E3 

F329 E7 

F331 F13 

F333 F13 

F334 F9 

F335 F10 

F336 G9 

F337 G9 

F338 G6 

F339 G8 

F340 G12 

F341 G13 

F342 G3 

F344 G13 

F345 D13 

F346 E13 

F347 E12 

F348 G1 

F349 H1 

F350 G1 

F351 H1 

F352 H1 

F353 H1 

F354 H2 

F355 H2 

F356 C9 

F357 H1 

F358 H1 

F359 I8 

F360 I1 

F361 I6 

F362 E8 

F363 E8 

F364 E8 

F365 E9 

F366 G11 

F367 G11 

F368 A11 

F371 G12 

F372 G12 

F373 A12 

F374 A12 

I300 A6 

I301 A11 

I302 A6 

I303 A8 

I304 I10 

I305 A10 

I306 B3 

I307 G4 

I308 B8 

I309 B12 

I310 B8 

I311 B9 

I312 B4 

I313 B10 

I314 B4 

I315 B10 

I316 B5 

I317 C4 

I318 C11 

I319 C10 

I320 C10 

I321 C6 

I322 D6 

I323 D11 

I324 E3 

I325 E5 

I327 F10 

I329 F10 

I330 F3 

I331 F3 

I332 F7 

I333 F11 

I334 F11 

I335 F6 

I336 F7 

I337 F10 

I338 F11 

I339 G7 

I340 G4 

I343 H5 

I344 H6 

I345 H8 

I346 H13 

I347 I11 

I348 I3 

I349 I10 

I350 I5 

I351 I6 

I352 I11 

I353 I13 

I354 I12 

I355 I7 

I356 H12 

I357 H11 

I361 I8 

DRX-2 

155

156 

DRX-2 


ANALOG: Multi Sound Processing (MSP) 

1 

2 3 

4 

5 6 7 8 9 

GND 

8SW 

5SW 

1600 F7 

1960 E1 

2600 A6 

2601 A6 

2602 A7 

2603 A7 

GND 

GND 

I601 

2604 A9 

2605 F5 

2606 B8 

A 

3600 

A 

2607 C2 

2608 C9 

8SW 5SW 

* 7600 

MSP3425G 

I602 

18 10 

0V 

8 

0V 

9 4 

I603 

2.6V 

42 

7.6V 

33 

I604 

5.9V 

34 

GND GND 

10K 5SW1 

2609 C2 

2610 D8 

2611 A8 

2612 D8 

2616 E8 

B 

SCLSW 

SDASW 

3601 

100R 3603 

100R 

I615 

I616 

5V 

5V 

12 

13 

14 

15 

16 

17 

I2C_CL 

I2C_DA 

I2S_CL 

I2S_WS 

I2S_DA_OUT 

I2S_DA_IN1 

QFP44 

STBYQ 

DVSUP 

RESETQ 

I614 

11 

5.1V 

I605 

19 

5V 

I617 

22 

5.1V 

GND 

GND 

B 

2617 E8 

2618 E9 

2619 E9 

2620 F7 

2621 F7 

2623 F6 

2624 D2 

2625 D2 

2626 E2 

2627 E2 

2630 C9 

C 

SIF1 

I607 

2607 

56p 

2609 

56p 

I606 

I608 

1.5V 

1.5V 

21 

3 

2 

I2S_DA_IN2 

ANA_IN- 

ANA_IN+ 

DEMODULATOR 

S1...4 

FM1 

FM2 

NICAM A 

NICAM B 

I2SL/R I2SL/R 

LOUDSPEAKER R 

LOUDSPEAKER L 

D/A 

D/A 

DACM_R 

LOUDSPEAKER 

DACM_L 

26 

27 

I632 

2.1V 

3613 

100R 

GND 

AMCO 

C 

2631 C8 

3600 A8 

3601 B2 

3602 B9 

3603 B2 

3604 D1 

3605 D1 

3606 E2 

3607 E2 

3611 D9 

3612 E8 

43 MONO_IN 

IDENT IDENT DFP 

3613 C8 

4601 A5 

AGNDC 

36 

I609 GND 

2612 

GND 

5600 A8 

5601 F5 

5602 F6 

D 

ARDAC 

ALDAC 

3604 

100R 

3605 

100R 

I627 

I629 

2624 

2u2 50V 

for NAFTA only 

I618 

2625 I619 

2u2 50V 

3.8V 41 

3.8V 40 

3.8V 38 

3.8V 37 

SC1_IN_R 

SC1_IN_L 

SC2_IN_R 

SC2_IN_L 

A/D 

A/D 

SCART-L 

SCART-R 

HEADPHONE R 

HEADPHONE L 

SCART-R 

SCART-L 

D/A 

D/A 

SC1_OUT_R 

SC1_OUT_L 

3.8V 

3.8V 

30 

I623 

31 

3.8V 

4u7 

2610 

10n 

GND 

3611 

100R 

3612 

100R 

AFER 

AFEL 

D 

6600 B9 

7600 A3 

F6001 E1 

F6002 E1 

F6004 E1 

I601 A7 

I602 A4 

I603 A6 

I604 A7 

I605 B8 

I606 C3 

I607 C2 

E 

F 

DVAR 

GND 

GND 

DVAL 

1960 

1 

2 

3 

4 

PH-B 

F6001 

F6002 

F6004 

2626 

2u2 50V 

2627 

2u2 50V 

I623 

I630 

I631 

3606 I620 

1K0 

3607 

I621 

1K0 

for DVIN only 

I618/I619 

25 29 35 

GND 

39 

SCART Switching Facilities 

NC 

44 20 

23 24 28 32 

5SW1 

5SW 

GND 

5601 I612 5602 

10u 

10u 

I613 

1 

5V 

7 

2.3V 

I610 

5 6 

1600 

HC-49/U 

18M432 

2.2V 

I611 

GND GND 

GND GND 

* VERSION TABLE Pos. 7600 

APAC 

NAFTA 

TAIWAN 

ALL OTHERS 

S. KOREA 

MSP3425G MSP3415G MSP3425G 

E 

F 

I608 C3 

I609 D8 

I610 F7 

I611 F7 

I612 F5 

I613 F6 

I614 B8 

I615 B3 

I616 B3 

I617 B8 

I618 D2 

I619 D2 

I620 E2 

I621 E2 

I623 E8 

I627 D2 

I629 D2 

I630 E2 


100us/Div 


100us/Div 

GND 

GND 

GND GND 

I631 E2 

I632 C8 

from DVIO-Board 

1 

GND 

GND 

8SW 

2 

5SW 

U, A models 

3 

VREF2 

VREF1 

AHVSS 

4 

ADR_CL 

ASG 

ADR_SEL 

AVSS 

DVSS 

RSA1 

D_CTR_IO1 

RSA2 

D_CTR_IO0 

4601 

TESTEN 

2605 

10u 

2600 

2623 

5 6 

AVSUP 

10u 

100n 

2601 

VREFTOP 

TP 

10n 

AHVSUP 

2620 

2602 

XTAL_IN 

3p3 

CAPL_M 

7 

10u 

XTAL_OUT 

2603 

2621 

100n 

3p3 

2611 

47u 

2616 

1n0 

2631 

8 

2617 

1n0 

1n0 

5600 

2606 

2630 

10u 

100n 

4n7 

not used 

2618 

2604 

6600 

4n7 

not used 

2619 

9 

10n 

BAS316 

4n7 

not used 

2608 

3602 

4K7 

10u


ANALOG: Digital In/Out (DIGIO) 

A 

B 

C 

D 

0005 C4 

1951 A4 

2580 A3 

2581 D1 

DAOUT 

from DAC_ADC 

5V 

from PS 

2582 A2 2587 D2 3581 C2 

2583 A3 2590 A2 3582 C2 

2585 B3 3519 B1 3585 C3 

2586 C3 3580 A3 5580 A1 

GND 

5581 

10u 

1 

5580 

6RG 

3 4 

2 

1 

1 

2581 

3519 

470R 

5VDD 

GND 

100u 

6 

I550 

1 

2590 

150p 

7580-A 

PC74HCU04D 

A 

3581 

2K2 

Y 

2 

5VDD 

3582 

I553 

2587 

2 

330R 

GND 

2 

5581 D1 

6580 C3 

7580-A B2 

7580-B B2 

I556 

2582 

1u0 I551 

U, A models 

3 

100n 

2583 

7580-B 

PC74HCU04D 

A 

7580-C C2 

7580-D D2 

7580-E C2 

7580-F C2 

100n 

7580-C 

PC74HCU04D 

5 6 

A Y 

7580-E 

PC74HCU04D 

11 

10 

A Y 

7580-F 

PC74HCU04D 

13 12 

A Y 

7580-D 

PC74HCU04D 

14 

9 Vcc 

A 

Vss 

Y 

7 

GND 

Y 

4 

8 

2580 

I552 

3 

GND 

3585 

560R 

100n 

F5102 A4 

F5103 A4 

I550 C1 

I551 B2 

2585 

100n 

3580 

75R 

2586 

I554 

F5102 

6580 

1n0 

GND 

F5103 

I555 

I552 B3 

I553 D2 

I554 C3 

I555 B3 

4 

Ground not connected 

to the rear plane 

BZX384-C6V8 

not used 

delete for IOE 

3 4 

3 

2 

GND 

1951 

YKC21-3416 

1 

GND 

I556 A2 

DIGITAL 

OUT 

0005 

GND GND GND 

BRACKET 

A 

B 

C 

D 

DRX-2 

157

A 

B 

C 

D 

E 

F 

158 

DRX-2 


ANALOG: Audio Converter(DAC_ADC) 

IPFAIL 

from PS 

DAOUT 

to DIGIO 


PWONSW 

from IOV 

ALADC 

from IOA 

ARADC 

from IOA 

GND 

DAOUT 

D_IKILL 

GND 

D_PCMCLK 

GND 

D_DATA0 

D_WCLK 

GND 

D_BCLK 

GND 

A_PCMCLK 

GND 

A_DAT 

GND 

A_WCLK 

A_BCLK 

GND 

GND 

I036 

1900 

FMN 

1 2 3 4 5 6 7 8 

6001 

BAS316 

not used 

4005 

22 

21 

20 

19 

18 

17 

16 

15 

14 

13 

12 

11 

10 

9 

8 

7 

6 

5 

4 

3 

2 

1 

3035 

10K 

2023 

2029 

F0021 

F0001 

47u 6.3V 

47u 6.3V 

6002 

F0016 

GND 

GND 

GND 

GND 

GND 

GND 

GND 

I020 

I021 

I030 

BAS316 

3004 

F0014 

F0012 

F0011 

F0009 

3006 

22R 

3.3V 

7006 

BC857BW 

3.2V 

F0007 

F0005 

F0003 

F0002 

22R 

3005 

22R 

3013 

1.6V 

4003 

4004 

1 2 

3V3DD 

3034 

22R 

3046 

470R 

47K 

2006 

GND 

3020 

22R 

I027 

I028 

U, A models 

47p 

5V 

GND 

GND 

3V3DD 

3048 

2031 

I022 

2004 

100R 

47p 

not used 

3V3DD 

7008 

BC847BW 

2u2 

3026 

3045 

100K 

3019 

22R 

GND 

3039 

10K 

3041 

10K 

47K 

2005 

not used 

3047 

I032 

47p 

GND 

100K 

not used 

3V3DD 

7009 

BC847BW 

GND 

3.3V 

47p 

not used 

I014 

2R2 

3002 

3003 

2017 

2R2 

10K 

PDTA124EU 

7003 

0V 

2027 

3001 

GND 

3V3DD 

3044 

GND 

GND 

10K 

7010 

BC847BW 

3018 

22R 

47p 

not used 

2001 

GND 

2016 

2028 

2022 

GND 

GND 

GND 

47p 

not used 

GND 

I024 

47p 

not used 

47u 6.3V 

GND 

3014 

47p 

not used 

2002 

10K 

GND 

DAC_MUTE 

to IOV 

GND I003 

1.6V 

1.6V 

100n 

2.1V 

0V 

GND 

1.6V 

1.6V 

GND 

I015 

I023 

I004 

I006 

1.6V 

1.6V 

1.6V 

1.6V 

GND 

1.2V 

8 

14 

7 

1 

3 

11 

12 

6 

1 BCK 

2 WS 

3 DATAI 

7005 

UDA1361TS 

SYSCLK 

FSEL 

PWON 

VINL 

VINR 

BCK 

WS 

SFOR 

3043 

22R 

GND 

I002 

DIGITAL 

INTERFACE 

DE-EMPHASIS 

6 SYSCLK 

INTERPOLATION 

8 MUTE FILTER 

9 DEEM 

10 PCS 

GND 

13 

VDDA 

NOISE SHAPER 

I008 

DAC 

GND 

CLOCK 

CONTROL 

ADC 

ADC 

4 

VDDD 

DAC 

14 VOL VOR 16 

VSSA 

15 

VSSD 

5 

2015 

100n 

I013 

VREF-DAC 

I011 

2009 

2011 

16 

VDDA 

DECIMATION 

FILTER 

100n 

GND 

10u 25V 

3V3DD 

DC-CANCEL 

FILTER 

DIGITAL 

INTERFACE 

2010 

9 

VDDD 

VSSD VSSA 

10 15 

GND 

12 

7001 

UDA1334BTS 

SFOR0 11 

SFOR1 7 

GND 

1.6V 

I009 

3.2V 

47u 6.3V 

GND 

VREFP 5 

VREFN 4 

VREF 2 

DATAO 13 

2003 

GND 

1.6V 

3.2V 

3 4 5 6 7 8 9 

I033 

1.6V 

1.2V 

GND 

3024 

47K 

1% 

2013 

I019 

100n 

2007 

3007 

I005 

3017 

47K 

1% 

2R2 

3015 

6.3V 

100u 

2014 

GND 

2019 

10u 25V 

3V3DD 

2033 

3V3DD 

100n 

GND 

GND 

2R2 

100n 

GND 

GND 

2020 

470p 

2034 

GND 

3V3DD 

I001 

2008 

GND 

I018 

6.3V 

47u 

GND 

I012 

470p 

I014/I032 


100us/Div 

1n0 

5% NP0 

2025 

3009 

4K7 

1% 

GND 

F009 F008 

1n0 

5% NP0 

2037 

3027 

4K7 

1% 

GND 

2040 

4n7 

2038 

GND 

1001 

T125mA 

MRT 

4n7 

GND 

4n7 

2039 

4n7 

GND 

3011 

3012 

I007 

I016 

3029 

3030 

I017 

F007 

1R0 

330R 

1% 

ARDAC/ALDAC F010/F011 


100us/Div 

1R0 

330R 

1% 

F006 

100K 

1% 

3053 

3010 

100K 

1% 

0V 

GND 

2024 

27p 

2035 

10p 

not used 

0V 

2 

3 

GND 

6 

5 

2026 

27p 

2036 

10p 

not used 

5N 

4 

8 

5V 

4006 

not used 

5001 

Bead 

3054 

3K3 

2018 

100n 

100n 

3V3 

from PS 

3052 

3K3 

2012 

9 

4 MC33078 

7002-A 

0V 

1 

8 

MC33078 

7002-B 

7 

GND 

0V 

GND 

5V 

5V 

from PS 

F010 

F011 

5N 

from PS 

5N 

4002 

4001 

ARDAC 

to IOA, MSP 

ALDAC 

to IOA, MSP 

A 

B 

C 

D 

E 

F 

1001 A8 

1900 B1 

2001 A4 

2002 A4 

2003 A6 

2004 B3 

2005 B3 

2006 B2 

2007 B6 

2008 B7 

2009 C5 

2010 C6 

2011 C5 

2012 E9 

2013 D6 

2014 D6 

2015 D5 

2016 D4 

2017 D3 

2018 D9 

2019 E6 

2020 E7 

2022 B4 

2023 E1 

2024 B8 

2025 D7 

2026 D8 

2027 F3 

2028 F4 

2029 F1 

2031 C3 

2033 B7 

2034 D7 

2035 B8 

2036 D8 

2037 B7 

2038 B8 

2039 D8 

2040 D7 

3001 A3 

3002 A3 

3003 B3 

3004 B2 

3005 B2 

3006 B2 

3007 B6 

3009 A7 

3010 A8 

3011 B8 

3012 B8 

3013 B2 

3014 C4 

3015 D6 

3017 D6 

3018 D4 

3019 D3 

3020 E2 

3024 C6 

3026 E3 

3027 C7 

3029 D8 

3030 D8 

3034 E2 

3035 E1 

3039 E3 

3041 F3 

3043 F5 

3044 C4 

3045 C3 

3046 C2 

3047 C3 

3048 C3 

3052 A9 

3053 C8 

3054 C9 

4001 E9 

4002 B9 

4003 E2 

4004 F2 

4005 A1 

4006 A9 

5001 A9 

6001 A1 

6002 B1 

7001 A6 

7002-A B9 

7002-B E9 

7003 B3 

7005 D5 

7006 E1 

7008 C3 

7009 C3 

7010 C4 

F0001 E1 

F0002 E2 

F0003 D2 

F0005 D2 

F0007 D2 

F0009 D1 

F0011 C1 

F0012 C1 

F0014 C1 

F0016 C1 

F0021 A1 

F006 A8 

F007 A8 

F008 A7 

F009 A7 

F010 C9 

F011 E9 

I001 A7 

I002 A5 

I003 A4 

I004 A4 

I005 B6 

I006 B4 

I007 A8 

I008 C5 

I009 C6 

I011 C5 

I012 C7 

I013 D5 

I014 E3 

I015 D4 

I016 D8 

I017 E8 

I018 E7 

I019 E6 

I020 E1 

I021 E1 

I022 E3 

I023 E4 

I024 E4 

I027 E2 

I028 F2 

I030 F1 

I032 E3 

I033 B6 

I036 E1


ANALOG: Frontend Video (FV) 

A 

B 

C 

D 

E 

F 

G 

H 

I 

0005 A1 

1701 C7 

1702 E7 

1703 D7 

33VSTBY 

SCLSW 

SDASW 

1704 F14 2719 B5 

1705 C1 2720 B4 

1706 F14 2721 B5 

2713 A3 2722 B8 

RF 

IN 

RF 

OUT 

12 

13 

GND 

5SW 

5SW 

1705 

UV1316-MK3 

MT 

AGC 

220R 

3704 

2732 

I715 

1 2 

1 

2u2 

GND 

VT 

PRE-FIL 

2 

3727 

1R 

I716 3729 

1R 

0005 

GND 

NC1 

2733 

I734 

I735 

2735 

2723 B8 

2724 B10 

2725 D3 

2727 C8 

TRACK 

FILTER 

6 

I733 

NC2 

100n 

GND 

56p 

not used 

GND 

BRACKET 

10 

GAIN 

CTRL TRACK 

PRE-AMP FILTER 

33V 

2736 

56p 

not used 

1 2 

9 

VCC 

GND 

2728 C11 

2729 C12 

2730 C9 

2731 C9 

7 

5704 

not used 

AS 

F701 

3 

GND 

2732 F1 

2733 F1 

2734 D4 

2735 G1 

3702 

MIX-OSC 

SCL 

IF AMP 

AGC 

DET 

PLL 

4 

470R 

I701 

SDA 

5 

ADC 

8 

2736 G2 

2737 E15 

2740 F8 

2741 F4 

3703 

GND 

15 

MT 

14 

2742 F8 

3701 A7 

3702 A2 

3703 A3 

3704 F1 

3705 C14 

3710 A9 

3711 A4 

3714 B11 

3715 B12 

3716 B5 

3717 E12 

3720 B9 

3724 B8 

3725 B12 

3726 C5 

3 4 5 6 

150K 

IFOUT 11 

F707 

2713 

GND 

GND 

I732 

22u 

2725 

2720 

7712 

PDTC124EU 

100u 

I741 

22p 

for PAL-I only 

3733 

4K7 

F710 

GND 

2.4V 

3711 

G model 

F704 

33K 

GND 

9701 

5SW 

GND 

5SW 

5705 

6u8 

2734 

1n 

2741 

1n 

4700 

delete for MSTD 

I731 

SFS_TS 

0V 

3727 G1 

3728 D13 

3729 G1 

3730 D5 

3731 F13 

3732 E15 

3733 G4 

3734 F15 

for MSTD only 

4701 

delete for MSTD 

3735 F14 

3736 F15 

3737 E6 

3738 E6 

3 4 5 6 

SB1 

3716 

6703 

I742 

5SW 

F713 

4K7 

BA591 

6704 

I703 

3726 

I704 

6705 

BA591 

100R 

2721 

120p 

2719 

220p 

BA591 

3730 

4K7 

GND 

I729 

I730 

3745 

5K6 

3737 

I702 

GND 

2K2 

3758 

3742 

3739 F10 

3740 F9 

3741 D14 

3742 F6 

40,4-ADJUST 

7705 

PDTC124EU 

GND 

5SW 

7KMY 5710 

4 

3 

6 

7704 

PDTC124EU 

5SW 

10K 

4K7 

7706 

PDTC124EU 

GND 

I739 

3746 

5K6 

GND 

3738 

8 

5SW 

GND 

0.1V 

6K8 

5.1V 

for MSTD only 

7 

F709 

GND 

2 

1 

3743 G8 

3744 G8 

3745 H5 

3746 H6 

3701 

680R 

7714 

BC847BW 

GND 

* 

7 

3758 G6 

4700 E4 

4701 G5 

5704 A2 

1 

4 3,3V 

1701 

OFWK3953M 

2 

5 3,3V 

3 

F703 

I706 

1 

2 

4.1V 

GND 

1 

GND 

GND 

1702 

OFWK9656M 

GND 

3 

I743 

4 

5 

4 

1703 

OFWG3956M 

2 

5 

3 

I744 

I707 

I708 

3.1V 

5705 B4 

5709 B11 

5710 B6 

5711 C10 

I745 

AGC-ADJUST 

2723 

3,3V 1 

3,3V 2 

3,2V 23 

3,2V 24 

5713 D13 

5714 G14 

6703 C5 

6704 E5 

470p 

* 

8 9 

I709 

TUNER VIF 

AGC AGC 

VIF 

AMPLIFIER 

SIF 

AMPLIFIER 

SIF INTERCARRIER 

AGC MODE SWITCH 

2,8V 5 

2740 

GND 

0,7V 

7710 

TDA9817 22 

14 

5SW 

I727 

3724 

2u2 

GND 

7717 

3743 

BC847BW 

2.5V 56K 

22K 

3744 

6705 F5 

7701 A10 

7702 D15 

7704 C6 

2727 

GND 

0,9V 

100K 

2722 

100n 

15 

I711 

GND 

GND 

2u2 low leakage 

3,1V 

4 

5,2V 3 

I728 

I721 

7705 D6 

7706 H6 

7710 C8 

7711 F14 

3720 

2730 

GND 

I713 

I712 

2742 

1n 

3740 

680R 

AGC 

PSS 

330R 

2,5V 

FPLL 

220n 

3710 

3,5V 

2,7V 

VCO 

TWD 

0V 

AFC-ADJUST 

QSS MIXER 

INTERCARRIER MIXER 

AM DEMODULATOR 

10 11 12 

AFC 

DETECTOR 

VIDEO DEMODULATOR 

AND AMPLIFIER 

VOLTAGE 

REFERENCE 

FM-PLL DEMODULATOR 

PSS 

7 8 9 10 11 

I717 

6 7 

7712 H4 7717 G7 F703 D7 F709 C6 I702 B6 I707 D7 I712 C9 I717 A9 I725 F13 I729 F5 

7713 D12 9701 D4 F704 A4 F710 D3 I703 B5 I708 D7 I713 B9 I721 G9 I726 E10 I730 F5 

7714 H6 F701 E2 F707 E3 F713 H5 I704 C5 I709 C8 I715 G1 I723 F15 I727 E8 I731 H4 

7716 D14 F702 C11 F708 B11 I701 B2 I706 E6 I711 C9 I716 G1 I724 E14 I728 E9 I732 B3 

5K6 

I746 

3.5V 

7701 

PDTC124EU 

GND 

2731 

8p2 

N750 

19 

I748 

6 

4 

2,7V 

8 

1 

2 

3 

2V 12 13 

I726 

SIF1 

7 

7KMY 5711 

GND 

18 

3739 

5K6 

GND 

2724 

3714 

GND 

5SW 

100n 

3V 

SB1 

18K 

17 

SFS_TS 

9 

SB1 

5709 

F702 

5SW 

1 

0 

0 

6u8 

5V 

B/G 

21 

2728 

10 11 

I 

1 

0 

1 

F708 

10n 

2729 

GND 

GND 

20 

L 

0 

0 

1 

3715 

10K 

10u 

GND 

16 

2V 

8 

Lí 

0 

1 

1 

3725 

GND 

I749 

8K2 

D/K 

1 

0 

1 

for MSTD only 

BC857BW 

7713 

3717 

VFV I723 


10us/Div 

5V 

I751 

4K7 

1.9V 100R 

* 

3731 

270R 

3728 

Pos. 

1703 

1704 

1706 

3731 

4700 

4701 

7710 

I733 F1 

I734 G1 

I735 G1 

I739 H6 

13 14 15 

I725 

I754 

1.9V 

7716 

BC857BW 

5713 

15u 

* 

* 

1706 

1 

PAL BG (/01) 

G3956M 

TPS 5,5 MHz 

-- 

270R 

0R 

0R 

TDA9817 

I741 D4 

I742 D5 

I743 E7 

I744 E7 

2 TPS 

GND 

5714 

15u 

* VERSION TABLE 

12 13 14 

3 

1.9V 

1704 

3 1 

O 

2 G 

GND 

I 

5MHZ5 

TPSR 

I724 

PAL I (/07) 

K3953M 

-- 

TPS 6,0 MHz 

330R 

0R 

0R 

TDA9817 

I745 A8 

I746 B9 

I748 C9 

I749 D12 

3705 

5V 3741 

5V 

3735 

5SW 

3K3 

GND 

10K 

4K7 

7702 

PDTC124EU 

GND 

I751 D13 

I754 D13 

3732 

3736 

5SW 

7711 

BC857BW 

1.9V 

0.5V 

1K 

330R 

GND 

2.5V 

0.2V 

I723 

3734 

2K7 

GND 

MULTISTD (/39) 

G3956M 

TPS 5,5 MHz 

-- 

270R 

-- 

-- 

TDA9818 

15 

2737 

47u 

GND 

AFC 

SB1 

VFV 

A 

B 

C 

D 

E 

F 

G 

H 

I 

DRX-2 

159

A 

B 

C 

D 

E 

F 

G 

H 

I 

160 

DRX-2 


ANALOG: In/Out Video (IOV) 

from/to Display Board (1) /EPG Board (11) 

VGNSTBY 

SDA 

SCL 

1945-3 

17 

12VSTBY 

18 

ION 

19 

SFS_TS 

20 

PSS 

21 

AGC 

22 

SB1 

23 

WSFI 

24 

FOME 

1 2 

SCL 

1943 

SCL 1 

SDA 2 

5VSTBY 3 

5VSTBY 

GND 4 

GND 

GND 5 

GND 

INT 6 

12VSTBY 7 

IPOR_DC 8 

12VSTBY 

VGNSTBY 9 

TEMP_SENSE10 

VGNSTBY 

FMN 

5VSTBY 

GND 

4402 

GND 

from/to uP Board (2) 

1 

GND 

5SW 

5VSTBY 

GND 

1942 

9 F4210 2421 

YFIN 

8 

10u 

GND 

CFIN 

7 

F4203 

N.C. 

6 

GND 

CVBSFIN 

5 

4 

3 F4207 

AINFL 

2 

GND 

AINFR 

1 

5VSTBY 

PH-B 

AINFR 

F4209 

AINFL 

ASC1S 

FOME 

SB1 

AGC 

PSS 

SFS_TS 

ION 

WU 

TEMP_SENSE 

from/to Front Connector (2) 

WSFI 

VSA1 

VSA2 

VGNSTBY 

12VSTBY 

2402 

3489 

82K 

5VSTBY 

100n 

3408 

3K9 

3429 

I418 

47K 

GND 

BC857BW 

7403 

3437 

2449 

68p 

10K 

3438 

I419 

WSFI 

5SW 

5/0V 

GND 

5VSTBY 

BC857BW 

7401 

10K 

3405 

22K 

2407 

12VSTBY 

12VSTBY 

GND 

not used 

2459 

3481 

1M 

not used 

2 

1u 

GND 

F4205 

F402 

5NSTBY 

GND 

2412 

3 

5SW 

3458 3460 

4K7 4K7 

8k2 for C-Step 8k2 for C-Step 

delete for C-Step 

I429 

not used 

3454 

1K 

5VSTBY 

3407 

3K3 

5NSTBY 


1M 

not used 

3447 

47K 

3433 

100R 

3484 

1M 

not used 

100p 

not used 

4 

3490 

150R 

GND GND 

5VSTBY 

I411 

I412 

GND 

V+ 

GND 

I417 

GND 

13 

2 

CTL1 

CTL2 12 

GND1 

7 

CTL3 

15 

4 

GND2 

GND3 10 

IN1A 16 

1 

IN1B 

IN2A 11 

IN2B 14 

8 

IN3A IN3B 9 

7411 

NJM2285M 

2.5V 

2.5V 

0V 

1.8V 3 

OUT1 

1.7V 

0.8V 5 

OUT2 

0V 

1.2V 6 

OUT3 

1.5V 

0V 

2V 

1.6V 

GND 

7419 

BSH111 

F4505 

2403 

3483 

3432 

100R 

1945-1 

1 

SCL 

2 

SDA 

3 

4 

INT 

5 

IPOR_DC 

6 

7 

PWONSW 

8 

A_YCVBS 

F499 

4.7/4.5V 

7402 

I408 

4.5/5V I407 

I406 

BC847BW 

2450 

0.7/0V 

0/0.7V 

100n I409 

GND 

F401 

SDA 

SCL 

3406 

SDA 

5NSTBY 

220K 

SCLSW 

2428 

10u 

I416 

GND 

3440 

10K 

TEMP_SENSE 

2464 

47u 

7420 

BSH111 

A_YCVBS 

GND 

10u 

PWONSW 

2404 

SDASW 

I413 

47K 

100n 

2408 

1u 

3446 

I415 

5VSTBY 

5NESD 

2401 

GND 

3 4 

1M 

not used 

A_YCVBS 

3400 I453 

5V 

3416 

7421 

BC847BW 

100K 4K7 

0V 

not used 

5V 

5NSTBY 

7404 

BC857BW 

-4.5V 

GND 

GND 

F5120 

5401 

GND 

3418 

100K 

YCVBSIN2 

GND 

5SW 

10u 

2417 

10u 

I465 I461 I462 I463 

A:DC, 500mV/Div 

10us/Div 


10us/Div 


10us/Div 

I428 

AKILL 

3404 

3419 

2406 

CVBSIN1 

75R 

GND 

5VSTBY 

3459 

10K 

5VSTBY 

3415 

22K 

10n 

3482 

1K 

1945-2 

9 

IPFAIL 


10us/Div 

G model 

P50 

6409 

6401 

GND 

5NESD 

2410 

1u 

3455 

3451 

I454 

BZX384-C6V8 

BZX384-C12 

10K 

10K 

21A 

CVBSIN1 

20A 

YCVBSOUT1 

19A 

GND 

I424 

F5119 

3414 

10 

11 

12 

13 

KILL 

ASC1M 

F412 

WU 

WU 


5 6 7 8 9 

6420 

6414 

8SC2 

75R 

14 

5 

18A 

17A 

FBOUT 

16A 

RCOUT 

15A 

14A 

13A 

12A 

GOUT 

11A 

P50 

10A 

9A 

8SC1 

8A 

BOUT 

7A 

AIN1L 

6A 

GND 

F5110 

BZX384-C12 

5NESD 

0V 

F5116 

3445 

150R 

5VSTBY 

3439 

10K 

7412 

PDTC124EU 

P50 

BZX384-C6V8 

15 

3412 

75R 

SDASW 

SDASW 

SCLSW 

16 

I460 

GND 

6402 

3409 

75R 

1% 

SCLSW 

2446 

1u 

IASC1M 

5V 

I459 

BZX384-C12 

6403 

3413 

75R 

1% 

VFV 

STBY 

F5113 

I458 

BZX384-C12 

6404 

5NESD 

3410 

75R 

1% 

I420 

1945-4 

25 

5VSTBY 

2419 

1u 

F5106 

5403 

10u 

I466 

V V V V 

3471 

3472 

3475 

100K 

100K F5101 100R 

30 

GND 

F5103 

5VSTBY 

GND 

5SW 


6 7 

5A 

4A 

I461 1V 31 

R|PR|COUT-TV 

I462 1V 29 

G|YOUT-TV 

I463 1V 27 

B|PBOUT-TV 

I464 3.5V 34 

FBOUT-TV 

I465 1.4V 33 

Y|CVBSOUT-TV 

I470 5V 

5VSTBY 

3955 

10K 

AFC 

AFC 

BZX384-C12 

F5108 

GND 

26 

27 

28 

STBY 

3465 3466 

I457 

2413 

47u 

2414 

100n 

2411 

I414 

2.1V 

2.4V 

GND 

100n 

GND 

GND 

36 

40 CIN-TV 

31 

VDD 

41 Y|CVBSIN-TV 

1 Y|CVBSIN-TUN 

43 CIN-TUN 

37 SCL 

I405 

GND 

0V 28 

C-GATE 

0V 42 

DIGOUT1 

0V 44 

DIGOUT2 

0V 2 

DIGOUT3 

I468 0V 14 

DIGOUT4 

0V 16 

DIGOUT5 

0V 

18 

DIGOUT6 

I469 5V 38 

SDA 

FBIN 

29 

8 

32 

I456 

GNDB-REC 

3A 

2A 

1A 

1940-1 

2435 

VCC 20 

100n 

2434 

GND 

GND2 

GND 

F5102 

GND 

24 30 32 

VCCB-REC 

VCCB1 

VCCB2 

VCCB3 

6423 

22 12 3 26 39 

GND GND GND GND GND 

A_YCVBS 

AIN1R 

BZX384-C12 

GND 

3467 3468 

GND 

5VSTBY 

2409 

2405 

GND 

47u 

GND 

3V 

9 

R|PR|CIN-ENC 

I483 2440 

10 I482 1u 2.6V 

G|YIN-ENC 

11 I481 3V 

B|PBIN-ENC 

4 2.5V 2437 

CVBSIN-ENC 

6 3VI479 

2439 1u 

CIN-ENC 

7 

YIN-ENC 

I478 100n 2.5V 

23 

COUT-AUX 

25 

Y|CVBSOUT-AUX 

GND1 

47u 

GND 

100n 

3476 

100R 

17 0V 

R|PR|CIN-AUX 

15 2.5V 2423 

G|YIN-AUX 

13 4.5V 1u 

B|PBIN-AUX 

35 0V 3494 

FBIN-AUX 

19 150R 

Y|CVBSIN-AUX 

2.1V 

GNDB 

7408 

STV6618 

GNDD 

GND 

DECV 

21 I476 

Y|CVBSOUT-REC 

5 4V 2433 

47n 

1.8V 

GND 

2418 

1u 

2427 

1u 

3452 

150R 

10 

1947 

1 

2 

3 

4 

5 

6 

7 

F4707 

8 

9 

10 

11 

12 F4712 

13 

14 F4714 

15 

16 F4716 

17 

18 F4718 

19 

20 F4720 

21 F4721 

22 F4722 

A_R 

GND 

A_B 

5406 

10u 

GND 

A_G 

4401 

YCVBSIN2 

1.6V 

1.4V 

A_C 

GND 

GND 

5402 

10u 

5VSTBY 

GND GND 

from / to Digital Board (6) - EPG Board (11) 

8 9 

2438 

1u 

GND 

GND 

10 

3411 

6424 

GND 

75R 

GND 

BZX384-C12 

5NESD 

2415 

F913 

21B 

20B 

100p 

not used 

GND 

GND 

6419 

2441 

1u 

2436 

1u 

19B 

18B 

GND 

BZX384-C12 

5NESD 

3427 

F5219 

75R 

F5210 

6422 

F5220 

3485 

11 

17B 

16B 

GND 

BZX384-C3V9 

F5216 

3417 

75R 

GND 

1M 

not used 

3486 

1M 

not used 

3495 

470R 

3401 

75R 1% 

3402 

75R 1% 

3403 

75R 1% 

F5206 

A_CVBS I405 D_CVBS F4712 

D_Y F4714 D_C F4716 D_R F4718 D_G F4720 D_B F4722 


10us/Div 


10us/Div 


10us/Div 

A_YCVBS 


10us/Div 

AOUT1R 

AIN1R 

D_CVBS 

AOUT1L 

D_Y 

AIN1L 

D_C 

GND 


10us/Div 

D_R 

D_G 

YCVBSIN2 

D_B 

CVBSOUT2 

FBIN 

6415 

3491 

150R 

3443 

15B 

14B 

100K 

F5215 

3420 

GND 

BZX384-C12 

6416 

3492 

150R 

150R 

GND 

13B 

12B 

2445 

F5213 

F5211 

GND 

BZX384-C12 

6417 

5NESD 

3493 

150R 

470p 

5VSTBY 

3431 

12 13 14 

11B 

10B 

9B 

8B 

F5207 

GND 

BZX384-C12 

F5208 

4K7 

3449 1.6V 

150R I484 

5SW 

5404 

10u 

GND 

2430 

6418 

GND 

7B 

6B 

V 

3470 

100K 

100n 

2425 

3464 

GND 

AIN2L 

BZX384-C12 

3425 

100n 

2424 

11 12 13 14 

GND 

GND 

470R 

I449 

V 

7406 

100n 

BC857BW 

GND 

5B 

4B 

I341 

5VSTBY 

GND 

47u 

GND 

3B 

2B 

1B 

1940-2 

3463 

3422 

820R 

2420 

3488 

100K 

3435 

75R 

3487 

3426 

33K 

6425 

100K 

F5202 

GND 

3436 I451 

68R 

6428 

GND 

2448 

BZX384-C12 

6426 

GND 

I440 

I439 

6427 

BZX384-C12 

2444 

470p 

V 

F5201 

V 

12VSTBY 12VSTBY 

GND 

GND 

7405 

BC847BW 

GND 

I402 

11.7/0.1V I467 

BZX384-C12 

470p 

7409 

BC847BW 

GND 

1 

3 

4 

2 

1940-3 

0350808190 

GND 

3462 3461 

3469 

100K 

3434 

4K7 

2422 

10n 

BZX384-C12 

GND 

GND 

3477 

100R 

3478 

100R 

3421 

27K 

3423 

3424 

33K 

GND 

REAR OUT 

S-CONN 

Y 

C 

GND 

390R 

7407 

BC847BW 

1948 

TCS79 

3496 

470R 

GND 

F485 

5 

2416 

1u 

2461 

4u7 

7410 

NJM2267M 

2.3V 

I447 1 VIN1 

6DB 

I448 

7 

V+ 

GND GND 

2.6V 

2443 

I442 

VOUT1 4 

100u 

I443 

VSAG1 3 2442 

GND 

5NESD 5NESD 

I438 

3441 I437 

1 

4 

GND 

1949-C 

LPR6520 

CVBS 

GND 

2.5V 22u 

75R 

2460 

4u7 

2.3V 

I446 8 VIN2 

GND 

6DB 

2.6V 2432 

I444 

VOUT2 5 

100u 

I445 

VSAG2 6 2429 

2.5V 22u 

GND 

I441 

GND 

5NESD 

1 

3 

1 

1949-B 

LPR6520 

AL 

1949-A 

LPR6520 

2 

2462 I431 3448 I485 

GND 

3473 I433 

GND 

2 AR 

10u 470R 

100R 

5NESD 

GND 

2447 

2463 I434 3450 0V 3474 

470p 

6429 

GND 

GND 

BC817-25W(COL) 0V 

10u 470R 

100R I486 

BC817-25W(COL) 

BZX384-C12 

3457 

7415 

7416 

3456 

AKILL 

ALDAC 

AKILL 

DAC_MUTE 


10us/Div 

-4.3V 


10us/Div 

8SC2 

ARDAC 

2.2V 

3444 

100K 

AIN2R 

WSRO 

11.1/0V 

3442 0/0.6V 

150K 

3428 0/0.6V 

100K 

GND 

GND 

GND 

-4.3V 

AOUT2R 

AIN2R 

AOUT2L 

AIN2L 

11.7/0.2V 

11.6/0V 

7 

6 

GND 

5NESD 

DAC_MUTE 

A 

B 

C 

D 

E 

F 

G 

H 

I 

1940-1 A8 

1940-2 A13 

1940-3 A14 

1942 E1 

1943 C1 

1945-1 I2 

1947 I7 

1948 F14 

1949-A H14 

1949-B H14 

1949-C G14 

2401 B4 

2402 B1 

2403 D3 

2404 D3 

2405 C8 

2406 I4 

2407 I2 

2408 F3 

2409 D8 

2410 C4 

2411 D6 

2412 I2 

2413 C7 

2414 C7 

2415 C10 

2416 G11 

2417 F4 

2418 F9 

2419 E6 

2420 F13 

2421 E1 

2422 F13 

2423 G9 

2424 G13 

2425 G12 

2427 G9 

2428 F3 

2429 H13 

2430 E12 

2432 H13 

2433 E9 

2434 C8 

2435 C7 

2436 E10 

2437 E9 

2438 F9 

2439 E9 

2440 E9 

2441 E10 

2442 H13 

2443 G13 

2444 H13 

2445 I11 

2446 H6 

2447 I14 

2448 I13 

2449 F1 

2450 B2 

2459 E2 

2460 H11 

2461 G11 

2462 I11 

2463 I13 

2464 A3 

3400 H4 

3401 B11 

3402 B12 

3403 B12 

3404 B4 

3405 B2 

3406 B2 

3407 B3 

3408 B1 

3409 B5 

3410 C6 

3411 B10 

3412 C5 

3413 B6 

3414 C5 

3415 H4 

3416 H4 

3417 C11 

3418 I3 

3419 I4 

3420 F11 

3421 C14 

3422 D13 

3423 D14 

3424 E14 

3425 E12 

3426 E13 

3427 C11 

3428 E14 

3429 E1 

3431 E12 

3432 C3 

3433 C3 

3434 F13 

3435 F13 

3436 F13 

3437 G1 

3438 G1 

3439 F5 

3440 H3 

3441 H13 

3442 D13 

3443 I11 

3444 I13 

3445 E5 

3446 B3 

3447 A3 

3448 I11 

3449 F12 

3450 I13 

3451 I4 

3452 G9 

3453 D1 

3454 A3 

3455 D4 

3456 I14 

3457 I11 

3458 H2 

3459 G4 

3460 H3 

3461 A14 

3462 A14 

3463 A13 

3464 A12 

3465 B7 

3466 B7 

3467 B8 

3468 B8 

3469 B14 

3470 B12 

3471 B7 

3472 B8 

3473 I12 

3474 I14 

3475 B9 

3476 B9 

3477 B14 

3478 B14 

3481 F2 

3482 E4 

3483 F3 

3484 F3 

3485 G11 

3486 H11 

3487 H13 

3488 H13 

3489 E1 

3490 D4 

3491 D11 

3492 D11 

3493 D12 

3494 G9 

3495 I11 

3496 I14 

3955 H6 

4401 A9 

4402 E1 

5401 C4 

5402 C9 

5403 C6 

5404 F12 

5406 C8 

6401 B4 

6402 B6 

6403 B6 

6404 B6 

6409 A4 

6414 B5 

6415 B11 

6416 B12 

6417 B12 

6418 B12 

6419 B11 

6420 A5 

6422 A11 

6423 A8 

6424 B10 

6425 G13 

6426 G13 

6427 H13 

6428 H13 

6429 I14 

7401 B2 

7402 B3 

7403 B1 

7404 I4 

7405 C14 

7406 F13 

7407 E14 

7408 D8 

7409 D14 

7410 G11 

7411 D3 

7412 H5 

7415 I12 

7416 I14 

7419 H2 

7420 H3 

7421 H4 

F401 H2 

F402 H2 

F412 I5 

F4203 F1 

F4205 F2 

F4207 F1 

F4209 G1 

F4210 E1 

F4505 I3 

F4707 I8 

F4712 I9 

F4714 I9 

F4716 I10 

F4718 I10 

F4720 I10 

F4721 I10 

F4722 I10 

F485 F14 

F499 A3 

F5101 B8 

F5102 B8 

F5103 B7 

F5106 B6 

F5108 A7 

F5110 A5 

F5113 A6 

F5116 A5 

F5119 A5 

F5120 B4 

F5201 A14 

F5202 A13 

F5206 A12 

F5207 A12 

F5208 C12 

F5210 A11 

F5211 A12 

F5213 A12 

F5215 A11 

F5216 B11 

F5219 A11 

F5220 F11 

F913 D10 

I341 A13 

I402 D14 

I405 H7 

I406 B2 

I407 B2 

I408 B3 

I409 B3 

I411 D3 

I412 D4 

I413 C3 

I414 D7 

I415 F3 

I416 F3 

I417 E4 

I418 H1 

I419 I1 

I420 I6 

I424 I5 

I428 I4 

I429 I2 

I431 I11 

I433 I13 

I434 I13 

I437 G14 

I438 G13 

I439 G13 

I440 F13 

I441 H13 

I442 G12 

I443 G12 

I444 H12 

I445 H12 

I446 H11 

I447 G11 

I448 G12 

I449 F13 

I451 F13 

I453 H4 

I454 I4 

I456 C7 

I457 C7 

I458 A6 

I459 A6 

I460 A5 

I461 D6 

I462 E6 

I463 E6 

I464 E6 

I465 E6 

I466 E6 

I467 D14 

I468 G6 

I469 G6 

I470 G6 

I476 F8 

I478 E8 

I479 E8 

I481 E8 

I482 E8 

I483 D8 

I484 F12 

I485 I12 

I486 I14


ANALOG: In/Out Audio (IOA) 

A 

B 

C 

D 

E 

F 

2504 

3510 

AIN1L 

GND 

3516 

1u 

100K 

100K 

GND 

2524 

I527 

2505 

3534 

AFEL 

AIN1R 

1u 

100K 

GND 

3514 

1u 

1 2 3 4 5 6 

100K 

GND 

2525 

I528 

AFER 

1u 

0V I503 

0V I502 

3507 

GND 

GND 

I501 

0V 12 

3511 

100K 

100K 

GND 

0V 

2503 

GND 

GND 

1 

5 

LL 

LH 

MSB LSB 

LOGIC 

2 HL 

3 L 

4 

0V I504 14 

0V 15 

AKILL 

11 

100n 

5VSTBY 

HH 

LL 

LH 

HL 

16 

HH 

2518 

5NSTBY 

F501 

F502 

VDD 

7503 

VSS 

8 

100n 

7 

9 

I505 

HEF4052BT 

GND 

3528 

VSA1 

VEE 

-4.3V 

6 

10 

3530 

820R 

VSA2 

GND 

H 

H 

4K7 7509 


I506 

L 

F504 

GND 

G model 

0V 

I510 

I533 2516 

13 

0V 

0V 

3520 

I511 

AOUT2L 

100u 

220R 

GND 

2510 

100u 

3532 

1K 

3533 

1K 

I531 

2520 

1n 

AKILL 

5VSTBY 

5VSTBY 

3535 

3536 

3K9 

not used 

GND 

3K9 

not used 

GND 

GND 

I507 

I509 

3508 

5NSTBY 

0V 

0V 

3513 

GND 

3 

2 

5 

6 

3529 

5NSTBY 

0V 

0V 

1K 

1K 

2519 

100u 

5VSTBY 

3531 

820R 

GND 

2509 

100n 

100n 

5NSTBY 

-4.3V 

4 

7502-B 

MC33079 

7 

4K7 

7511 


GND 

7502-A 

MC33079 

1 

11 

2514 

GND 

0V 

0V 

GND 

0V 

I508 

2511 

I532 

3521 

AOUT2R 

2506 

100u 

220R 

AIN2R 

1u 

2517 

1n 

3504 

2513 

ALDAC 

from DAC_ADC 1u0 

X5R 

LL 

LH 

MSB LSB 

LOGIC 

2 HL 

3 

HH 

LL 

LH 

HL 

HH 

H 

L 

H 

L 

LL 

LH 

MSB LSB 

LOGIC 

I516 2 HL 

3 

1 2 3 4 5 6 7 

8 

100K 

GND 

2501 

GND 

AIN2L 

1u 

2535 

0V 

3503 

2515 

ARDAC 

from DAC_ADC 1u0 

X5R 

GND 

GND 

GND 

GND 

GND 

0V 

0V 

GND 

100n 

100K 

GND 

1 

5 

4 

12 

14 

15 

0V 11 

3506 

100K 

GND 

5VSTBY 

16 

VDD 

7504 

2507 

AINFL 

3505 

100K 

ASC1S 

from IOV 

I521 

9 

1u 

HEF4052BT 

10 

2508 

IASC1M 

from IOV 

VSS VEE 

8 7 6 

2536 

GND 

GND 100n 

AINFR 

1u 

0V 

0V 

0V 

0V 

0V 

13 

0V 

5NSTBY 

2502 

100n 

0V 1 

I515 5 

0V 

4 

0V 12 

14 

I51315 

I514 

0V 11 

I519 

I529 

GND 

5VSTBY 

HH 

LL 

LH 

HL 

HH 

5NSTBY 

3515 

1K 

3523 

1K 

16 

VDD 

7501 

VSS 

8 

3537 

3K9 

not used 

GND 

7 

3K9 

not used 

9 

HEF4052BT 

2512 

3538 

100n 

GND 

VEE 

I520 

I530 

7 8 9 

RSA1 

0V 

3518 

0V 

3526 

10 

6 

0V 

0V 

GND 

12 

13 

1K 

10 

9 

1K 

RSA2 

H 

L 

H 

L 

0V 

13 

0V 

I517 

I518 

7502-D 

MC33079 

14 

I534 

7502-C 

MC33079 

8 

I539 

0V 

0V 

I502/I504 I517/I518 


500us/Div 

3502 

1K 

3509 

1K 

2531 

2532 

2522 

100u 

2526 

100u 

I525 0V 

3 

100p 

not used 

I526 

100p 

not used 

0V 

I535 

I540 

3501 

3512 


500us/Div 

2 

1K 

7505-B 

MC33078 

0V 

5 

0V 

6 

1K 

3517 

5VSTBY 

2521 

5NSTBY 

4K7 7508 


3522 

220R 

3525 

220R 

2523 

100n 

2530 

100n 

GND 

1n 

9 

1 

MC33078 

7505-A 

8 

4 

4K7 7506 


3519 

-4.3V 

I523 

-4.3V 

I524 

2527 

GND 

1n 

0V 

GND 

GND 

7 

0V 

0V 

0V 

3524 

GND 

GND 

GND 

820R 

3527 

F501/F502 


500us/Div 

820R 

GND 

ALADC 

ARADC 

AKILL 

from IOV 

AOUT1R 

to IOV 

AOUT1L 

to IOV 

A 

B 

C 

D 

E 

F 

2501 A5 I503 B1 

2502 A6 I504 D1 

2503 A2 I505 B2 

2504 A1 I506 B2 

2505 A1 I507 C3 

2506 A4 I508 E4 

2507 A6 I509 D3 

2508 A6 I510 D3 

2509 B4 I511 C3 

2510 A3 I513 C6 

2511 E4 I514 C6 

2512 D7 I515 B6 

2513 F4 I516 B6 

2514 C4 I517 B8 

2515 F5 I518 C8 

2516 E3 I519 D6 

2517 F4 I520 D7 

2518 E2 I521 D6 

2519 A4 

2520 F3 I523 D9 

2521 C9 I524 E9 

2522 E8 I525 B8 

2523 E9 I526 C8 

2524 F1 I527 F1 

2525 F1 I528 F1 

2526 F8 I529 E6 

2527 F9 I530 E7 

2530 C9 I531 E3 

2531 B8 I532 E4 

2532 C8 I533 E3 

2535 D5 I534 E8 

2536 F5 I535 E8 

3501 B8 I539 F8 

3502 B8 I540 F8 

3503 A5 

3504 A5 

3505 C6 

3506 B5 

3507 C1 

3508 C3 

3509 C8 

3510 D1 

3511 D1 

3512 D8 

3513 D3 

3514 E1 

3515 D7 

3516 E1 

3517 D8 

3518 E7 

3519 E8 

3520 F3 

3521 F4 

3522 E9 

3523 E7 

3524 E9 

3525 F9 

3526 F7 

3527 F9 

3528 F2 

3529 F3 

3530 F2 

3531 F4 

3532 C3 

3533 D3 

3534 C1 

3535 C3 

3536 D3 

3537 F7 

3538 E7 

7501 A7 

7502-A C4 

7502-B D4 

7502-C E7 

7502-D D7 

7503 B2 

7504 D5 

7505-A B9 

7505-B C8 

7506 D9 

7508 E9 

7509 F2 

7511 F4 

F501 E2 

F502 F2 

F504 D2 

I501 C1 

I502 C1 

DRX-2 

161

A 

B 

C 

D 

E 

F 

G 

H 

I 

162 

DRX-2 


ANALOG: Power Supply (PS) 

TO DIGITAL BOARD 

TO DVD+RW BASIC ENGINE 

1931 

9452A 

1934 

EH-B 1 

2 

3 

1 

F308 F309 

1 

2 

F313 F314 

12V 

GND 

4 

5V 

not used 

1932 

1 

3V3 

2 

3V3 

3 

3V3 

4 

3V3 

5 

GND 

6 

12V 

7 

GND 

8 

GND 

9 F381 

5V 

10 

11 F383 

GND 

12 F384 

5N 

PH-B 

GND 

GND 

1300 

1301 

T1,25A E 

GND 

3V3 

12V 

GND 

5V 

GND 

5N 

1933 

1 F348 

3V3 

2 F350 F349 

5V 

3V3 

5V 

GND 

4V6 

3 

4 

F351 

GND 

F352 

4V6 

GND 

5N 

5 

6 

F353 

GND 

F354 

5N 

GND 

12V 

7 F355 

GND 

8 F358 F357 

12V 

PH-B 

F360 

2302 

2 

F311 

220n 

2340 

3305 

GND 

470p 

F310 

680K 

7313 

TEA1507 

300V 

F328 

2V 

3 

1302 I306 3306 

DSP 

I330 

13,9V 

DRAIN 

F342 

5V 3 

CTRL 

1V 4 

DEMAG 

8 

2 7 

GND HVS 

6 

DRIVER 

SENSE 5 

1 

VCC 

I348 

3347 

4K7 

GNDHOT 

I331 

10p 

not used 

220R 

GNDHOT GNDHOT 

I314 

I317 1N4006GP 

3365 

3K3 

2342 

1u 

3324 

560K 

2303 

1n 

6301 

1N4006GP 

6305 

7307 

I324 

1,9V 

340V 

0V 

STP3NC60FP 

3318 

100R 

2317 

1n 

GNDHOT 

2337 

5302 

HF2022R 

GNDHOT 

2331 

3351 

1M0 

100n 

I307 

2324 

4 5 6 7 8 

GNDHOT 

2309 

GNDHOT 

100n 

2315 

6306 

1N4006GP 

47p 

2307 

1n 

3352 

0R68 

6311 

1N4003 

GNDHOT GNDHOT GNDHOT 

6321 

BAT254 

6316 

2325 

6302 

1N4006GP 

I312 

68u 

BAV21 

22u 

GNDHOT GNDHOT 

3308 

3360 

330K 

I325 

820R 

3309 

330K 

3310 

6309 

F306 

3366 

1K5 

3367 

1K8 

7314 

TCET1108G 

330K 

I321 

BYT42M 

4 

2308 

I343 

2314 

2n2 

47n 

not used 

2318 

5Vreg 

1 

3 2 

3300 3301 

3M3 I300 3M3 

5304 I322 

GNDHOT 

3317 

1K 

I350 470R 

GNDHOT 

7 

5 

9 

2 

3 

2329 

100n I351 10R 

1 

7315 

TL431 

3 

2 

F361 

18 

6307 

F315 STPS5L40 

1 2 3 

4 5 6 7 8 9 

10 11 

2301 

2n2 

I302 

5300 

SRW28EC9-E02V0133 

3333 

GNDreg 

GND 

3331 

4K7 

GNDreg 

3319 

13 

12 

17 

16 

14 

F312 

15K 

not used 

2316 

47n 

2312 

15 F323 6310 

STPS3L60-C2 

11 

10 

3332 

5K6 

F305 

4R7 

3363 

6308 

GND 

GND 

2K2 

0.4V 

BC847BW 

5Vreg 

6303 

SB340 

F320 STPS5L40 

F327 VDrain (Standby) F327 VDrain (no disc loaded) I324 VDrain (Standby) I324 VGate (no disc loaded) I325 VSource (Standby) I325 VSource (no disc loaded) 

A: DC, 100V/Div 

5us/Div 

A: DC, 100V/Div 

2us/Div 

A: DC, 1V/Div 

5us/Div 

G model 

3321 

0R47 

3356 

820R 

I340 

A: DC, 2V/Div 

2us/Div 

I316 

F307 

3330 

I335 

F338 


5us/Div 

I344 

4.5V 

GNDreg 

2.5V 

GND 

GND 

I355 

3334 

56K 

3357 

4K7 

3345 


2us/Div 

6300 

F304 

SB340 

I336 

6312 

I332 6315 

BZX384-C6V8 BAS316 

3346 

2K2 

I339 

7310 

GNDreg GND 

3Vreg 

5VSTBY 

3328 

GND 

I310C300 

1m 

3364 

10K 

3358 

2336 

2333 

I303 

10K 

I345 

GND 

7311 

2319 

0V 

BC847BW 

10R 

100n 

47n 

2305 

5Vreg 

F329 6313 

SBYV27-200 

F366 F367 

3Vreg 

I308 

1m 

GND 

F359 

5308 

22u 

IPFAIL 

1m 

GND 

2306 

I311 560u 

F368 

Bead 

3359 

GND 

5309 

22u 

4K7 

not used 

GND 

2322 

GND 

GND 

1m 

GND 

5VSTBY 

9 

12VSTBY 

2313 

12V 

F337 

F336 

PDTC124EU 

560u 

3337 

1K 

5306 F316 1304 F356 F317 

F319 2u2 F318 T4A 

GND 

F326 

I361 

1303 

T1A 

MRT 

F339 

2304 

GND 

5V 

2n2 

5305 

2320 

330u 

F369 

3311 

2335 

6319 

BYD33D 

7321 

470R 

2341 

12V 

5307 

3335 

1K 

2328 

10u 

GND 

1u 

2339 

GND 

2323 

I326 

GND 

22u 

GND 

100u 

I304 

GND 

3362 

680R 

not used 

GND 

3336 

470R 

10 

I319 220R 

9301 

12VSTBY 

6314 

I305 

TL431 

5.7V 5.2V 

I313 3338 

220R 

6325 

1N5819 

47R 

not used 

9304 F334 6317 

F335 BYD33D 

STBY 

22u 

3322 

0V 

3355 

8.8V 47R 

3348 

680R 

2334 

1u 

5.7V 5.2V 

3.4V 

100n 

7302 

I349 

6320 

5 6 7 8 

I315 

7.7V 

3312 

12V 

7318 

SI2306DS 

I337 

BZX384-C8V2 

BAS316 

GND 

7317 

STD17NF03L 

1n 

9.3V 

4 

3325 

3350 

2326 

I329 

3372 

33R 

1 

3 

TL431 

3.4V 

7303 

STS9NF30L 

2 3 

1 

3304 

10K 

I352 

2311 

2330 

1n 

2321 

8SW 

1 

1 

I327 

3302 

1K 

GND 

12VSTBY 

3349 

47R 

3371 

47R 

8.8V 

STP16NF06FP 

I320 

47K 

1K 

10n 

3373 

33R 

2310 

1n 

22.2V 

7.9V 

12V 

-5.5V 

I347 

3 

3 

TL431 

100n 

7309 

7319 

BC846B 

8.1V 

3368 

3K3 

5V 

I333 

10.4V 

2.5V 

2.5V 

7301 

7304 

2.5V 

7305 

5N 

3303 

10K 

1K 

11 

2 

GND 

2 

GND 

2 

GND 

I323 

3307 I338 

2327 

3340 

33VSTBY 

3354 

2K7 

F300 F364 

4K7 

3343 

4K7 

GND 

3315 

8K2 

I318 

3361 

1K 

7312 

55V BF422 

I334 

3353 I357 

2K7 

SI2312DS 

-5.5V 

100n 

6318 

3339 

4K7 

GND 

3342 

4K7 

3314 

I301 

1K 

GND 

3313 

100K 

3323 

220K 

GND 

I309 

BZX79-B33 

2338 

3341 

GND 

3344 

68K 

3316 

4K7 

100n 

GND 

GND 

GND 

22.2V 

33.5V 

6322 

BZX384-C6V8 

I356 

68K 

6324 

1307 

T1A 

MRT 

GND 

12 13 

F321 F324 

7306 

PDTC124EU 

GND 

32.8V 

BZX384-C27 

I342 

F373 

F301 

12V 

I354 

F374 

F302 

3374 

470R 

3375 

470R 

3376 

470R 

3377 

GND 

1309 

T800mA 

19372 

not used 

9306 

1308 

500mA 

PSC 

F347 

F331 

GND GND 4301 F371 F372 1306 

F363 F362 3326 

not used 

F343 

-26.9V 

125mA 

MP13 

47R F340 

7322 

-29.5V 

BC857BW 

9305 

not used 

-27.5V 

STBY 

12V 

0.1V 

7308 

PDTC124EU 

0V 

470R 

not used 

6304 

4V6 

1N4003 

F322 F325 

F346 

F333 

33VSTBY 

GND GND 

12 13 

5V 

F382 

F341 F344 

3327 

1M 

I346 

2M2 

3329 

3V3 

7320 

1u0 

5VSTBY 

SI2306DS 

20V 2332 

I353 

5SW 

5VSTBY 

5V 

3V3 

12VSTBY 

ION 

5NSTBY 

5N 

5.1V 

33VSTBY 

VGNSTBY 

A 

B 

C 

D 

E 

F 

G 

H 

I 

1300 A1 3340 A11 9306 B13 I320 C10 

1301 B1 3341 A12 C300 B8 I321 D5 

1302 A3 3342 B11 F300 A11 I322 D6 

1303 E8 3343 B11 F301 A12 I323 D11 

1304 C9 3344 B12 F302 A12 I324 E3 

1306 G13 3345 I7 F304 A7 I325 E5 

1307 A12 3346 F7 F305 A7 I326 E9 

1308 D13 3347 I3 F306 A5 I327 F10 

1309 A13 3348 H10 F307 A5 I329 F10 

1931 B1 3349 G10 F308 B1 I330 F3 

1932 E1 3350 F10 F309 B1 I331 F3 

1933 H1 3351 G3 F310 B2 I332 F7 

1934 D1 3352 E4 F311 B2 I333 F11 

2301 A6 3353 H11 F312 B7 I334 F11 

2302 B2 3354 H11 F313 B1 I335 F6 

2303 B4 3355 I9 F314 B1 I336 F7 

2304 G8 3356 G4 F315 C7 I337 F10 

2305 B8 3357 H7 F316 C8 I338 F11 

2306 B9 3358 H8 F317 C9 I339 G7 

2307 C4 3359 H9 F318 C8 I340 G4 

2308 C5 3360 G4 F319 C8 I342 I12 

2309 D4 3361 F11 F320 C7 I343 H5 

2310 A10 3362 H10 F321 D12 I344 H6 

2311 B10 3363 G7 F322 D13 I345 H8 

2312 C8 3364 G8 F323 D7 I346 H13 

2313 C9 3365 F3 F324 D12 I347 H10 

2314 D5 3366 G5 F325 D13 I348 I3 

2315 E4 3367 G5 F326 D8 I349 H10 

2316 A7 3368 D11 F328 E3 I350 I5 

2317 E3 3371 H10 F329 E7 I351 I6 

2318 G5 3372 H10 F331 F13 I352 I10 

2319 D8 3373 H10 F333 F13 I353 I13 

2320 D9 3374 A12 F334 F9 I354 I12 

2321 E10 3375 A12 F335 F9 I355 I7 

2322 E9 3376 A13 F336 G9 I356 H12 

2323 E9 3377 A13 F337 G9 I357 H11 

2324 H4 4301 G12 F338 G6 I361 I8 

2325 H4 5300 A6 F339 G8 

2326 G10 5302 B3 F340 G11 

2327 G11 5304 D6 F341 G13 

2328 G9 5305 G9 F342 G3 

2329 I6 5306 C8 F343 G12 

2330 C10 5307 E9 F344 G13 

2331 I3 5308 A8 F346 E13 

2332 H13 5309 D9 F347 E13 

2333 A8 6300 A7 F348 H1 

2334 I10 6301 B4 F349 H1 

2335 D9 6302 B4 F350 H1 

2336 I8 6303 B7 F351 H1 

2337 H3 6304 B13 F352 H1 

2338 H11 6305 C4 F353 I1 

2339 B10 6306 C4 F354 I1 

2340 A2 6307 C7 F355 I1 

2341 B9 6308 C7 F356 C9 

2342 F3 6309 D5 F357 I1 

3300 A5 6310 D7 F358 I1 

3301 A6 6311 E5 F359 I8 

3302 F10 6312 F7 F360 I1 

3303 F11 6313 E8 F361 I6 

3304 F10 6314 I10 F362 G11 

3305 B2 6315 E7 F363 G11 

3306 A3 6316 H4 F364 A12 

3307 F11 6317 F10 F366 E8 

3308 C4 6318 G11 F367 E8 

3309 C5 6319 G9 F368 E9 

3310 C5 6320 I10 F369 E9 

3311 C9 6321 G4 F371 G12 

3312 C10 6322 F12 F372 G12 

3313 D11 6324 H12 F373 A12 

3314 C11 6325 E10 F374 A12 

3315 C11 7301 A11 F381 F1 

3316 C12 7302 B10 F382 E13 

3317 H6 7303 C10 F383 G1 

3318 E3 7304 B11 F384 G1 

3319 A7 7305 C11 I300 A6 

3321 E4 7306 D12 I301 A11 

3322 F9 7307 E3 I302 A6 

3323 E11 7308 H13 I303 A8 

3324 G4 7309 E11 I304 A10 

3325 E10 7310 H7 I305 A10 

3326 G11 7311 H8 I306 A3 

3327 H13 7312 F11 I307 G4 

3328 H8 7313 G2 I308 B8 

3329 I13 7314 H5 I309 B12 

3330 I6 7315 I6 I310 B8 

3331 I6 7317 A10 I311 B9 

3332 I7 7318 D10 I312 B4 

3333 I6 7319 I10 I313 B10 

3334 I7 7320 H13 I314 B3 

3335 A9 7321 I9 I315 B10 

3336 A10 7322 G12 I316 B5 

3337 B9 9301 E10 I317 C3 

3338 B10 9304 F9 I318 C11 

3339 A11 9305 H11 I319 C10


ANALOG: Multi Sound Processing (MSP) 

A 

B 

C 

D 

E from DV - Board 

F 

SCLSW 

SDASW 

SIF1 

1960 

DVAR 

1 

GND 

2 

GND 

3 

DVAL 

4 

1 2 3 4 5 6 7 

PH-B 

1 

GND 

F6001 

F6002 

F6004 

3601 

100R 

I607 

GND 

8SW 

8SW 

2607 

56p 

3603 

100R 

2609 

56p 

2626 

2u2 

2627 

2u2 

5SW 

5SW 

I630 

I631 

3606 

1K 

3607 

1K 

G model 

I615 5V 

I616 

5V 

I608 

I620 

I621 

1.5V 

1.5V 

38 SC2_IN_R 

3.8V 

3.8V 

7600 

MSP3415G 

12 I2C_CL 

13 I2C_DA 

14 I2S_CL 

15 I2S_WS 

16 I2S_DA_OUT 

17 I2S_DA_IN1 

21 I2S_DA_IN2 

3 ANA_IN- 

2 ANA_IN+ 

43 MONO_IN 

41 SC1_IN_R 

40 SC1_IN_L 

37 SC2_IN_L 

VREF2 

25 

QFP44 

DEMODULATOR 

VREF1 

29 

AHVSS 

35 

GND 

IDENT 

A/D 

A/D 

S1...4 

FM1 

FM2 

NICAM A 

NICAM B 

IDENT 

SCART-L 

SCART-R 

SCART 

I2SL/R I2SL/R 

LOUDSPEAKER R 

DFP 

NC 

LOUDSPEAKER L 

Switching Facilities 

HEADPHONE R 

HEADPHONE L 

SCART-R 

SCART-L 

2 3 4 5 6 

I602 

ADR_CL 

ASG 

18 

39 

GND 

ADR_SEL 

10 

AVSS 

44 

I624 I625 

0V 0V 

DVSS 

20 

GND 

RSA1 

8 

D_CTR_IO1 

5SW 

RSA2 

9 

D_CTR_IO0 

GND 

4601 

5601 

10u 

4 

TESTEN 

23 24 28 32 

I612 

2605 

5SW1 

10u 

GND 

5602 

10u 

2600 

I613 

2623 

AVSUP 

10u 

1 

5V 

100n 

GND 

2601 

I603 

2.6V 

GND 

VREFTOP 

D/A 

D/A 

10n 

42 

D/A 

D/A 

TP 

7 

I601 

2602 

10u 

LOUDSPEAKER 

2620 

XTAL_IN 

5 

GND 

8SW 

I604 

7.6V 

5.9V 

33 

34 

AHVSUP 

3p3 

CAPL_M 

XTAL_OUT 

2603 

SC1_OUT_R 

GND 

2621 

100n 

2611 

3p3 

GND 

GND 

I614 

STBYQ 

11 

5.1V 

I605 

DVSUP 

19 

RESETQ 

5V 

22 

5.1V 

I617 

DACM_R 

DACM_L 

AGNDC 

SC1_OUT_L 

2.3V 2.2V 

1600 

I610 

I611 

HC-49/U 

18M432 

6 

26 

27 

36 

30 

31 

3.8V 

3.8V 

3.8V 

47u 

I609 

I623 

2616 

1n 

GND 

2617 

8 9 

3600 

10K 

GND 

GND 

7 8 9 

1n 

2610 

10n 

2612 

4u7 

5600 

2606 

5SW 

5SW1 

10u 

100n 

GND 

3611 

100R 

3612 

100R 

2618 

2604 

6600 

4n7 

GND 

10n 

GND 

BAS316 

2619 

4n7 

GND 

2608 

3602 

4K7 

10u 

GND 

AFER 

AFEL 

A 

B 

C 

D 

E 

F 

1600 F7 

1960 E1 

2600 A6 

2601 A6 

2602 A7 

2603 A7 

2604 A9 

2605 F5 

2606 B8 

2607 C2 

2608 C9 

2609 C2 

2610 C8 

2611 A7 

2612 D8 

2616 E8 

2617 E8 

2618 E9 

2619 E9 

2620 F7 

2621 F7 

2623 F6 

2626 E2 

2627 E2 

3600 A8 

3601 B2 

3602 B9 

3603 B2 

3606 E2 

3607 E2 

3611 D9 

3612 E8 

4601 A5 

5600 A8 

5601 F5 

5602 F6 

6600 B9 

7600 A3 

F6001 E1 

F6002 E1 

F6004 E1 

I601 A7 

I602 A4 

I603 A6 

I604 A7 

I605 B8 

I607 C1 

I608 C3 

I609 D8 

I610 F7 

I611 F7 

I612 F5 

I613 F6 

I614 B8 

I615 B3 

I616 B3 

I617 B8 

I620 E3 

I621 E3 

I623 E8 

I624 A5 

I625 A5 

I630 E2 

I631 E2 

DRX-2 

163

A 

B 

C 

D 

E 

164 

DRX-2 


ANALOG: VPS 

1990 D1 

2932 B4 

2933 B4 

GND 

GND 

SCLSW 

SDASW 

2934 

GND 

2934 B1 2937 D1 3932 C4 3935 E1 

2935 C1 2938 B3 3933 C4 3936 E3 

2936 C1 3931 B2 3934 D1 5931 A4 

A_YCVBS 

2935 

100n 

2936 

22p 

2937 

22p 

100n 

0.4V 

1990 

CLAMPING 

SYNCHRONIZING 

DATA EXTRACTION 

OSCILLATOR 

FREQUENCY 

SYNTHETIZER 

TIME BASE 

I2C BUS 

INTERFACE 

5932 A3 

7931 B2 

I987 B4 

I988 B2 

I989 C1 

I990 C4 

Data 

Clock 

I991 C1 

I992 C4 

I993 C1 

Data 

DATA DECODING 

DATA 

PROCESSING 

Address 

Data 

Address 

8 PAGES 

MEMORY 

CTRL 

DISPLAY 

I994 C1 

I995 D1 

I996 D1 

INTERFACE 

CTRL 

I997 D1 

I998 E1 

I999 E3 

1 2 3 4 

I989 

I991 

I993 

2.4V I994 

24 XTI 

2.7V I995 

3934 

100R 

3935 

100R 

1.6V 

5V 

HC-49/U 

13M875 

7931 

STV5348 

28 CBLK 

23 XTO 

I997 

16 SCL 

4.5V 

I998 

17 SDA 

STTV 

1 CVBS 

21 VCR_|TV 

I996 

25 VSSO 

4.5V 

I994 


20ns/Div 

5 

GND 

FFB 

6 

GND 

MA_|SL 

2 

GND 

POL 

VSSD 

5SW 

5SW 

4 

7 

3931 

I988 

GND 

L23 

47K 

18 

VSSA 

GND GND 

G model 

GND 

5SW 

1 2 3 4 

26 


10us/Div 

2938 

I989 

100n 

GND 

RGBREF 

I999 

3936 

11 

0V 

10K 

ODD_|EVEN 

14 

5932 

VDDD 22 

COR_ 

5931 

I987 

13 

10u 

VDDA 3 

2932 

100n 

GND 

DV_ 19 

R 8 

Y 15 

2933 

I990 

TEST1 20 

TEST2 27 

I992 

0V 

BLAN 12 

G 9 

B 10 

5V 

47u 

GND 

3932 

47K 

3933 

47K 

GND 

A 

B 

C 

D 

E 

ANALOG: Follow Me (FOME) 

A 

B 

C 

D 

E 

2940 A2 2944 D4 3937 C1 3941 D3 3945 E3 3950 A3 3954 C2 7934-B B4 I951 B3 

2941 B3 2945 D2 3938 C1 3942 E1 3946 E2 3951 B2 7932 B2 7934-C C2 I952 B3 

2942 D2 2946 E1 3939 C3 3943 E2 3947 E4 3952 B3 7933 B3 7934-D C3 I954 C3 

2943 D4 2947 E3 3940 D1 3944 E3 3948 A2 3953 B2 7934-A A2 F950 A2 I955 C1 

5SW 5SW 

5SW 5SW 

1 2 3 

3937 

2K2 

3938 

2K2 

3940 

10M 

I955 

3942 

2946 

CVBSIN1 

3948 

4K7 

33K 

2940 

3951 

3953 

1u 

22K 

4K7 

14 

8 100n 

I956 

I957 

3943 

GND 

BC847BW 

7932 

3954 

4K7 

7934-C 

LM339D 

9 

33K 

7934-A 

LM339D 

2942 

2n2 

2945 

180p 

3946 

33K 

3 

5 

1 2 

F950 

FOME 

2 

GND 

GND 

GND 

4 

12 

I951 

I952 

5SW 

GND 

3950 

I954 

3939 

4K7 

100K 

7933 

BC847BW 

3941 

10M 

3952 

15K 

2941 

10u 

3944 

2947 

VFV 

10 

33K 

I959 

1u 

13 

I958 

3945 

GND 

GND 

7934-D 

LM339D 

11 

33K 

2944 

2n2 

2943 

180p 

3947 

33K 

4 

5SW 

7 

5SW 

1 

3 4 

6 

GND 

GND 

GND 

7934-B 

LM339D 

GND 

I956 D2 

I957 D2 

I958 D3 

I959 D3 

A 

B 

C 

D 

E


ANALOG: Audio Converter (DAC_ADC) 

A 

B 

C 

D 

E 

F 

G 

H 

I 

1 2 3 

ION 

from IOV 

IPFAIL 

from PS 

DAOUT 

to DIGIO 


PWONSW 

from IOV 

ALADC 

from IOA 

ARADC 

from IOA 

1900 

22 

GND 

21 

DAOUT 

20 

D_IKILL 

GND 

D_PCMCLK 

GND 

D_DATA0 

D_WCLK 

GND 

D_BCLK 

GND 

A_PCMCLK 

GND 

A_DAT 

GND 

A_WCLK 

A_BCLK 

GND 

I009 

I008 

FMN 

I036 

19 

18 

17 

16 

15 

14 

13 

12 

11 

10 

9 

8 

7 

6 

5 

4 

3 

2 

1 

F0021 

F0001 

GND 

GND 

GND 

GND 

3042 I020 

10K 

3.2V 

2048 

47u 

2050 

47u 

GND 

GND 

GND 

F0009 

F0007 

F0003 

F0002 

I021 

I030 

3015 

F0016 

F0014 

F0012 

F0011 

F0005 

GND 

1.2V 

470R 

7008 

BC857BW 

6005 

6004 

3033 

22R 

3043 

3044 

4001 

4002 

1N4148 

3023 

22R 

3026 

22R 

1.6V 

BAS316 

3029 

3V3DD 

47K 

47K 

GND 

5V 

100R 

2u2 50V 

2016 7006 

GND 

3054 

22R 

3024 

22R 

3053 

10K 

3011 

5V 

100K 

3031 

6003 

5V 

47p 

2027 

10K 

7005 

BC847BW 

BC847BW 

3025 0.6V 0V 

I001 

5.1V 

10K 

2.7V 100K 

7001 

PDTA124EU 

3022 

22R 

3028 

22R 

3047 

0V 

GND 

3019 

22R 

2051 

47p 

2026 

GND 

1N4148 

GND GND GND GND 

not used 

G model 

4 5 6 7 8 9 10 11 

47p 

2028 

3012 

47p 

10K 

GND 

GND 

2018 

5.1V 

GND GND 

10u 25V 

3020 

4K7 

3021 

GND 

5V 

3045 

7010 

PDTC124EU 

5VSTBY 

1K0 

3005 

4K7 

3006 

4K7 

I002 

I004 

I006 

1.6V 

1.6V 

1.2V 

I005 

5V 

I007 

10K 

GND 

2036 

2.1V 2 MCLK AUTO 

0V 7 192|48_ 

CLOCK 

DIVIDE 

0V 10 96|48_ 

CIRC 

GND 

47p 

not used 

7004 

AD1852 

6 NC 

3 CLATCH 

4 CCLK 

SER. 

CONTR. 

5 CDATA INTERF. 

25 L|RCLK 

26 BCLK 

27 SDATA 

20 IDPM1 

5V 21 IDPM0 

0V 23 MUTE 

5V 24 PD_|RST 

9 DEEMP 

GND 

I032 

SER. 

GND 

DATA 

INTERF. 

I029 

1.6V 11 BCK 

I031 

1.6V 12 WS 

GND 

GND 

ATT./ 

MUTE 

ATT./ 

MUTE 

7007 

UDA1361TS 

1.6V I015 8 SYSCLK 

1.6V 

1.6V 

1.6V 

I014 

14 FSEL 

I022 7 PWON 

1 VINL 

3 VINR 

6 SFOR 

2002 

100u 6.3V 

2003 

100n 

GND 

8X INTERP. 

8X INTERP. 

CLOCK 

CONTROL 

ADC 

ADC 

I014/I032 


500us/Div 

5V 

28 

DVDD 

MULTIBIT SIGMA- 

DELTA MOD 

MULTIBIT SIGMA- 

DELTA MOD 

DGND 

1 

GND 

2035 

100n 

DECIMATION 

FILTER 

18 

AVDD 

DAC 

DAC 

3V3DD 

3.2V 

DC-CANCEL 

FILTER 

AGND 

AGND 

OUTP. 

BUFFER 

OUTP. 

BUFFER 

VOLT. 

REF. 

3034 

2R2 

3035 

2R2 

DIGITAL DATAO 13 

INTERFACE 

1.2V 

GND AGND 

2004 

100n 

11 15 

I013 

16 9 3.2V 

VDDA VDDD 

VREFP 5 

VREFN 4 

3V3DD 

2037 

5K6 

1% 

27K 

1% 

27K 

1% 

27K 

1% 

27K 

1% 

12 13 14 

1 2 3 4 5 6 7 8 9 10 11 12 13 14 

AGND 

AGND 

AGND 

OUTL+ 17 

OUTL- 16 

ZEROL 22 

OUTR+ 12 

OUTR- 13 

ZEROR 8 

I023 

FILTB 19 

2042 

FILTR 14 

100n 

2038 

VREF 2 

I018 1.6V 

VSSD VSSA 

10 15 

100n 

2043 

AGND 

100u 

AGND 

3.3V 

2019 

10u 25V 

2020 

10u 25V 

2021 

AGND AGND 

47u 

AGND 

ARDAC/ALDAC F010/F011 


500us/Div 

3049 

4K7 

5.1V 

2.3V 

2.3V 

2.3V 

2.3V 

2.4V 

100n 

AGND 

5VSTBY 

3051 

7009 

BC857BW 

100K 

GND 

4.1V 

2049 

10n 

3052 

22K 

GND 5NSTBY 

3V3DD 

3001 

5K6 

1% 

5K6 

1% 

5K6 

1% 

F009 

3009 

3014 

3018 

AGND 

2006 

2023 

1n0 

NP0 5% 

1n0 

NP0 5% 

AGND 

AGND 

2030 

2045 

F008 

1n0 

NP0 5% 

1n0 

NP0 5% 

AGND 

1001 

125mA 

MP13 

3008 

3016 

3030 

3039 

F007 

AGND 

2008 

2025 

1n0 

NP0 5% 

1n0 

NP0 5% 

AGND 

AGND 

2032 

2047 

1n0 

NP0 5% 

1n0 

NP0 5% 

AGND 

F006 

4000 

AGND 

3004 

not used 

1% 

33K 

AGND 

3027 

33K 1% 

5001 

3V3 

Bead 

3010 

7K5 

1% 

3032 

7K5 

1% 

5VSTBY 

AGND 

AGND 

2013 

2007 

3013 

27p 

27p 

not used 7K5 1% 

not used 

2033 

2009 

100p 

100p 

NP0 5% 

NP0 5% 

AGND 

3036 

7K5 1% 

5NSTBY 

AGND 

5VSTBY 

from PS 

5NSTBY 5V 

5V 

1.2V 

1.2V 

1.2V 

1.2V 

2000 

GND 

3 

2 

5 

6 

47u 

5V 

2011 

100n 

7003-A 

8 

MC33078 

1 

4 

5N 

2017 

5V 

100p NP0 5% 

27p 

not used 

3017 

33K 

1% 

5N 

2041 

100p NP0 5% 

2014 

27p 

not used 

3040 

33K 

1% 

5N 

2010 

2001 

GND 

100u 

2012 

100n 

7003-B 

8 

MC33078 

7 

5N 

4 

0V 

0V 

AGND 

AGND 

F011 

F010 

DAC_MUTE 

to IOV 

ALDAC 

to IOA, IOV 

ARDAC 

to IOA, IOV 

A 

B 

C 

D 

E 

F 

G 

H 

I 

1001 H10 

1900 C2 

2000 H13 

2001 H13 

2002 B6 

2003 B6 

2004 B7 

2006 B10 

2007 B12 

2008 B11 

2009 B12 

2010 C13 

2011 B13 

2012 C13 

2013 E12 

2014 F13 

2016 B3 

2017 C13 

2018 E5 

2019 E8 

2020 E8 

2021 E8 

2023 D10 

2025 D11 

2026 E4 

2027 E4 

2028 E4 

2030 E10 

2032 E11 

2033 E12 

2035 F7 

2036 F5 

2037 F7 

2038 F8 

2041 F13 

2042 G8 

2043 G8 

2045 F10 

2047 F11 

2048 H2 

2049 B9 

2050 I2 

2051 E3 

3001 B10 

3004 B11 

3005 C5 

3006 C5 

3008 B11 

3009 C10 

3010 B12 

3011 B3 

3012 E4 

3013 C12 

3014 E10 

3015 B2 

3016 C11 

3017 D13 

3018 F10 

3019 E3 

3020 E5 

3021 E5 

3022 E3 

3023 E2 

3024 E3 

3025 A3 

3026 F2 

3027 E11 

3028 F3 

3029 A3 

3030 E11 

3031 A4 

3032 E12 

3033 F2 

3034 F7 

3035 F8 

3036 F12 

3039 F11 

3040 G13 

3042 H2 

3043 H3 

3044 H3 

3045 A5 

3047 I3 

3049 A8 

3051 B9 

3052 B9 

3053 I3 

3054 D3 

4000 H11 

4001 I2 

4002 I2 

5001 H11 

6003 B4 

6004 D2 

6005 C2 

7001 C3 

7003-A B13 

7003-B E13 

7004 B5 

7005 A3 

7006 A3 

7007 F6 

7008 G2 

7009 A9 

7010 A5 

F0001 F2 

F0002 F2 

F0003 F2 

F0005 F2 

F0007 E2 

F0009 E2 

F0011 E2 

F0012 E2 

F0014 D2 

F0016 D2 

F0021 C2 

F006 H11 

F007 H11 

F008 H10 

F009 H10 

F010 E14 

F011 B14 

I001 D3 

I002 C5 

I004 D5 

I005 D5 

I006 D5 

I007 D5 

I008 I1 

I009 H1 

I013 F7 

I014 G6 

I015 F6 

I018 G7 

I020 G2 

I021 H2 

I022 G6 

I023 D8 

I029 G6 

I030 I2 

I031 G6 

I032 G6 

I036 G1 

DRX-2 

165

A 

B 

C 

D 

E 

F 

G 

H 

I 

166 

DRX-2 


UP SUB: Central Controller (CECO) 

0606 B15 

1801 B8 

1805 B9 

1980 B1 

1984 I11 

1986 E1 

1987 I9 

1988 I8 

2800 A9 

from / to IOV 

TEMP_SENSE 

to FACO 

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 

1980 

A_YCVBS 

PWONSW 

TEMP_SENSE 

IPOR_DC 

INT 

8 

7 

6 

5 

4 

F8008 

F8007 

F8006 

F8005 

F8004 

F8003 

A_YCVBS GNDD GNDD 

3827 to H3 

PWONSW 

1K0 

from E7 

3V3STBY 

GNDD 

3804 

IPOR_DC 

from I12 7822 10K 

INT BSH111 

to I12 

GNDD 

SDA 

SCL 

3 

2 

1 

F8002 

F8001 

GNDD 

3811 

100R 

3805 

100R 

C36 

I818 

7821 

BSH111 3816 

BE_FAN 

from FACO 

from/to Digital Board 

3832 

3843 

2801 B8 

2802 B8 

2803 B6 

2804 B6 

2805 B6 

2806 B11 

2807 A8 

2808 B13 

2809 B14 

5VSTBY 

3844 

3863 

4R7 

GNDD 

2810 B3 

2811 C3 

2812 E14 

2813 B8 

2814 B9 

2815 H1 

2816 A5 

2817 G9 

2818 H2 

6800 

BAS316 

7813 

220R 

3839 

27K 

2819 A5 

2820 A6 

2821 A3 

2822 A2 

2823 I4 

2824 I4 

2825 I6 

2826 I14 

2827 I15 

SCL 

to H13 

SDA 

from/to H15 

3882 

P50 

from/to H8 

2822 

2828 H13 

2829 H5 

2830 H4 

2831 H9 

2832 G8 

2833 G14 

2834 H14 

2835 H15 

3800 E2 

4.7V 

3866 

I813 

10K 

GNDD 

3V3STBY 

47K 

4R7 

3881 

GNDD 

100n 

47K 

GNDD 

3857 

10K 

7816 

BC847BW 

1986 

GNDD 

FBIN 

BE_FAN 

WE 

N. C. 

D_RDY 

A_RDY 

D_DATA 

A_DATA 

IRESET_DIG 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

GNDD 

FBIN 

F8603 

from H11 

F8604 

WE 

3802 

to E13 

F8606 

22K 

F8607 

F8608 3800 

22K 

F8609 

F8610 3888 

470R 

3879 

1K0 

3803 

1K0 

33K 

33K 

GNDD 


20us/Div 

A_CVBS F8008 


10us/Div 

10FMN-SMT-A-TF 

2815 

220p 

SYNC F843 

BC847BW 

3864 

4R7 


10us/Div 

5VSTBY 

3865 

4R7 

3867 

75R 

3842 I823 

220K 

3841 

7817 

BC847BW 

I814 

100K 

GNDD 

GNDD 

3V3STBY 

3861 

2M2 

2818 

I816 

220p 

GNDD 

3812 

3.3V 

4.2V 

22K 

6801 

0V 

3806 

5VSTBY 

3849 

2811 

GNDD 

3801 A8 

3802 E1 

3803 E2 

3804 B2 

3805 C3 

3806 B3 

3807 D10 

3808 D10 

3809 E10 

BZM55-C3V9 

22K 

2810 

3856 

10K 

47K 

10p 

I824 

7814 

BC847BW 

F847 

3.5V 

10p 

3V3STBY 

3868 

KILL 

to H8 

A_YCVBS 

from B2 

3810 E10 

3811 C3 

3812 C2 

3813 G15 

3814 H10 

3815 G10 

3816 C2 

3817 F10 

3818 F11 

10K 

3V3STBY 

3840 

4K7 

I815 

3V3STBY 

2821 

7815 

BC847BW 

GNDD 

GNDD 

10n 

GNDD 

3869 

330R 

3819 G15 

3820 H5 

3821 E14 

3822 E15 

3823 E14 

3824 I7 

3825 E8 

3826 H8 

3827 B2 

WSFI 

from H10 

3845 

10K 

10K 

2823 

1K0 

WU 

from H8 

3829 

GNDD 

4801 

not used 

F843 

SYNC 

from I7 

1n0 

GNDD 

10K 

3828 F13 

3829 A4 

3830 G12 

3831 H11 

3832 G1 

3833 G11 

3834 G9 

3835 G9 

3836 H10 

8SC2 

from H8 

3846 

3874 

F850 

3875 

F851 

33K 

5VSTBY 

2830 

3837 B4 

3838 H5 

3839 H1 

3840 H3 

3841 H2 

3842 H2 

3843 I1 

3844 I1 

3845 A4 

I821 83 P60|SCK 

84 P61|SO|SDA 

85 P62|SI|SCL 

I822 

I807 

I808 

GNDD 

3V3STBY 

3837 

12K 

3850 

18K 

6802 

BAT254 

GNDD 

7804 

TMP91CW12AF/LIRP1 

92 AN0|P50 

93 AN1|P51 

94 AN2|P52 

95 AN3|ADTRG_|P53 

96 AN4|P54 

97 AN5|P55 

98 AN6|P56 

99 AN7|P57 

100 VREFH 

1 VREFL 

2 AVSS 

3 AVCC 

4802 3V3STBY 18 P90|TXD0 

not used 

19 P91|RXD0 

20 P92|SCLK0|CTS0_ 

21 P93|TXD1 

22 P94|RXD1 

23 P95|SCLK1|CTS1_ 

4 P70|TA0IN 

5 P71|TA1OUT 

6 P72|TA3OUT 

7 P73|TA4IN 

8 P74|TA5OUT 

9 P75|TA7OUT 

10 P80|TB0IN0|INT5 


12 P82|TB0OUT0 






100n 

2829 

2819 

I806 3854 

3820 1K0 

1K0 3838 

1K0 

10u 

3846 A4 

3847 B7 

3848 C9 

3849 H2 

3850 B4 

3851 E9 

3852 G12 

3854 G5 

3855 A8 

100u 

GNDD 

2816 

GNDD 

10-BIT 8-CH 

A/D 

CONVERTER 

SIO/UART/IrDA 

( SIO0 ) 

SIO/UART 

( SIO1 ) 

SERIAL BUS 

INTERFACE 

( SBI ) 

8-BIT TIMER 

( TMRA0 ) 

8-BIT TIMER 

( TMRA1 ) 

8-BIT TIMER 

( TMRA2 ) 

8-BIT TIMER 

( TMRA3 ) 

8-BIT TIMER 

( TMRA4 ) 

8-BIT TIMER 

( TMRA5 ) 

8-BIT TIMER 

( TMRA6 ) 

8-BIT TIMER 

( TMRA7 ) 

16-BIT TIMER 

( TMRB0 ) 

16-BIT TIMER 

( TMRB1 ) 

3 

GND VCC 

220m 

5804 

3856 F3 

3857 G2 

3858 G9 

3860 G10 

3861 H2 

3862 A6 

3863 A1 

3864 A1 

3865 A2 

F849 

CPU 

WATCH 

DOG TIMER 

( WDT ) 

REAL- 

CLOCK 

TIMER 

( RTC ) 

4KB RAM 

128KB ROM 

H-OSC 

CLOCK GEAR 

CLOCK DOUBLER 

L-OSC 

PORT 0 

PORT 1 

PORT 2 

PORT 3 

PORT 6 

PORT A 

CS/WAIT 

CONTROLLER 

( 4-BLOCK ) 

INTERRUPT 

CONTROLLER 

1 2 3 4 5 6 7 8 9 10 

Bead 

89 

3871 

3866 A2 

3867 A2 

3868 F3 

3869 I3 

3870 I4 

3871 I6 

3872 I6 

3873 I7 

3874 C4 

3862 

10K 

2804 

100n 

DVCC1 DVCC2 DVCC3 

DVSS1 DVSS2 DVSS3 

91 27 62 

GNDD 

7825 

5.1V 

2824 

1u0 

I817 

GNDD GNDD 

3V 

1 

LA7213 5 

2 

CSYNC 

VIN 

4 

VSYNC 

I818 

4.5V 

3870 

100K 

GNDD 

25 

5VSTBY 

100n 

GNDD 

64 

10K 

2803 

100n 

2805 

3872 

10K 

2825 

2820 

3875 C4 

3876 F12 

3878 H8 

3879 E2 

3881 D2 

3882 D2 

3884 I14 

3885 I15 

3886 I15 

GNDD 

4.3V 

100p 

GNDD 

10n 

F846 

7818 

PDTA124EU 

3887 I14 

3888 F2 

3889 G8 

4801 F4 

4802 C4 

5801 B12 

5802 B14 

5803 A11 

5804 A6 

SYNC 

to F3 

3873 

3824 

4K7 1K0 

3847 

KILL 

from G3 

6800 H1 

6801 A2 

6802 A5 

6803 G11 

6804 G8 

6805 F8 

7801 B11 

7802 A7 

7803 B12 

10K 

N.C. 

KILL 

2832 

7804 B4 

7805 B14 

7806 A9 

7807 E15 

7808 H13 

7810 G14 

7811 H13 

7813 H1 

7814 H3 

GNDD 

2801 

15p 

47p 

not used 

LEVELSW 

from F9 

WU 

to A4 

8SC2 

to A4 

P50 

from/to G2 

SDASW 

ASC1M 

2802 

GNDD 

from / to IOV 

7815 H3 

7816 A3 

7817 F2 

7818 H6 

7821 C2 

7822 B2 

7825 H5 

F8001 C1 

F8002 C1 

IPOR 

to G13 

1 

2 

F8802 

3 

F8803 

4 

F8804 

5 

F8805 

6 

F8806 

7 

F8807 

8 

F8808 

SDASW 

GNDD 

2814 

SCLSW 

GNDD 

10p 

F8003 B1 

F8004 B1 

F8005 B1 

F8006 B1 

F8007 B1 

F8008 B1 

F801 E12 

F802 D11 

F803 D11 

X1 28 

CX-11F 

DT-38 

X2 26 

EMU0 33 

EMU1 34 

P96|XT1 31 

24M576 

32K768 

P97|XT2 32 

RESET_ 30 

AM0 24 

not used 

3848 

AM1 29 

ALE 43 

P00|AD0 44 

P01|AD1 45 

P02|AD2 46 

P03|AD3 47 

P04|AD4 48 

P05|AD5 49 

P06|AD6 50 

P07|AD7 51 

P10|AD8|A8 52 

P11|AD9|A9 53 

P12|AD10|A10 54 

P13|AD11|A11 55 

P14|AD12|A12 56 

P15|AD13|A13 57 

P16|AD14|A14 58 

P17|AD15|A15 59 

P20|A16|A0 60 

P21|A17|A1 61 

P22|A18|A2 65 

P23|A19|A3 66 

ALE 

10K 

P24|A20|A4 67 

P25|A21|A5 68 

THG 

P26|A22|A6 69 

P27|A23|A7 70 

RD_|P30 71 RD_ 

WR_|P31 72 WR_ 

F852 

F848 3825 

10K 

3V3STBY 

HWR_|P32 73 I811 

BUSRQ_|P34 75 

PWONSW to B2 

BUSAK_|P35 76 

FAN_OFF 

RW_|P36 77 I812 to FACO 

P37 78 

SCOUT|P64 87 LEVELSW 

P65 88 

P66 90 

PA4 39 BOOT 

F840 FLASH_TOSHIBA 

3851 

CLOCK_ADJ 10K 

F841 

EXT_DL 

3V3STBY 

LEVELSW 

to H8 

PA5 40 RY|BY_ 

PA6 41 

PA7 42 

CS0_|P40 79 CS0_ 

CS1_|P41 80 

CS2_|P42 81 CS2_ 

CS3_|P43 82 

F842 

WAIT_|P33 74 

NMI_ 63 

6805 

INT0|P63 86 

INT1|PA0 35 

INT2|PA1 36 

INT3|PA2 37 

BAT254 

INT4|PA3 38 

I825 

3V3STBY 

3.5V 

7802 

PDTC124EU 

GNDD 

0.3V 

GNDD 

1988 

2807 

220n 

3889 

18K 

GNDD 

3878 

1K0 

I801 

GNDD 

3826 

1K0 

I802 

3V3STBY 

3801 

GNDD 

15p 

6804 

10K 

3855 

470R I809 

1801 

WU 

8SC2 

GNDD 

2813 

I803 

BAT254 

P50 

10p 

1 

I804 

1805 

3858 

SCLSW 

7806 

NCP301LSN30 

OUTP 

GND NC2 NC1 

3 

100K 

C36 

5 

2817 

4 

INP 

100n 

GNDD 

2831 

F804 B14 

F805 C14 

F806 C14 

F807 C14 

F808 C14 

F809 C14 

F810 C14 

F811 C14 

F812 C14 

3V3STBY 

3835 

1K0 

3V3STBY 

F813 C14 

F814 C14 

F815 C14 

F816 C14 

F817 C14 

F818 C14 

F819 D14 

F820 B15 

F821 B15 

1987 

10n 

1 

F8701 

12VSTBY 

12VSTBY 

2 

F8702 

ION 

3 

F8703 

SFS_TS 

F8704 

4 

PSS 

5 

F8705 

WSRI/ AGC 

6 F8706 PCB-Test 3836 

SB1 

7 

F8707 

100R 

WSFI WSFI 

to A4 

8 

F8708 

3814 

FOME 

10K 

C36 

GNDD 

2 

3834 

2800 

100n 

GNDD 

1K0 

GNDD 

A(8) 

A(9) 

A(10) 

A(11) 

A(12) 

A(13) 

A(14) 

A(15) 

A(16) 

A(17) 

A(18) 

A(19) 

3V3STBY 

3817 

2K2 

3860 

A(8:19) 

2K2 

from / to IOV 

AD(0:7) 

I805 

F822 C15 

F823 C15 

F824 C15 

F825 C15 

F826 C15 

F827 C15 

F828 C15 

F829 C15 

F830 C15 

3808 

100K 

3810 

100K 

3815 

GNDD 

3V3STBY 

18K 

FBIN 

to E2 

STBY 

to KUCO 

F831 C15 

F832 C15 

F833 C15 

F834 C15 

F835 C15 

F836 D15 

F837 D15 

F838 D15 

F839 D15 

3V3STBY 

5803 

20 

1984 

Bead 

3818 

4K7 

F8401 

1 

3V3STBY 

3833 

F8402 

2 

1K0 

6803 

3831 

F8403 

3 

F840 E8 

F8401 H11 

F8402 H11 

F8403 H11 

F8405 H11 

F8406 H12 

F8407 H12 

F841 F8 

F842 F8 

BAT254 

1K0 

4 

N.C. 

F8405 

F803 WR_ 

5VSTBY 

5 

F8406 

GNDD 

6 

F8407 

from / to IOV 

F843 F4 

F844 D15 

F845 D15 

F846 A7 

F847 A3 

F848 E8 

F849 B6 

F850 C4 

F851 C4 

GNDD 

7 

CS0_ 

F801 

3V3STBY_R 

8 

3852 

C36 

INT 

from B2 

IPOR_DC 

to B2 

F852 E8 

F8603 E1 

F8604 E1 

F8606 E1 

F8607 E2 

F8608 E1 

F8609 E2 

F8610 F1 

F8701 H9 

5801 

3V3STBY 

3876 

3830 

10K 

3V3STBY 

1K0 

Bead 

16 

GNDD 

10K 

F8702 H9 

F8703 H9 

F8704 H10 

F8705 H10 

F8706 I10 

F8707 H10 

F8708 H10 

F8802 I8 

F8803 I8 

2806 

GNDD 

2808 

100n 

GNDD 

7801 

74LVC573 

100n 

I810 1 

ALE 11 

EN 

C1 

A(0:7) 

AD(0) 

AD(1) 

2 

3 

1D 

19 

18 

A(0) 

A(1) 

7803 

CY62128VLL-70SC 32 

AD(2) 4 

17 A(2) 

VCC 

AD(0) 

AD(1) 

AD(2) 

AD(3) 

AD(4) 

AD(5) 

AD(6) 

AD(7) 

AD(3) 

AD(4) 

AD(5) 

AD(6) 

AD(7) 

5 

6 

7 

8 

9 

16 

15 

14 

13 

12 

GND 

10 

GNDD 

3V3STBY_R 

A(3) 

A(4) 

A(5) 

A(6) 

A(7) 

F802 

A(0) 

A(1) 

A(2) 

A(3) 

A(4) 

A(5) 

A(6) 

A(7) 

A(8) 

A(9) 

A(10) 

A(11) 

A(12) 

A(13) 

A(14) 

A(15) 

A(16) 

RD_ 

12 

0 

11 

1 

NC 

10 RAM 

2 

9 128Kx8 

3 

8 

4 

7 

5 

6 

6 

5 

7 

27 

0 

8 A 

26 128K-1 

9 

23 

10 

25 

11 

4 

12 

28 

13 

3 

14 

0 

31 

15 

2 

16 

24 

OE 

DQ 

29 

WE 

22 

CE1 

30 

CE2 

7 

1 

13 AD(0) 

14 AD(1) 

15 AD(2) 

17 AD(3) 

18 AD(4) 

19 AD(5) 

20 AD(6) 

21 AD(7) 

A(16) 

3807 

A(17) 

100K 

A(18) 

3809 

A(19) 

100K 

AFC 

STBY 

FBIN 

5VSTBY 

GNDD 

GNDD 

IPOR 

3V3STBY 

3828 

IPOR 

from A9 

GNDD 

GNDD 

WE 

from E2 

F8804 I8 

F8805 I8 

F8806 I8 

F8807 I8 

F8808 I9 

I801 B8 

I802 B8 

I803 B8 

I804 B9 

for EU+EPG only 

5VSTBY 

7808 

M24C16-MN6 

8 

2828 

100n 

1 

2 

3 

10K 

0 

(2Kx8) 

WC 

EEPROM 

SCL 

1 ADR 

2 

VSS 

SDA 

GNDD 

I805 F10 

I806 G5 

I807 H4 

I808 H4 

I809 A8 

I810 B10 

I811 E7 

I812 E7 

I813 A2 

11 12 13 14 15 

4 

A(0) 

AD(0) 

AD(1) 

AD(2) 

AD(3) 

AD(4) 

AD(5) 

AD(6) 

AD(7) 

SDA 

SCL 

GNDD 

9 

10 

13 

14 

NC 

3821 

10K 

I814 F2 

I815 H3 

I816 A2 

I817 I4 

I818 I6 

I819 I14 

I820 I14 

I821 D4 

I822 D4 

VSS2 

46 

5802 

Bead 

VSS1 

27 

2833 

100n 

100p 

not used 

I823 H2 

I824 H3 

I825 G7 

37 

7805 

M29W800DT-70N6 

F804 29 

F805 31 

F806 33 

F807 35 

F808 38 

F809 40 

F810 42 

F811 44 

F812 30 

F813 32 

F814 34 

F815 36 

F816 39 

F817 41 

F818 43 

F819 45 

EPROM 

1Mx8/512Kx16 

0 

1 

2 

3 

4 

5 

6 

7 

D 

8 

0 

A 

9 

8M-1 

10 

11 

12 

13 

14 

15 

A-1 

0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

25 

24 

23 

22 

21 

20 

19 

18 

8 

7 

6 

5 

4 

3 

2 

1 

48 

17 

16 

2812 

7811 

PDTC124EU 

GNDD 

10n 

GNDD 

7 

6 

5 

GNDD 

3823 

100K 

GNDD 

3V3STBY 

7810 

PCA9515DP 8 

VCC 

GNDD 

2809 

100n 

3V3STBY 

GNDD 

3 SDA0 SDA1 6 

2 SCL0 SCL1 7 

5 EN 

GND 

4 

NC 

GNDD 

I819 3884 

I820 

100R 

1 

5VSTBY 

3887 

2826 

2834 

RB 

RP 

WE 

OE 

CE 

BYTE 

PMBT2369 

7807 

4K7 

GNDD 

10p 

2835 

GNDD 

0606 

SOFTWARE 

10p 

not used 

15 

12 

11 

28 

26 

47 

GNDD GNDD 

GNDD 

3822 

3885 

100R 

10K 

3V3STBY 

SDASW 

SCLSW 

F820 A(1) 

F821 A(2) 

F822 A(3) 

F823 A(4) 

F824 A(5) 

F825 A(6) 

F826 A(7) 

F827 A(8) 

F828 A(9) 

F829 A(10) 

F830 A(11) 

F831 A(12) 

F832 A(13) 

F833 A(14) 

F834 A(15) 

F835 A(16) 

F836 A(17) 

F837 A(18) 

F838 A(19) 

F845 

F844 

RD_ 

F839 

CS2_ 

3819 

GNDD 

5VSTBY 

3886 

2827 

10K 

4K7 

100p 

not used 

GNDD 

RY|BY_ 

3813 

SCL 

from D2 

SDA 

from/to D2 

10K 

3V3STBY 

A 

B 

C 

D 

E 

F 

G 

H 

I


UP SUB: Fan Control (FACO) FRONT: Standby 

A 

B 

C 

D 

E 

1301 B4 

1901 A4 

2911 D1 

2912 B3 

2913 B4 

3913 B2 

3914 C4 

STBY 

from CECO 

GNDD 

FAN_OFF 

from CECO 

TEMP_SENSE 

from CECO 

3915 B3 

3916 D1 

3917 C1 

3918 B2 

3919 C1 

3920 E1 

3921 E4 

7906 

PDTC124EU 

3919 

3916 

I908 

2911 

1% 

1n0 

not used 

BAT254 

not used 

3922 C1 

3923 E1 

3924 A2 

3925 D1 

3926 A2 

3927 D2 

3928 C3 

1% 

3929 A4 

3930 A4 

3931 A4 

3932 B4 

3933 B4 

3934 A4 

4901 A1 

4902 D3 

4903 D3 

6901 E3 

6902 A1 

6903 C3 

7902-1 C2 

7902-2 D2 

7902-3 C4 

7902-4 D4 

7903 A1 

7904 A3 

7905 A3 

7906 A1 

7907 A2 

18K 

not used 

7908 B1 

7909 B4 

7910 B3 

F901 A4 

F902 A4 

F903 B4 

F904 B4 

4903 

delete for SET FAN 

F905 A1 

F906 A2 

F907 A2 

F908 B4 

F909 C3 

F910 E3 

I903 C2 

1 2 3 4 

4901 

7903 

PDTC124EU 

GNDD 

12VSTBY 

33K 

27K 

GNDD 

1K0 

6902 3V3STBY 

F905 

7908 

PDTC124EU 

3917 

F907 

1% 

36K 

3922 I903 

2 

3923 

3924 

GNDD 

12VSTBY 

3925 

10K 

GNDD 

12VSTBY 

3920 

5K6 

10K 

GNDD 

I906 

10K 

I904 

3 

5 

6 

5VSTBY 

3926 

F906 

4 7902-2 

LM324D 

7 

11 

4K7 

GNDD 

3927 

33K 

12VSTBY 

GNDD 

7907 

PDTC124EU 

GNDD 

3918 

3913 

GNDD 

7902-1 

LM324D 

1 

I905 

1K0 

1K0 

7905 

PDTC124EU 

4902 

delete for SET FAN 

GNDD 

12VSTBY 

1 2 3 4 

2912 

100u 

7910 

PDTC124EU 

3928 

12VSTBY 

F909 

7904 

PDTA124EU 

6903 

BAV70W 

F910 

6901 

BAV70W 

3915 

1K0 

2913 

10 

9 

GNDD 

F901 

F902 

100u 

GNDD 

2 

GNDD 

1301 

315mA F 

I904 C2 

I905 C2 

I906 E2 

I907 E4 

I908 D1 

MOT 

GNDD 

7902-3 3914 

LM324D 

to FAN 

for SET FAN only 

GNDD 

11901 

EH-S 

8 

I907 

F904 

F903 

12 

13 

3921 

470R 

12VSTBY 

3932 3930 3934 

22R 22R 22R 

3933 3931 3929 

22R 22R 22R 

7909 

BC636 

1K0 

F908 

7902-4 

LM324D 

14 

BE_FAN 

to CECO 

A 

B 

C 

D 

E 

A 

B 

C 

1130 C1 

1930 A1 

3300 B1 

F3001 B1 

1 2 3 

1 

F3002 B1 

F3003 B1 

from DC-BOARD 

F3004 B1 

I300 B1 

+12VSTBY 

1930 

1 F3001 

Tray_Led 

2 F3002 

+12VSTBY 

3 

F3003 

K1 

4 

F3004 

GND 

DA 3300 

not used 

GND 

I300 

1130 

4K7 

EVQ11L05R 

GND 

POWER 

2 3 

A 

B 

C 

DRX-2 

167

168 

DRX-2 


DIGITAL (Digital Board Chrysalis 2.1): IDE, UARTS, RESET, BE 

A 

B 

C 

D 

E 

F 

G 

H 

I 

XIO_SEL0 

0 

0 

1 

1 

1 2 3 4 5 6 7 8 9 10 11 12 13 14 

TRUTH TABLE 

NAND / NOR FLASH 

MPIO24 

0 

1 

0 

1 

PNX7100_SYS_RESETn 

MPIO13_IDE1_RESETn 

I114 

4115 

NANDFLASH 

not used 

3162 

4K7 

MPIO14_IEEE1394_RESETn 

MPIO15_BE_RESETn 

3173 

4K7 

3184 

4K7 

MPIO16_PROGSCAN_RESETn 

3187 

4K7 

4K7 

not used 

3117 

4K7 

3165 

MPIO31_SERVICE_MODE_FAST 

3091 

MPIO20_FURORE_RESETn 

1 

0 

1 

1 

4K7 

3163 

3090 

4K7 

NORFLASH 

0 

1 

1 

1 

7104-4 

74LVC08AD 

12 

I120 

13 

3095 

4K7 

7104-3 

74LVC08AD 

9 

I119 

10 

7107-1 

74LVC08AD 

1 

I121 

2 

7107-2 

74LVC08AD 

4 

I122 

5 

14 

7 

7 14 

7 14 

7 14 

4K7 

7107-3 

74LVC08AD 

9 

I124 

10 

7 14 

7104-1 

74LVC08AD 

1 

I123 

2 

7 14 

XIO_SEL0 

MPIO24_SEL_NOR_NAND 

8 

11 

3 

6 

8 

3 

3176 

I112 

I103 

I104 

4K7 

2127 

100n 

I110 

not used 

14 

& 

14 

& 

7102-1 

74LVC00AD 

3 

14 

& 

not used 

4116 

4K7 

not used 

7102-4 

74LVC00AD 

not used 

1 2 3 4 5 

9 

10 

1 

2 

7 

12 

13 

7 

7102-2 

14 

& 

74LVC00AD 

I105 

6 

3134 

11 

not for UART 3V3 

100R for UART 3V3 only 

not for UART 3V3 

1n5 

not used 

3113 

10K 

TXD2 

3136 

F0514 

15 

14 

RXD2 

3131 47R 

F0512 

13 

12 

RTS2 

47R 3139 

F0511 

11 

10 

+3V3_RES 

+3V3 

MPIO1_BE_IRQn 3140 47R 

F0510 

9 

8 

IDE1_CTL 

5100 

CTS2 

47R 3141 

F0509 

7 

6 

47R 

5 

F0506 

4 

3 

2 

1 

IDE1_IORDY 

2103 

100n 

2125 

100n 

I108 

I109 

I111 

F936 

7104-2 

74LVC08AD 

4 

5 

RESET_IDE1n 

RESET_1394n 

RESET_BEn 

RESET_PROGSCANn 

ANALOG_RESETn 

VIP_RESETn 

7 14 

7 

6 

I115 

7102-3 

74LVC00AD 

8 

UART3 

2101 

4 

5 

TXD3 

22n 

2 

5 

7 

7106 

NCP303LSN29 

3132 

100R 

1106 

SD-71308 

5108 

INP 

OUTP 

CD 

NC GND 

4 

1 

2 

3 

3 

+3V3 

CTS3 

3129 

4K7 not used 

RTS3 

+3V3 

F0603 

4123 

3114 

7100 

PDTC124EU 

F0601 

+3V3 

I106 

4122 

+3V3 +3V3 

RXD3 

1 

4K7 

6100 

EJTAG_RESETn 

1PS76SB10 

6101 

IRESET_DIG 

1PS76SB10 

3121 

4K7 

7105 

PDTC124EU 3125 

+5V 7108 

PDTC124EU 3127 

+5V 

4K7 

4K7 

2124 

RESETn 

3137 

7107-4 

74LVC08AD 

MPIO17_ANA_WE_LV 

12 

3096 

13 

4K7 

XIO_SEL_NANDFLASH 

+3V3 

7 14 

I100 

3150 

+5V 

+3V3_RES 

100R 

not used 

XIO_SEL0 

XIO_SEL_NORFLASH 

+3V3 

UART2 

ION 

11 

10 

4117 

7 14 

3088 

100K 

2113 

4121 

not used 

I102 

7101 

PDTC124EU 

470p 

7111-5 

74HCT14D 

11 

3085 

100K 

3086 

100K 

TXD1 

+3V3 

BE_DATA 

2102 

3144 

for UART 3V3 only 100R 

4111 

RXD1 

+3V3 

PNX7100_RESETn 

SCL0 

SDA0 

12 

BE_BCLK 

BE_DATA_WR 

BE_SYNC 

BE_FLAG 

BE_DATA_RD 

BE_WCLK 

BE_V4 

+5V 

3123 

4K7 

100R 

not used 

100R 

not used 

2108 

100n 

4 

4118 

not used 

7111-6 

74HCT14D 

3097 

13 

7 14 

RESET_BEn 

MPIO6_BE_DLOAD 

3098 


10p 

MPIO4 

2104 

10p 

MPIO1_BE_IRQn 

3 5 

3094 

2105 

ANALOG_RESETn 

4K7 

10p 

2106 

IRESET_DIG 

10p 

2107 

2109 

10p 

3142 

100R 

3080 

3081 

-5V 

100K 

10K 

not used 

4119 

not used 

not used 

2100 

3152 

47R 

I117 

VDD_PNX_PAD 

7103 

74LVC1G32 

1 

2 

10p 

3104 

3099 

47R 

3105 

1R0 

3109 

1R0 

3115 

1R0 

4110 

not used 

6K8 

not used 

not used 

2120 

3157 

47R 

4113 

ANA_WE 

BE_FAN 

VIP_FB 

+5V_SERV 

100n 

not used 

4101 

5104 

BE_FAN 

+5V 

10p 

2110 

F0410 

F0409 

F0408 

F0407 

F0406 

F0405 

F0404 

F0403 

F0402 

F0401 

3119 

10K 

3102 

1R0 

3107 

1R0 

3111 

1R0 

10p 

2111 

not used 

10p 

F0011 

F0009 

F0007 

F0005 

F0003 

F0001 

F0508 

F0503 

1104 

FMN 

10 

9 

8 

7 

6 

5 

4 

3 

2 

1 

ANALOG BOARD 

F0501 

Only for AV2 

UART0 

10p 

not used 

TLMH3100 

not used 

3138 33R F0218 

not used 

IDE1 Only 

6 7 8 9 10 11 12 13 14 

F0015 

TXD0 

RXD06 

3195 

RTS0 

CTS0 

1100 

FMN-BMT 

15 

14 

13 

12 

11 

10 

9 

8 

7 

6 

5 

4 

3 

2 

1 

1105 

FMN-BMT 

3082 

100K 

100K 

3 

14 

7 

7111-3 

74HCT14D 

7 14 

+3V3 

5 

5102 I116 

7111-2 

74HCT14D 

8 

2128 

+5V_SERV 

3186 

MPIO19_CTL_SERVICE 

+3V3 

+3V3 

-5V 

10K 

RESET_IDE1n 

4 

2116 

3191 

100K 

7 14 

1 

6103 

100n 

7 14 

7111-4 

74HCT14D 

9 

-5V 

3103 33R F0203 

3106 33R F0204 

3108 33R F0205 

3110 33R F0206 

3112 33R 

3116 33R F0208 

3120 33R F0210 

3122 33R F0211 

3124 33R F0212 

3128 33R F0214 

3143 82R 

3145 5K6 

IDE1_DIOWn 3147 22R F0223 

IDE1_DIORn 3149 22R F0225 

IDE1_IORDY 3154 82R F0227 

3156 1K0 

IDE1_DMACKn 3159 22R F0229 

IDE1_IRQ 

3161 82R F0231 

3164 10K 

IDE1_DA1 

3167 33R F0233 

3168 4K7 F0234 

IDE1_DA0 

3170 33R F0235 

IDE1_DA2 

3172 33R F0236 

IDE1_CS0n 

3175 33R F0237 

IDE1_CS1n 3178 33R F0238 

3092 

100K 

3100 

10K 

IDE1_DD(15:0) 

IDE1_DD(7) 

IDE1_DD(8) 

IDE1_DD(6) 

IDE1_DD(9) 

IDE1_DD(5) 

IDE1_DD(10) 

IDE1_DD(4) 

IDE1_DD(11) 

IDE1_DD(3) 

IDE1_DD(12) 

IDE1_DD(2) 

IDE1_DD(13) 

IDE1_DD(1) 

IDE1_DD(14) 

IDE1_DD(0) 

IDE1_DD(15) 

IDE1_DMARQ 

7111-1 

74HCT14D 

2 

3189 

10K 

3192 

6K8 

3101 33R 

3118 33R 

3126 33R 

3130 33R 

3197 

100R 

2119 

1n5 

3135 33R 

3180 220R 

3185 

100R 

2112 

1n5 

3199 

10K 

3093 

6K8 

F0201 

3133 33R F0216 

F0207 

F0209 

F0213 

F0215 

F0217 

F0221 

F0239 

+5V 

F0301 

F0302 

F0303 

F0304 

F0305 

F0306 

5103 

F0307 

F0202 

Service 

1103 

IDE1 

1102 

1-440090-4 

1 

2 

3 

4 

5 

6 

7 

B7B-PH-SM3 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 

26 

27 

28 

29 

30 

31 

32 

33 

34 

35 

36 

37 

38 

39 

40 

TR 09003_001 

150403 

A 

B 

C 

D 

E 

F 

G 

H 

I 

1100 A10 

1102 B14 

1103 G14 

1104 G9 

1105 C10 

1106 I5 

2100 A8 

2101 E4 

2102 D7 

2103 D3 

2104 D8 

2105 D8 

2106 D8 

2107 D8 

2108 A7 

2109 E9 

2110 E9 

2111 E9 

2112 G12 

2113 E6 

2116 F11 

2119 I12 

2120 I8 

2124 I5 

2125 D3 

2127 A3 

2128 D11 

3080 H7 

3081 H7 

3082 F10 

3085 C7 

3086 C7 

3088 I6 

3090 G2 

3091 H2 

3092 I12 

3093 I12 

3094 E8 

3095 C2 

3096 H5 

3097 I8 

3098 I7 

3099 I8 

3100 A12 

3101 A12 

3102 B9 

3103 A12 

3104 B8 

3105 B8 

3106 A12 

3107 B9 

3108 A12 

3109 B8 

3110 A12 

3111 B9 

3112 A12 

3113 B6 

3114 D5 

3115 B8 

3116 B12 

3117 I2 

3118 B12 

3119 A9 

3120 B12 

3121 F6 

3122 B12 

3123 F7 

3124 B12 

3125 G6 

3126 B12 

3127 G7 

3128 B12 

3129 G4 

3130 C12 

3131 C7 

3132 F5 

3133 C12 

3134 H4 

3135 C12 

3136 C7 

3137 G6 

3138 C12 

3139 C7 

3140 C7 

3141 C7 

3142 G7 

3143 C12 

3144 G7 

3145 C12 

3147 D12 

3149 D12 

3150 I6 

3152 D8 

3154 D12 

3156 D12 

3157 D8 

3159 D12 

3161 D12 

3162 E2 

3163 D2 

3164 D12 

3165 D2 

3167 E12 

3168 E12 

3170 E12 

3172 E12 

3173 F2 

3175 E12 

3176 B3 

3178 E12 

3180 E12 

3184 F2 

3185 G12 

3186 G11 

3187 G2 

3189 H12 

3191 H11 

3192 H12 

3195 H10 

3197 H12 

3199 I12 

4101 A8 

4110 F8 

4111 H7 

4113 F8 

4115 D1 

4116 G5 

4117 E6 

4118 F8 

4119 F8 

4121 H6 

4122 B5 

4123 B5 

5100 C4 

5102 E11 

5103 H13 

5104 I8 

5108 A5 

6100 E5 

6101 E6 

6103 E11 

7100 F5 

7101 F6 

7102-1 A4 

7102-2 A5 

7102-3 B4 

7102-4 B5 

7103 A8 

7104-1 H2 

7104-2 I3 

7104-3 D2 

7104-4 E2 

7105 G5 

7106 E5 

7107-1 F2 

7107-2 F2 

7107-3 G2 

7107-4 H5 

7108 G6 

7111-1 F12 

7111-2 H11 

7111-3 G11 

7111-4 I11 

7111-5 I6 

7111-6 I7 

F0001 B9 

F0003 B9 

F0005 B9 

F0007 B9 

F0009 B9 

F0011 B9 

F0015 A10 

F0201 A13 

F0202 B14 

F0203 A13 

F0204 A13 

F0205 A13 

F0206 A13 

F0207 A13 

F0208 B13 

F0209 B13 

F0210 B13 

F0211 B13 

F0212 B13 

F0213 B13 

F0214 B13 

F0215 C13 

F0216 C13 

F0217 C13 

F0218 C13 

F0221 C13 

F0223 D13 

F0225 D13 

F0227 D13 

F0229 D13 

F0231 D13 

F0233 E13 

F0234 E13 

F0235 E13 

F0236 E13 

F0237 E13 

F0238 E13 

F0239 E13 

F0301 G13 

F0302 G13 

F0303 G13 

F0304 G13 

F0305 G13 

F0306 H13 

F0307 H14 

F0401 H9 

F0402 H9 

F0403 H9 

F0404 H9 

F0405 G9 

F0406 G9 

F0407 G9 

F0408 G9 

F0409 G9 

F0410 G9 

F0501 C10 

F0503 D10 

F0506 D9 

F0508 B9 

F0509 C9 

F0510 C9 

F0511 C9 

F0512 C9 

F0514 C9 

F0601 I5 

F0603 I5 

F936 H3 

I100 E6 

I102 E6 

I103 A3 

I104 A3 

I105 A5 

I106 B5 

I108 D3 

I109 E3 

I110 F3 

I111 G3 

I112 C3 

I114 C1 

I115 A4 

I116 E11 

I117 H8 

I119 E2 

I120 E2 

I121 F2 

I122 G2 

I123 I2 

I124 H2


DIGITAL (Digital Board Chrysalis 2.1): 1394 

A 

B 

C 

D 

E 

F 

G 

H 

I 

7 8 

6 

5 

4 

3 

2 

1 

CSS5004 

8 6 

7 5 

4 

3 

2 

1 

1200 

not used 

+3V3 

+3V3 

1203 

SR 

2202 

1 2 3 4 5 

12p 

F1203 

F1205 

F1204 

F1202 

F1201 

2212 

CX-11F 

24M576 

5204 

1201 

100u 

allways present 

5202 

2217 

2203 

5200 

5203 

100n 

3232 

2201 I210 

12p 

2207 

2209 

2214 

2218 

1% 

56R 

270p 

3253 

1R0 

I201 

I202 

I203 

I204 

100n 

100n 

100n 

100n 

not used 

3283 

10K 

3205 

I207 

40 

6K34 1% I208 

41 

2200 

I209 

38 

1u0 

1% 

1% 

2204 

100n 

not used 

1 2 3 

3233 

3240 

2219 

56R 

5K1 

2210 

2215 

3212 

100n 

100n 

100n 

1% 

56R 

3213 

1% 

56R 

1.7V F203 

2205 

100n 

2220 

1.5V 

2206 

100n 

100n 

2221 

100n 

37 

36 

35 

34 

59 

60 

16 

43 

44 

45 

46 

47 

54 

55 

NC 

TEST1 

TEST0 

AVDD 

R0 

RECEIVED 

R1 

TPBIAS0 

BIAS 

VOLTAGE 

AND 

CURRENT 

GENERATOR 

DATA 

DECODER/ 

TIMER 

TPA0+ 

TPA0- 

TPB0+ 

TPB0- 

XI 

XO 

28 29 

3261 

1R0 

+3V3_IEEE_PLL 

+3V3_IEEE_A 

+3V3_IEEE_D 

2222 

100n 

+3V3_IEEE_A +3V3_IEEE_D +3V3_IEEE_PLL +3V3_IEEE_D 

+3V3_IEEE_D +3V3_IEEE_D +3V3_LINK 

2223 

52 51 42 31 30 27 62 61 26 25 

XTAL OSC. 

PLL 

CLOCK 

TRANSMIT 

DATA 

ENCODER 

100n 

AGND 

2225 

TESTM 

PDI1394P25 

ARBITRíN 

AND 

CONTROL 

STATE 

MACHINE 

LOGIC 

50 49 48 39 33 32 

2224 

100n 

100n 

4205 

2226 

PHY 

DVDD 

LINK 

INTERFACE 

DGND 

64 63 18 17 

5201 

6200 

3275 

I206 

330R TLMH3100 

I200 

+5V 

56 

PLLVDD 

CPS 

I215 

24 

LPS 15 

ISO_ 23 

+3V3_IEEE_D 

C|LKON 

I216 

19 

7202 

PDTC144EU 

SYSCLK 

RESET_ 

PLLGND 

58 57 

7200 

PDI1394P25 

3203 

10K 

LREQ 

CTL0 

CTL1 

D0 

D1 

D2 

D3 

D4 

D5 

D6 

D7 

PC0 

PC1 

PC2 

CNA 

PD 

100n 

2227 

100n 

2228 

100n 

2229 

100n 

2230 

100n 

2 

1 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

20 

21 

22 

3 

53 

14 

2231 

3285 

3200 

I213 

I214 

100n 

10K 

10K 

MPIO23_1394_LED 

not used 

2232 

6 7 8 9 10 11 12 13 14 

4201 

4202 

100n 

2233 

MPIO21_1394_POWERDOWN 

100n 

2234 

3280 

3208 

100n 

10K 

10K 

3281 

3206 

10K 

10K 

not used 

3284 

1R0 

3209 

1R0 

3282 

3207 

10K 

10K 

I217 

PDI1394L40 

138 

137 

RESERVED 

DV_IN Only 

4 5 6 7 8 9 10 11 12 13 14 

132 

131 

120 

119 

113 

112 

107 

106 

LINK 

3216 

7201 

PDI1394L40 

10R 

3223 

3220 

10R I211 

82 PHYD0 

VDD 

L_D(7:0) 

10R 3225 

I212 

81 

80 

PHYD1 

PHYD2 

AV1D0 

AV1D1 

108 

109 

3210 

3211 

33R 

33R 

F213 

F212 

L_D(0) 

L_D(1) 

3228 10R I218 

79 

76 

PHYD3 

PHYD4 

AV1D2 

AV1D3 

110 

111 

3214 

3215 

33R 

33R 

F211 

F210 

L_D(2) 

L_D(3) 

10R 3231 

I219 

75 

74 

PHYD5 

PHYD6 

12KB BUFFER 

AV1D4 

AV1D5 

114 

115 

3217 

3218 

33R 

33R 

F209 

F208 

L_D(4) 

L_D(5) 

3234 10R I222 

73 

86 

PHYD7 

PHYCTL0 

MEMORY 

AV1D6 

AV1D7 

116 

117 

3221 

3222 

33R 

33R 

F207 

F206 

L_D(6) 

L_D(7) 

10R 

3238 

3236 

10R 

I225 

I226 

85 

87 

88 

91 

PHYCTL1 

LREQ 

SCLK 

LPS 

LINK 

CORE ISOCH & ASYNC 

PACKETS 

AV1CLK 

AV1FSYNC 

AV1VALID 

AV1SY 

99 3224 

100 3229 

102 3227 

101 AV1SY 

82R 

33R 

33R 

F217 

F215 

F204 

F205 

3235 10K 

L_CLK 

L_FSYNC 

L_VAL 

10R 

3245 

10R 

3204 

3242 

I227 

10R 

3248 

10R 

+3V3_IEEE_D 

F201 

+3V3_LINK 

56 

57 

55 

47 

48 

92 

93 

CYCLEIN 

CYCLEOUT 

CLK50 

1394MODE 

PD 

LINKON 

ISON 

AV1SYNC 

AV1ENDPCK 

AV1ERR0 

AV1ERR1 

AV1READY 

103 3226 

98 AV1ENDPCK 

96 

97 

118 

33R 

F216 

F200 3219 

10K 

3230 10K 

+3V3_LINK 

L_SYNC 

L_D_CTL 

10K 

MPIO8_1394_CNA 

RESET_1394n 

PCI_AD(31:0) 

PCI_AD(24) 3297 100R 

42 RESET_ 

49 

1 

50 

2 

51 

3 

52 

4 

58 

5 

59 

6 

72 

7 

71 

8 

104 

9 

65 

10 

66 

11 

67 

12 

68 

13 

105 

14 

129 

15 

144 

16 

130 

17 

22 HIFAD0 

CONTROL 

AND 

STATUS 

REGISTERS 

ASYNC 

TRANSMITTER 

AND 

RECEIVER 

AV2D0 

AV2D1 

AV2D2 

AV2D3 

AV2D4 

AV2D5 

AV2D6 

AV2D7 

AV2CLK 

AV2FSYNC 

AV2VALID 

AV2SY 

AV2SYNC 

AV2ENDPCK 

AV2ERR0|LTLEND 

AV2ERR1|DATINV 

AV2READY 

1 

TESTPIN 2 

3 

133 3237 

134 3239 

135 3241 

136 3243 

139 3244 

140 3246 

141 3247 

142 3249 

124 3251 

125 AV2FSYNC 

127 3254 

126 

128 3252 

123 AV2ENDPCK 

121 

122 

143 3250 

62 

63 

64 

MX_D(7:0) 

33R 

MX_D(0) 

33R 

MX_D(1) 

33R 

MX_D(2) 

33R 

MX_D(3) 

33R 

MX_D(4) 

33R 

MX_D(5) 

33R 

MX_D(6) 

33R 

MX_D(7) 

33R 

MX_CLK 

3255 4K7 

33R 

MX_VAL 

3259 4K7 

33R 

MX_SYNC 

3256 4K7 

3257 22K 

3258 22K 

4K7 +3V3_LINK 

PCI_AD(31:0) 

MX_D_CTL 

PCI_AD(25) 3298 100R 21 HIFAD1 

PCI_AD(26) 3299 100R 20 HIFAD2 

HIFA0 33 3202 100R PCI_AD(0) 

PCI_AD(27) 

PCI_AD(28) 

3315 

3316 

100R 

100R 

19 

16 

HIFAD3 

HIFAD4 

HIFA1 

HIFA2 

32 

31 

3260 

3274 

100R 

100R 

PCI_AD(1) 

PCI_AD(2) +3V3_LINK 

PCI_AD(29) 3317 100R 15 HIFAD5 

HIFA3 30 3277 100R PCI_AD(3) 

PCI_AD(30) 3318 100R 14 HIFAD6 

HIFA4 29 3278 100R PCI_AD(4) 

PCI_AD(31) 3319 100R 13 HIFAD7 

HIFA5 28 3279 100R PCI_AD(5) 

+3V3_LINK 4K7 

4K7 

4K7 

3262 

3263 

3264 

10 

9 

8 

HIFD8 

HIFD9 

HIFD10 

8-BIT 

INTERFACE 

HIFA6 

HIFA7 

HIFA8 

27 

26 

25 

3294 

3295 

3296 

100R 

100R 

100R 

PCI_AD(6) 

PCI_AD(7) 

PCI_AD(8) 

4K7 

4K7 

4K7 

4K7 

4K7 

3265 

3266 

3267 

3268 

3269 

7 

4 

3 

2 

1 

HIFD11 

HIFD12 

HIFD13 

HIFD14 

HIFD15 

HIFSC_ 

HIFWR_ 

HIFALE 

HIFRD_ 

HIF16BIT 

36 

37 

39 

40 

45 

I223 

I220 

I221 

3272 

3270 

3271 

100R 

100R 

100R 

XIO_SEL1 

PCI_CBE(1) 

PCI_CBE(2) 

MPIO2_1394_IRQn 

33R 3273 

I224 

38 

41 

HIFINT_ 

HIFWAIT 

HIFMUX 46 

4203 

not used 

+3V3_LINK 

+3V3_LINK 

3276 

1K0 

allways present 

GND 

4204 

+3V3_LINK 

IC7200 pin 60, F203 


+3V3_LINK 

95 

94 

90 

89 

84 

83 

78 

77 

70 

69 

61 

60 

54 

53 

44 

TRANSMITTER / RECEIVER 

AV2 

43 

I205 

35 

TRANSMITTER / RECEIVER 

AV1 

34 

24 

23 

18 

17 

12 

11 

6 

5 

BOARD_ID 

MPIO9_BOARD_ID_0 




F214 

not used 

3286 

4K7 

3287 

4K7 

3290 

4K7 

3291 

3288 

4K7 

not used 

3292 

3320 

+3V3 

10K 

4K7 

not used 

3289 

4K7 

3293 

4K7 

4K7 

not used 

TR 09004_001 

070403 

A 

B 

C 

D 

E 

F 

G 

H 

I 

1200 C1 

1201 D1 

1203 A1 

2200 B2 

2201 C2 

2202 D1 

2203 D2 

2204 D2 

2205 D2 

2206 G3 

2207 F2 

2209 G2 

2210 G2 

2212 H1 

2214 H2 

2215 H2 

2217 I2 

2218 I2 

2219 I2 

2220 I2 

2221 I3 

2222 I3 

2223 I3 

2224 I4 

2225 I4 

2226 I4 

2227 I4 

2228 I5 

2229 I5 

2230 I5 

2231 I6 

2232 I6 

2233 I6 

2234 I6 

3200 E6 

3202 F12 

3203 H5 

3204 D6 

3205 A2 

3206 B7 

3207 B8 

3208 B7 

3209 B8 

3210 C12 

3211 C12 

3212 B2 

3213 B3 

3214 C12 

3215 C12 

3216 B6 

3217 C12 

3218 C12 

3219 D13 

3220 B7 

3221 C12 

3222 C12 

3223 B6 

3224 C12 

3225 C7 

3226 C12 

3227 C12 

3228 C6 

3229 C12 

3230 D13 

3231 C7 

3232 C2 

3233 C2 

3234 C6 

3235 C13 

3236 C7 

3237 D12 

3238 C6 

3239 D12 

3240 C2 

3241 D12 

3242 C7 

3243 D12 

3244 D12 

3245 D6 

3246 E12 

3247 E12 

3248 D7 

3249 E12 

3250 E12 

3251 E12 

3252 E12 

3253 D2 

3254 E12 

3255 E13 

3256 E13 

3257 E13 

3258 E13 

3259 E13 

3260 F12 

3261 E3 

3262 F8 

3263 F8 

3264 F8 

3265 G8 

3266 G8 

3267 G8 

3268 G8 

3269 G8 

3270 G12 

3271 G12 

3272 G12 

3273 G8 

3274 F12 

3275 G5 

3276 G7 

3277 F12 

3278 F12 

3279 F12 

3280 A7 

3281 A7 

3282 A8 

3283 A2 

3284 A8 

3285 A6 

3286 H13 

3287 H13 

3288 H13 

3289 H13 

3290 I13 

3291 I13 

3292 I13 

3293 I13 

3294 F12 

3295 F12 

3296 F12 

3297 F8 

3298 F8 

3299 F8 

3315 F8 

3316 F8 

3317 F8 

3318 F8 

3319 F8 

3320 F13 

4201 D6 

4202 D6 

4203 G12 

4204 G12 

4205 A4 

5200 F2 

5201 F5 

5202 G2 

5203 H2 

5204 I1 

6200 G4 

7200 A5 

7201 B12 

7202 H5 

F1201 B1 

F1202 A1 

F1203 A1 

F1204 A2 

F1205 A2 

F200 D12 

F201 C9 

F203 C3 

F204 C13 

F205 C13 

F206 C13 

F207 C13 

F208 C13 

F209 C13 

F210 C13 

F211 C13 

F212 C13 

F213 C13 

F214 C13 

F215 C13 

F216 D13 

F217 C13 

I200 H4 

I201 F2 

I202 G2 

I203 H2 

I204 I2 

I205 H11 

I206 G4 

I207 A3 

I208 B3 

I209 B3 

I210 C2 

I211 B7 

I212 C7 

I213 D6 

I214 D6 

I215 A6 

I216 B6 

I217 A8 

I218 C7 

I219 C7 

I220 G12 

I221 G12 

I222 C7 

I223 G12 

I224 G8 

I225 C7 

I226 C7 

I227 C7 

DRX-2 

169

170 

DRX-2 


DIGITAL (Digital Board Chrysalis 2.1): Audio PLL 

1 

2 3 4 5 6 7 8 9 

A 

B 

C 

D 

E 

F 

2303 

4u7 

2305 

100n 

MPIO25_ADC_FSCLKE_OE 

2302 

2u2 

3300 

56R 

2306 

220n 

4306 

7305 

74LVC1G32 

1 

not used 

2 

3303 

220K 

+5V 

3 5 

4 

10 

13 

15 

2 

2312 

100n 

7301 

74HCT9046AD 

4 

RX 

=1 

M6 

EN5 

6 

6 

5 

1 

1 & 

R 

1 2 3 4 

3308 

1K0 

3309 

8 

I300 

=1 

G 

16 

[PLL] 

I302 

Z4 

Z3 

1 

100n 

3310 

I304 

2309 

EN 

CX 

RX 

Af 

3 

4 

S 

S 

100n 

7304 

FXO-35F 

1 

1K0 

100n 

2300 

2307 

5 

6 

7 

11 

12 

9 

14 

3 

4u7 

4 

27M 2 

2301 

I301 

100n 

5301 

3 

5300 

4301 

2304 

SCK3_OUT 

33p 

4309 

SCKE_IN 

+5V 

4303 

4307 

SCK012_OUT 

+5V 

3304 

-T 4K7 

7303 

74LVC1G32 

1 

2 

3301 

3305 

1% 

11K 

5K6 

+3V3 

3 5 

3302 

3306 

not used 

2311 

100n 

1% 

15K 

1R0 

I303 

4 

4311 

VDD_PLL_BUF 

3311 

10K 

WS012_OUT 

SCK012_OUT 

7300-3 

74LVC125AD 

9 

I306 

10 

MPIO26_ADC_FWSCLK012_OE 

3307 

10K 

4308 

4302 

EN 

14 

7 

2308 

7302 

74LVC1G125 

2 

1 

7300-1 

74LVC125AD 

2 

1 

7300-2 

74LVC125AD 

5 

4 

not used 

100n 

2310 

8 

not used 

EN 

EN 

EN 

VDD_PLL_BUF 

I305 

4312 

not used 

not used 

not used 

not used 

not used 

not used 

not used 

5 6 7 8 9 

4314 

VDD_PLL_BUF 

5 

3 

VDD_PLL_BUF 

14 

7 

4313 

14 

7 

100n 

5302 

4304 

3 

6 

7300-4 

74LVC125AD 

4315 

4 


VDD_PLL_BUF 

4300 

11 

+3V3 

4305 

4310 

14 

7 

EN 

12 

13 

4316 

PLL_OUT 

FSCLK3_OUT 

FSCLKE_IN_PNX 

FSCLK012_OUT 

WSE_IN 

SCKE_IN 

PLL_OUT 

FSCLKE_IN_PNX 


FSCLKE_IN 

TO CHRYSALIS 

A 

B 

C 

D 

E 

F 

2300 A3 

2301 A4 

2302 B2 

2303 C1 

2304 B4 

2305 C1 

2306 C2 

2307 E3 

2308 F7 

2309 F3 

2310 F7 

2311 E5 

2312 E2 

3300 C2 

3301 B5 

3302 B5 

3303 C2 

3304 C4 

3305 C5 

3306 C5 

3307 B6 

3308 E3 

3309 F3 

3310 E3 

3311 C6 

4300 E8 

4301 C4 

4302 E7 

4303 C4 

4304 A7 

4305 A8 

4306 E1 

4307 E4 

4308 B6 

4309 C4 

4310 B8 

4311 E6 

4312 C7 

4313 D7 

4314 A7 

4315 E7 

4316 E8 

5300 A4 

5301 E4 

5302 F7 

7300-1 C7 

7300-2 D7 

7300-3 E6 

7300-4 E8 

7301 A2 

7302 A7 

7303 E5 

7304 E3 

7305 E2 

I300 A3 

I301 E4 

I302 E3 

I303 E5 

I304 F3 

I305 F7 

I306 E6


DIGITAL (Digital Board Chrysalis 2.1): Chrysalis 

A 

B 

C 

D 

E 

F 

G 

H 

I 

J 

* 

1 2 3 4 5 6 7 

* 

SDRAM 

3831 3823 

32 MB - X 

64 MB X - 

VDD_PNX_PAD 

not used 

3828 

4K7 

ITU_OUT(0) 

3829 

4K7 

ITU_OUT(1) 

3830 

4K7 

ITU_OUT(2) 

3831 

3832 

3833 

3834 

3835 

not used 

3433 

1K2 1% 

3434 

+3V3 

4K7 ITU_OUT(3) 

4K7 ITU_OUT(4) 

4K7ITU_OUT(5) 

4K7 

ITU_OUT(6) 

4K7 

ITU_OUT(7) 

PNX7100_HS_OUT 

PNX7100_VS_OUT 

F403 PNX7100_HS_IN 

F404 PNX7100_VS_IN 

PNX7100_ITU_IN_FID 

PNX7100_ITU_IN_CLK 

PNX7100_ITU_OUT_CLK 

PNX7100_ITU_IN_VAL 

F2 

HS-IN 

T3 

HS-OUT 

F3 

VS-IN 

T2 

VS-OUT 

G4 

ITU-IN-FID 

G2 

ITU-IN-CLK 

T4 

ITU-OUT-CLK 

G3 

ITU-IN-VAL 

3820 

3822 

3824 

not used 

3826 

4K7 

3821 

4K7 

3823 * 4K7 

3825 

4K7 

3827 

4K7 

4K7 

4K7 

4K7 

ITU_OUT(0) 

ITU_OUT(1) 

ITU_OUT(2) 

ITU_OUT(3) 

ITU_OUT(4) 

ITU_OUT(5) 

ITU_OUT(6) 

ITU_OUT(7) 

VDD_PNX_ANA 

V1 

ITU-OUT0 

V2 

ITU-OUT1 

V3 

ITU-OUT2 

V4 

ITU-OUT3 

U1 

ITU-OUT4 

U2 

ITU-OUT5 

U3 

ITU-OUT6 

U4 

ITU-OUT7 

VIDEO_OUT 

M3 

AVDD0 

P1 

AVDD1 

R3 

AVDD2 

R2 

G 

T1 

B 

P3 

R-CVBS 

N1 

Y-CVBS 

N3 

C-CVBS 

P2 

CVBS 

M2 

RSET 

N2 

IDUMP0 

R1 

IDUMP1 

M1 

VREF 

5403 

2432 

100n 

15R 

3435 

MPIO1_BE_IRQn 

MPIO2_1394_IRQn 

MPIO3_FURORE_IRQn 

MPIO4 

MPIO5_VIP_ERROR 

15R 

+3V3 +3V3 

3499 

10K 

3498 

3850 

10K 


2 

CTS0 

CTS1 

IDE1_IRQ 

I402 

3 

4 

5 

6 

7 

3021 

8 

10K 3837 

9 

3838 10K 

10K 3839 

ITU_OUT(0:7) 

10K 

CVBS_OUT 

C_OUT 

10K 

7401 

74LVC245APW 

1 

3EN1 

19 

3EN2 

G3 

2 

PROGC_OUT(0) 

PROGC_OUT(1) 

PROGC_OUT(2) 

PROGC_OUT(3) 

PROGC_OUT(4) 

PROGC_OUT(5) 

PROGC_OUT(6) 

PROGC_OUT(7) 

PROG_OUT_CLK 

not used 

3853 10K 

3840 10K 


MPIO7_MUTE_LVn 

MPIO8_1394_CNA 



20 

10 

1 

18 

17 

16 

15 

14 

13 

12 

11 

not used 

4404 

4405 

4406 

4407 

MX_VAL 

MX_SYNC 

MX_CLK 

7400 

PNX7100E 

A1 

L-CLK 

C1 

L-VAL 

A2 

L-SYNC 

B1 

L-FSYNC 

B2 

L-D0 

C2 

L-D1 

A3 

L-D2 

B3 

L-D3 

C3 

L-D4 

A4 

L-D5 

B4 

L-D6 

C4 

L-D7 

D3 

ITU-IN0 

D2 

ITU-IN1 

E2 

ITU-IN2 

D1 

ITU-IN3 

E3 

ITU-IN4 

E1 

ITU-IN5 

F4 

ITU-IN6 

F1 

ITU-IN7 

J4 

PROGY-OUT0 

K1 

PROGY-OUT1 

K2 

PROGY-OUT2 

K3 

PROGY-OUT3 

K4 

PROGY-OUT4 

L1 

PROGY-OUT5 

L2 

PROGY-OUT6 

L3 

PROGY-OUT7 

J3 

PROGC-OUT0 

J2 

PROGC-OUT1 

J1 

PROGC-OUT2 

H4 

PROGC-OUT3 

H3 

PROGC-OUT4 

H2 

PROGC-OUT5 

H1 

PROGC-OUT6 

G1 

PROGC-OUT7 

L4 

PROG-OUT-CLK 

W1 

PIO0 

W2 

PIO1 

W3 

PIO2 

W4 

PIO3 

Y1 

PIO4 

Y2 

PIO5 

Y3 

PIO6 

Y4 

PIO7 

AA1 

PIO8 

AA2 

PIO9 

AA3 

PIO10 

3851 

10K 

3852 

10K 

4403 

not used 

1394 IN 

DIGITAL VIDEO INTERFACE 

ANALOG VIDEO 

PROG SCAN 

A5 

C5 

B5 

MX-CLK 

MX-SYNC 

MX-VAL 

I401 

I400 

MX-D0 A6 

MX-D1 B6 

MX-D2 C6 

MX-D3 A7 

MX-D4 B7 

MX-D5 C7 

MX-D6 D7 

MX-D7 D8 

1394 OUT 

PCI/XIO 

PIOS TEST GENERAL DIGITAL AUDIO INTERFACE UARTS 

AE3 POIO24 

AD3 PIO20 

AD4 PIO21 

AE1 PIO22 

AE2 PIO23 

AE4 PIO25 

AE5 PIO26 

AF1 PIO27 

AF2 PIO28 

AF3 PIO29 

AF4 PIO30 

AF5 PIO31 

AA4 PIO11 

AB1 PIO12 

AB2 PIO13 

AB3 PIO14 

AC1 PIO15 

AC2 PIO16 

AC3 PIO17 

AD1 PIO18 

AD2 PIO19 

1 2 3 4 5 6 

HS_IN 

L_CLK 

L_VAL 

L_SYNC 

L_FSYNC 

L_D(7:0) 

L_D(0) 

L_D(1) 

L_D(2) 

L_D(3) 

L_D(4) 

L_D(5) 

L_D(6) 

L_D(7) 

ITU_IN(7:0) 

Y_OUT 

L_D_CTL 

R_OUT 

PROGC_OUT(7:0) 

PROGY_OUT(7:0) 


B_OUT 

ITU_IN(0) 

ITU_IN(1) 

ITU_IN(2) 

ITU_IN(3) 

ITU_IN(4) 

ITU_IN(5) 

ITU_IN(6) 

ITU_IN(7) 

G_OUT 

PROGY_OUT(0) 

PROGY_OUT(1) 

PROGY_OUT(2) 

PROGY_OUT(3) 

PROGY_OUT(4) 

PROGY_OUT(5) 

PROGY_OUT(6) 

PROGY_OUT(7) 

IDE1_IRQ 

CTS1 

CTS0 

MX_D_CTL 





MPIO14_IEEE1394_RESETn 

MPIO15_BE_RESETn 

MPIO16_PROGSCAN_RESETn 

MPIO17_ANA_WE_LV 


VS_IN 

MX_D(7:0) 

A: DC, 1 V/Div, 5ms/Div 

MPIO20_FURORE_RESETn 

MPIO21_1394_POWERDOWN 

MPIO22_PCI_RESETn 

MPIO23_1394_LED 

MPIO24_SEL_NOR_NAND 


MPIO26_ADC_FWSCLK012_OE 

PCI_AD(31:0) 

MX_D(0) 

MX_D(1) 

MX_D(2) 

MX_D(3) 

MX_D(4) 

MX_D(5) 

MX_D(6) 

MX_D(7) 

I403 

MPIO31_SERVICE_MODE_FAST 

PCI_AD(0) 

PCI_AD(1) 

PCI_AD(2) 

PCI_AD(3) 

PCI_AD(4) 

PCI_AD(5) 

PCI_AD(6) 

PCI_AD(7) 

PCI_AD(8) 

PCI_AD(9) 

PCI_AD(10) 

PCI_AD(11) 

PCI_AD(12) 

PCI_AD(13) 

PCI_AD(14) 

PCI_AD(15) 

PCI_AD(16) 

PCI_AD(17) 

PCI_AD(18) 

PCI_AD(19) 

PCI_AD(20) 

PCI_AD(21) 

PCI_AD(22) 

PCI_AD(23) 

PCI_AD(24) 

PCI_AD(25) 

PCI_AD(26) 

PCI_AD(27) 

PCI_AD(28) 

PCI_AD(29) 

PCI_AD(30) 

PCI_AD(31) 

PCI-AD0 A8 

PCI-AD1 A9 

PCI-AD2 B9 

PCI-AD3 C9 

PCI-AD4 A10 

PCI-AD5 B10 

PCI-AD6 C10 

PCI-AD7 D10 

PCI-AD8 B11 

PCI-AD9 C11 

PCI-AD10 A12 

PCI-AD11 B12 

PCI-AD12 C12 

PCI-AD13 A13 

PCI-AD14 B13 

PCI-AD15 C13 

PCI-AD16 D16 

PCI-AD17 C17 

PCI-AD18 B17 

PCI-AD19 A18 

PCI-AD20 D17 

PCI-AD21 C18 

PCI-AD22 B18 

PCI-AD23 A19 

PCI-AD24 B19 

PCI-AD25 C20 

PCI-AD26 B20 

PCI-AD27 A21 

PCI-AD28 D20 

PCI-AD29 C21 

PCI-AD30 B21 

PCI-AD31 B22 

PCI-CBE0 A11 

PCI-CBE1 A14 

PCI-CBE2 A17 

PCI-CBE3 C19 

PCI-DEVSEL A16 

PCI-FRAME B16 

PCI-IDSEL D18 

PCI-TRDY C15 

PCI-IRDY C16 

PCI-PAR B14 

PCI-PERR B15 

PCI-SERR C14 

PCI-STOP A15 

PCI-GNT A22 

PCI-INTA C22 

PCI-REQ A23 

PCI-CLK A24 

PCI-REQA B23 

PCI-GNTA B24 

PCI-REQB C23 

PCI-GNTB C24 

XIO-SEL0 B8 

XIO-SEL1 C8 

XIO-SEL2 D9 

XIO-ACK D19 

XIO-A25 A20 

4402 

not used 

RTS0 

UART0 

+3V3 

3497 

100K 

D4 

GND1 

E4 

GND2 

L11 

GND3 

M11 

GND4 

N11 

GND5 

N12 

GND6 

M4 

VDDP1 N4 

VDDP2 

P4 

VDDC1 R4 

VDDC2 

P11 

GND7 

P12 

GND8 

R11 

GND9 

R12 

GND10 

T11 

GND11 

AB4 

GND12 

AC4 

GND13 

AD8 TCK 

AC9 TDI 

AE8 TMS 

AD9 TRST 

PCST0-2 

AE6 PCST1-0 

AD6 PCST1-1 

AD5 PCST1-2 

AC8 PCST0-0 

AF7 PCST0-1 

AE7 

AC7 GND|TCK-PALM 

AF8 DSU-TPC0 

AF6 DSU-TPC1 

AD7 DSU-CLK 

PNX7100_DSU_CLK 

PNX7100_TDO_DSU_TPC0 

PNX7100_DSU_TPC1 

PNX7100_PCST0(0) 






RTS1 

IC7402 pin 3, F405 

4401 

UART1 

2430 

15p 

not used 


F405 

M13 GND47 

M12 GND48 

L13 GND49 

L12 GND50 

D6 GND51 

D5 GND52 

N13 GND46 

VDD_PNX_PAD 

VDD_PNX_CORE 

AC5 

AC6 

P13 

R13 

T12 

T13 

GND14 

GND15 

GND16 

GND17 

GND18 

GND19 

PNX7100_TCK 

PNX7100_TDI 

PNX7100_TMS 

PNX7100_TRST 

not used 

1401 

PLL_OUT 

not used 

2431 

F406 

HC-49/S 15p 

4M 

7402 

4 FXO-31FL 

1 

1.6V 

3.3V 

3 

VDD_PNX_PLL 

AF9 XTAL-IN 

AF10 XTAL-OUT 

AD10 SYS-RESETN 

AE9 RESETN 

AE10 PLL-OUT 

PNX7100_XTAL_IN 

PNX7100_XTAL_OUT 

2 


PNX7100_SYS_RESETn 

D12 VDDP8 

D11 VDDP9 

VDD_PNX_PAD 

AC10 

AC11 

AVSS-CLK 

AVDD-CLK 

VDD_PNX_PAD 

AC12 

AC13 

VDDP3 

VDDP4 

D15 VDDC7 

D14 VDDC8 

D13 VDDC9 

VDD_PNX_CORE 

VDD_PNX_CORE 

VDDC3 AC14 

VDDC4 AC15 

AE11 WSE-IN 

AD12 WSK-IN 

AF13 SPDIF1-IN 

AE13 SPDIF2-IN 

SDE-IN 

AE12 SDK-IN 

AD11 SCKE-IN 

AF11 

AF12 FSCLKE-IN 

SCKE_IN 

WSE_IN 

SDE_IN 

FSCLKE_IN_PNX 

5404 

2433 

100n 

PCI_CBE(0) 

PCI_CBE(1) 

PCI_CBE(2) 

PCI_CBE(3) 

PCI_DEVSEL 

PCI_FRAME 

PCI_IDSEL 

PCI_TRDY 

PCI_IRDY 

PCI_PAR 

PCI_PERR 

PCI_SERR 

PCI_STOP 

+3V3 

D22 GND40 

D21 GND41 

N14 GND42 

M14 GND43 

L15 GND44 

L14 GND45 

VDD_PNX_PAD 

VDD_PNX_CORE 

P14 

R14 

R15 

T14 

T15 

AC21 

AC22 

GND20 

GND21 

GND22 

GND23 

GND24 

GND25 

GND26 

AD16 WS012-OUT 

AE14 WS3-OUT 

AE16 SPDIF-OUT 

AC16 SCK012-OUT 

AD14 SCK3-OUT 

AF16 SD0-OUT 

AD15 SD1-OUT 

AE15 SD2-OUT 

AF14 SD3-OUT 

AF15 FSCLK012-OUT 

AD13 FSCLK3-OUT 

SPDIF_OPT_IN 

SPDIF_COAX_IN 

FSCLK3_OUT 

SCK3_OUT 

WS3_OUT 

SD0_OUT 

SD1_OUT 

SD2_OUT 

SD3_OUT 

FSCLK012_OUT 

SCK012_OUT 

WS012_OUT 

SPDIF_OUT 

I407 

SD3_OUT 

I408 

SD1_OUT 

I409 

SD2_OUT 

I410 

FSCLK3_OUT 

I411 

SCK3_OUT 

I412 

WS3_OUT 

D23 

GND39 

E23 

GND38 

L16 

GND37 

M15 

GND36 

M16 

GND35 

N15 

GND34 

N16 

GND33 

M23 

VDDP7 

N23 

VDDP6 

P23 

VDDP5 

R23 

VDDC6 

T23 

VDDC5 

P15 

GND32 

P16 

GND31 

R16 

GND30 

T16 

GND29 

AB23 

GND28 

AC23 

GND27 

DIGITAL_AUDIO 

PCI_GNT 

PCI_INTA 

PCI_REQ 

PCI_CLK 

PCI_REQA 

PCI_GNTA 

PCI_REQB 

PCI_GNTB 

8 

AD17 TXD0 

AF17 TXD1 

AD18 TXD2 

AD19 TXD3 

RXD1 

AC18 RXD2 

AC19 RXD3 

AF18 RTS2 

AF19 RTS3 

AC17 RXD0 

AD20 

AE17 

DTR3 

AE18 CTS2 

AE19 CTS3 

AC20 DCD3 

7 8 

PCI_CON 

XIO_SEL0 

XIO_SEL1 

XIO_SEL2 

XIO_ACK 

XIO_A25 

F402 

SDA0 

A25 

B25 

A26 

B26 

SDA0 

SDA1 

SCL0 

SCL1 

I 2 C 

9 10 11 12 13 14 1400 D14 3449 B11 

IIC0 

IIC1 

2400 100p 

2401 100p 

2402 100p 

not used 

F400 

+3V3 

PCI_GNTB 

PCI_REQB 

PCI_GNTA 

PCI_REQA 

PCI_REQ 

I418 

I419 

I420 

I421 

I422 

3400 

3401 

3402 

3403 

3404 

VDD_PNX_PAD 

4K7 

4K7 

4K7 

4K7 

4K7 

A 

1401 I5 

2400 A9 

2401 A9 

2402 A9 

2403 B12 

2404 H12 

2405 H13 

3450 B10 

3451 B11 

3452 B10 

3453 B11 

3454 C10 

3455 C11 

3456 C10 

2435 100p 

N26 

SDRAM-ADDR0 

P25 

SDRAM-ADDR1 

R24 

SDRAM-ADDR2 

P26 

SDRAM-ADDR3 

P24 

SDRAM-ADDR4 

N25 

SDRAM-ADDR5 

M26 

SDRAM-ADDR6 

M24 

SDRAM-ADDR7 

L25 

SDRAM-ADDR8 

L23 

SDRAM-ADDR9 

3442 

3444 

3446 

3448 

3450 

3452 

22R 

22R 

22R 

22R 

22R 

22R 

3443 

3445 

3447 

3449 

3451 

22R 

22R 

22R 

22R 

22R 

SDRAM_ADDR(0) 

SDRAM_ADDR(1) 

SDRAM_ADDR(2) 

SDRAM_ADDR(3) 

SDRAM_ADDR(4) 

SDRAM_ADDR(5) 

SDRAM_ADDR(6) 

SDRAM_ADDR(7) 

SDRAM_ADDR(8) 

SDRAM_ADDR(9) 

SDRAM_ADDR(10) 


I413 

5400 

PCI_INTA 

PCI_GNT 

PCI_STOP 

PCI_SERR 

PCI_PERR 

PCI_IRDY 

PCI_TRDY 

I423 

I424 

I425 

I426 

I427 

I428 

I429 

I430 

3409 

3410 

3411 

3412 

3413 

3414 

3415 

4K7 

4K7 

4K7 

4K7 

4K7 

4K7 

4K7 

B 

2406 H13 

2407 H13 

2408 I12 

2409 I12 

2410 I13 

2411 I13 

2412 I13 

2413 I13 

2414 I13 

3457 C11 

3458 C10 

3459 C11 

3460 C10 

3461 C11 

3462 C10 

3463 C11 

3464 C10 

3465 C11 

IDE BE-1 SDRAM 

AD25 IDE-DIOR 

AE25 IDE-DIOW 

AB25 IDE-DMACK 

AF25 IDE-DMARQ 

AC25 IDE-IORDY 

AB26 IDE-CS1 

AE26 IDE-DA0 

AF26 IDE-DA1 

AD26 IDE-DA2 

AC26 IDE-CS0 

TXD1 

RXD1 

SCL0 

SDA1 

SCL1 

IDE1_DMARQ 

IDE1_DMACKn 

IDE1_IORDY 

IDE1_DIORn 

IDE1_DIOWn 

IDE1_DA2 

IDE1_DA1 

IDE1_DA0 

IDE1_CS1n 

IDE1_CS0n 

TXD0 

RXD0 

TXD2 

RXD2 

RTS2 

CTS2 

UART0 

UART1 

UART2 

TXD3 

RXD3 

RTS3 

DTR3 

DCD3 

CTS3 

UART3 

N24 

SDRAM-ADDR10 L24 

SDRAM-ADDR11 K23 

SDRAM-ADDR12 L26 

SDRAM-ADDR13 M25 

SDRAM-ADDR14 

3454 22R 

3456 

22R 

C25 

SDRAM-DATA0 

D24 3458 

SDRAM-DATA1 

22R 

D26 

SDRAM-DATA2 

E25 3460 

SDRAM-DATA3 

22R 

F23 

SDRAM-DATA4 

F25 3462 

SDRAM-DATA5 22R 

G23 

SDRAM-DATA6 

G25 3464 22R 

SDRAM-DATA7 

G26 

SDRAM-DATA8 

G24 3466 22R 

SDRAM-DATA9 

F26 

SDRAM-DATA10 

F24 3468 22R 

SDRAM-DATA11 

E26 

SDRAM-DATA12 

E24 3470 22R 

SDRAM-DATA13 

D25 

SDRAM-DATA14 

C26 3472 22R 

SDRAM-DATA15 

T25 

SDRAM-DATA16 

U23 3474 22R 

SDRAM-DATA17 

U25 

SDRAM-DATA18 

V23 3476 

SDRAM-DATA19 

22R 

V25 

SDRAM-DATA20 

W23 3478 


W25 

SDRAM-DATA22 

Y26 3480 


W26 

SDRAM-DATA24 

W24 3482 


V26 

SDRAM-DATA26 

V24 3484 


U26 

SDRAM-DATA28 

U24 3486 

SDRAM-DATA29 

22R 

T26 

SDRAM-DATA30 

T24 3488 

SDRAM-DATA31 

22R 

H26 3489 

CAS0 22R 

J25 

CAS1 I404 

H23 

DQM0 

H24 3491 

DQM1 22R 

R26 

DQM2 

R25 3493 

DQM3 

22R 

J23 

RAS0 

J26 

RAS1 I405 

H25 

WE0 

J24 

WE1 I406 

K24 

RP 

K25 

CKE 

K26 3496 33R 

HSCKB 

AA23 

BE-BCLK 

AA26 

BE-DATI 

Y25 

BE-DATO 

AA24 

BE-FLAG 

AA25 

BE-SYNC 

Y23 

BE-V4 

Y24 

BE-WCLK 

AC24 

IDE-DD0 

AE24 

IDE-DD1 

AD23 

IDE-DD2 

AF23 

IDE-DD3 

AE22 

IDE-DD4 

AD21 

IDE-DD5 

AF21 

IDE-DD6 

AF20 

IDE-DD7 

AE20 

IDE-DD8 

AE21 

IDE-DD9 

AF22 

IDE-DD10 

AD22 

IDE-DD11 

AE23 

IDE-DD12 

AF24 

IDE-DD13 

AD24 

IDE-DD14 

AB24 

IDE-DD15 

IDE1_CTL 

BE_BCLK 

BE_DATA_RD 

BE_DATA_WR 

BE_FLAG 

BE_SYNC 

BE_V4 

BE_WCLK 

UART0: DEBUG / SERVICE 

UART1: DEV ONLY 

3453 

3455 22R 

3457 

3461 

3463 

3465 

3467 22R 

3471 

3473 

3475 

3477 

22R 

22R 

22R 

22R 

3479 22R 

3487 22R 

3490 

3495 

22R 

3459 22R 

22R 

22R 

3469 22R 

22R 

22R 

3481 22R 

3483 

3485 

3492 

IDE1_DD(0) 

IDE1_DD(1) 

IDE1_DD(2) 

IDE1_DD(3) 

IDE1_DD(4) 

IDE1_DD(5) 

IDE1_DD(6) 

IDE1_DD(7) 

IDE1_DD(8) 

IDE1_DD(9) 

IDE1_DD(10) 

IDE1_DD(11) 

IDE1_DD(12) 

IDE1_DD(13) 

IDE1_DD(14) 

IDE1_DD(15) 

22R 

22R 

22R 

22R 

3494 22R 

22R 

UART2: S2B (BASIC ENGINE) 

+3V3 

+1V8 

UART3: GATEWAY (ANALOG BOARD) 

I440 

BE_DATA 




SDRAM_DATA(0) 

SDRAM_DATA(1) 

SDRAM_DATA(2) 

SDRAM_DATA(3) 

SDRAM_DATA(4) 

SDRAM_DATA(5) 

SDRAM_DATA(6) 

SDRAM_DATA(7) 

SDRAM_DATA(8) 

SDRAM_DATA(9) 

SDRAM_DATA(10) 






















IDE1_DD(15:0) 

SDA1 

F401 

SCL1 

I438 

SDA0 

I439 

SCL0 

3405 

3K3 

3406 

3K3 

3407 

3K3 

3408 

100n 

2403 

SDRAM_ADDR(14:0) 

PNX7100_TDO_DSU_TPC0 



9 10 11 12 13 14 

5401 

5402 

I415 

2418 

10u 

2419 

100n 

F1401 1 

3424 

2 

10K F1403 3 

4 

3429 

F1405 

33R 5 

6 

F1407 7 

8 

F1409 9 

10 

3430 

F1411 11 

12 

F1413 

33R 13 

14 

3431 

F1415 

33R 15 

16 

3432 

F1417 

33R 17 

18 

3436 

F1419 

33R 19 

3438 

F1423 

33R 23 

24 

3439 33R 

F1425 25 

26 

3440 33R 

F1427 27 

28 

VDD_PNX_PLL 

PCI_FRAME 3416 

I431 

PCI_DEVSEL 3417 

I432 

PCI_CBE(3) 3418 

I433 

PCI_CBE(2) 3419 

I434 

PCI_CBE(1) 3420 

I435 

PCI_CBE(0) 3421 

I436 

PCI_IDSEL 3422 

I437 

PCI_PAR 3423 

VDD_PNX_ANA 

not used 

2408 

10u 

2409 

100n 

2410 

100n 

2411 

100n 

2412 

100n 

2413 

100n 

2414 

100n 

2415 

100n 

2416 

100n 

2417 

100n 

5405 

5406 

PNX7100_TCK 

EJTAG_RESETn 

CAS(0) 

SDRAM_DATA(31:0) 

DQM(0) 

DQM(1) 


DQM(2) 

DQM(3) 

RAS(0) 


WE(0) 

CKE 

HSCKB 

PNX7100_TRST 

PNX7100_TDI 

PNX7100_TMS 


SDRAM_CTRL 

PNX7100_DSU_CLK 

PNX7100_DSU_TPC1 


3K3 

10K 3425 

10K 3426 

10K 3427 

10K 3428 

I414 

2404 

10u 

2405 

100n 

2406 

100n 

2407 

100n 

I417 

I416 

+3V3 

F1421 

3437 33R 21 

22 

2420 

10u 

2421 

100n 

2422 

100n 

2423 

100n 

2424 

100n 

2425 

100n 

2426 

100n 

2427 

100n 

2428 

100n 

2429 

100n 

20 

4K7 

4K7 

4K7 

4K7 

4K7 

4K7 

4K7 

4K7 

1400 

STL21 

F1402 

EJTAG pitch 1.27 mm 

VDD_PNX_PAD 

VDD_PNX_CORE 

C 

D 

E 

F 

G 

H 

I 

J 

2415 I14 

2416 I14 

2417 I14 

2418 I12 

2419 I13 

2420 J12 

2421 J12 

2422 J13 

2423 J13 

2424 J13 

2425 J13 

2426 J13 

2427 J14 

2428 J14 

2429 J14 

2430 J5 

2431 I6 

2432 I1 

2433 J6 

2435 A9 

3021 I1 

3400 A14 

3401 A14 

3402 A14 

3403 A14 

3404 A14 

3405 A12 

3406 A12 

3407 A12 

3408 A12 

3409 A14 

3410 B14 

3411 B14 

3412 B14 

3413 B14 

3414 B14 

3415 B14 

3416 B14 

3417 C14 

3418 C14 

3419 C14 

3420 C14 

3421 C14 

3422 C14 

3423 C14 

3424 D13 

3425 C13 

3426 C13 

3427 C13 

3428 C13 

3429 D13 

3430 E13 

3431 F13 

3432 F13 

3433 F1 

3434 F1 

3435 F1 

3436 F13 

3437 G13 

3438 G13 

3439 G13 

3440 G13 

3442 B10 

3443 B11 

3444 B10 

3445 B11 

3446 B10 

3447 B11 

3448 B10 

3466 C10 

3467 D11 

3468 D10 

3469 D11 

3470 D10 

3471 D11 

3472 D10 

3473 D11 

3474 D10 

3475 D11 

3476 D10 

3477 D11 

3478 D10 

3479 D11 

3480 D10 

3481 E11 

3482 E10 

3483 E11 

3484 E10 

3485 E11 

3486 E10 

3487 E11 

3488 E10 

3489 E10 

3490 E11 

3491 E10 

3492 E11 

3493 F10 

3494 F11 

3495 F11 

3496 F10 

3497 J4 

3498 G1 

3499 G1 

3820 D1 

3821 D1 

3822 D1 

3823 D1 

3824 D1 

3825 D1 

3826 D1 

3827 E1 

3828 B1 

3829 B1 

3830 B1 

3831 B1 

3832 B1 

3833 C1 

3834 C1 

3835 C1 

3837 J1 

3838 J1 

3839 J1 

3840 H1 

3850 H1 

3851 H2 

3852 I2 

3853 G2 

4401 I5 

4402 J4 

4403 I2 

4404 J2 

4405 J2 

4406 J2 

4407 J2 

5400 B13 

5401 H12 

5402 H12 

5403 H1 

5404 J6 

5405 I12 

5406 J12 

7400 B2 

7401 I1 

7402 J6 

F1401 D14 

F1402 D14 

F1403 D14 

F1405 D14 

F1407 D14 

F1409 E14 

F1411 E14 

F1413 E14 

F1415 F14 

F1417 F14 

F1419 F14 

F1421 F14 

F1423 G14 

F1425 G14 

F1427 G14 

F400 A12 

F401 A12 

F402 A8 

F403 C1 

F404 D1 

F405 I5 

F406 I5 

I400 I3 

I401 I3 

I402 I1 

I403 J4 

I404 E10 

I405 F10 

I406 F10 

I407 J6 

I408 J6 

I409 J6 

I410 J7 

I411 J7 

I412 J7 

I413 B12 

I414 H12 

I415 H12 

I416 I12 

I417 J12 

I418 A14 

I419 A14 

I420 A14 

I421 A14 

I422 A14 

I423 A14 

I424 B14 

I425 B14 

I426 B14 

I427 B14 

I428 B14 

I429 B14 

I430 B14 

I431 C14 

I432 C14 

I433 C14 

I434 C14 

I435 C14 

I436 C14 

I437 C14 

I438 A12 

I439 A12 

I440 F11 

DRX-2 

171

172 

DRX-2 


DIGITAL (Digital Board Chrysalis 2.1): 4.8V Power 

A 

B 

C 

D 

E 

1500 

B12B-PH-SM3 

ANALOG BOARD 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

F1502 

1 2 3 4 5 6 

F1510 

F1501 

F1505 

F502 

F1512 

F1509 

1505 

1000mA F 

F1506 

not used 

4500 

1507 

1000mA F 

2515 

I508 

1V 

7 

I500 

4 

1.5V 

470n 

I509 

2519 

100n 

2521 

100n 

2524 

100n 

I511 I512 

2525 

100n 

2526 

100n 

+12V 

7501 

NCP1570D 

I510 

5502 

VFB 

COMP 

I502 

1 

VCC 

8 

GND 

2518 

+3V3 

+12V 

+5V 

ION 

-5V 

GATE-H 

GATE-L 

PGDELAY 

PWRGD 

100p 

100n 

2514 

12.3V 

I501 

1506 

1000mA F 

5 

6 

3 

2 

3.8V 

2527 

I503 

10n 

3503 

1 2 3 4 5 6 

F500 

I504 

1% 

1K5 

1501 

F501 

1502 

1503 

5501 

7500-1 

STS5DNF20V 

2 

1% 

I505 

7500-2 

STS5DNF20V 56 

4 

3504 

1K3 

1504 

78 

1 

3 

2512 

I506 

82u 

5503 I507 +1V8 

10u 

SLF 10145 

IC7501 pin 5 


2516 

82u 

IC7501 pin 6 


A 

B 

C 

D 

E 

1506 A3 

1507 D2 

2512 A5 

2514 A3 

2515 B2 

2516 B5 

2518 C3 

2519 C2 

2521 D2 

2524 D2 

2525 E2 

2526 E2 

2527 B3 

3503 C4 

3504 C4 

4500 D2 

5501 A4 

5502 A3 

5503 B5 

7500-1 A4 

7500-2 B4 

7501 A2 

F1501 C1 

F1502 C1 

F1505 D1 

F1506 D1 

F1509 D1 

F1510 E1 

F1512 E1 

F500 A4 

F501 A4 

F502 D1 

I500 B2 

I501 B3 

I502 A3 

I503 B3 

I504 C4 

I505 A4 

I506 B5 

I507 B5 

I508 C2 

I509 C2 

I510 C2 

I511 D2 

I512 D2


DIGITAL (Digital Board Chrysalis 2.1): Prog. scan DAC 

A 

B 

C 

D 

E 

F 

G 

H 

1 2 3 4 5 6 7 8 9 10 11 12 13 

+3V3_DD 

PROG_OUT_CLK 

+3V3 

I711 

PROGC_OUT(0) 

2700 

3708 

10K 

3727 

33R 

I713 

I700 

4u7 

100n 

2705 

100n 

3702 

4K7 

I717 

I718 

1 

2 

3 

4 

5 

6 

7 

8 

9 

CB|CR 

GND AGND 

2706 

100n 

2707 

100n 

Y 

0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

Prog Scan Only 

1 2 3 4 5 6 7 8 

IC7703 pin 25 

5700 

I712 

PROGC_OUT(1) 


PROGC_OUT(2) 

I714 

PROGC_OUT(3) 

2704 

I722 

I723 

I715 

PROGC_OUT(4) 

I716 

PROGC_OUT(5) 

PROGC_OUT(6) 

PROGC_OUT(7) 

7703 

ADV7196A 

+3V3_ANA 

41 

27 

25 

29 

VDD VAA 

ALSB 

DV SCAN/ COMP 

CLKIN HDTV 

HSYNCENCODER 

DACA 

37 

34 

I721 

2725 

100n 

SYNC 

28 

VSYNC 

DACB 

36 

TSYNC 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

CR 

DACC 

RESET_ 

RSET 

SCL 

SDA 

VREF 

32 

40 

38 

30 

31 

39 

3725 

I720 

3701 

I7119 

2K2 3726 270R 

3700 

100R 

SCL0 

100R 

SDA0 

2723 I701 

51 

50 

0 

100n 

PROGC_OUT(7:0) 

49 

48 

47 

46 

45 

44 

43 

42 

IC7703 pin 32 

+3V3_DD 

1 

13 

52 

A: DC, 200mV/Div, 5us/Div 

12 

24 

35 

26 

33 

PROGY_OUT(7:0) 

+3V3_ANA 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

PROGY_OUT(7) 

I710 

PROGY_OUT(6) 

I709 

PROGY_OUT(5) 

I708 

PROGY_OUT(4) 

IC7703 pin 34 

I707 

PROGY_OUT(3) 

I706 

PROGY_OUT(2) 


I705 

PROGY_OUT(1) 

I704 

PROGY_OUT(0) 

I703 

IIC0 

+3V3_ANA 

2724 

47u 

5710 

IC7703 pin 36 

+3V3 

2703 


1n0 

RESET_PROGSCANn 

3709 

1K2 

3722 

I724 

I726 

1K2 

3717 

1K2 

Y 1704-2 

3711 

1K2 

3719 

I728 

1K2 

3715 

1K2 


10us/Div 

2708 

2714 

2719 

8p2 

8p2 

8p2 

5701 

6u8 

5704 

6u8 

5707 

6u8 

2709 

2715 

2720 

22p 

22p 

22p 

5702 

10u 

5705 

10u 

5708 

10u 

2710 

2716 

2721 

18p 

18p 

18p 

5703 

2u2 

5706 

2u2 

5709 

2u2 

I725 

3720 

3712 

3704 

1K2 

1K2 

1K2 

3721 

3713 

3705 

1K2 

1K2 

1K2 

4703 4702 4701 

UI 

D_Y 

not used 

not used 

not used 

I727 

I729 

VI 

3 

0.6V 4 

0.4V 

3 

0.4V 2 

0.4V 

5 

0.4V 6 

+5V 

+5V_PS 

7702-2 

8 

AD8062AR 

5711 

4u7 

5712 

4u7 

+5V_PS 

5 7701 

AD8061ART 

1 

1.1V 

2 

-5V_PS 

+5V_PS 

4 

2728 

2729 

3706 

1K0 

3707 

1K0 

8 7702-1 

AD8062AR 

1 

0.9V 

4 

3714 

1K0 

3716 

1K0 

7 

0.9V 

3723 

1K0 

3724 

1K0 

+5V_PS 

4u7 

-5V -5V_PS 

4u7 

2701 

2727 

not used 

4728 

not used 

4729 

not used 

4730 

9 10 11 12 13 

PB 1704-4 


10us/Div 

0.6V 

-5V_PS 

-5V_PS 

PR 1704-6 


10us/Div 

100n 

100n 

2712 

2726 

3703 

75R 

3710 

75R 

3718 

75R 

100n 

100n 

not used 

2711 

220p 

not used not used 

2722 

2717 

220p 

220p 

F1701 

F1702 

F1704 

F1706 

PSCAN 

1704 

1 

2 

3 

4 

5 

6 

7 

FMN-BMT 

Y 

PB 

PR 

ANALOG BOARD 

A 

B 

C 

D 

E 

F 

G 

H 

1704 D13 

2700 C2 

2701 G11 

2703 E6 

2704 C2 

2705 C2 

2706 C4 

2707 C4 

2708 B8 

2709 B8 

2710 B9 

2711 B12 

2712 G11 

2714 C8 

2715 C8 

2716 C9 

2717 C12 

2719 E8 

2720 E8 

2721 E9 

2722 E12 

2723 E4 

2724 E6 

2725 D4 

2726 G11 

2727 G11 

2728 G11 

2729 G11 

3700 E5 

3701 E4 

3702 C3 

3703 A12 

3704 B9 

3705 B10 

3706 B11 

3707 B11 

3708 D2 

3709 B7 

3710 C12 

3711 B8 

3712 C9 

3713 C10 

3714 D11 

3715 C8 

3716 D11 

3717 C7 

3718 E12 

3719 E8 

3720 E9 

3721 E10 

3722 E7 

3723 E11 

3724 F11 

3725 E4 

3726 E5 

3727 D2 

4701 B10 

4702 C10 

4703 E10 

4728 A12 

4729 C12 

4730 D12 

5700 C2 

5701 A8 

5702 A9 

5703 A9 

5704 C8 

5705 C9 

5706 C9 

5707 E8 

5708 E9 

5709 E9 

5710 E6 

5711 F10 

5712 G10 

7701 A11 

7702-1 C11 

7702-2 E11 

7703 D3 

F1701 D13 

F1702 D13 

F1704 D13 

F1706 D13 

I700 C2 

I701 E5 

I703 F5 

I704 F5 

I705 F5 

I706 F5 

I707 F5 

I708 F5 

I709 F4 

I710 F4 

I711 F1 

I7119 E4 

I712 F2 

I713 F2 

I714 F2 

I715 F2 

I716 F2 

I717 F2 

I718 F2 

I720 E4 

I721 D4 

I722 D2 

I723 D2 

I724 A7 

I725 A10 

I726 C7 

I727 C10 

I728 E8 

I729 E10 

DRX-2 

173

A 

B 

C 

D 

E 

F 

G 

H 

I 

174 

DRX-2 


DIGITAL (Digital Board Chrysalis 2.1): Flash SDRAM EEPROM 

7810 

M24C64-WMN6 

1 

2 

3 

1 

5809 

not used 

I801 

8 

(8Kx8) 

WC 

EEPROM 

0 

SCL 

1 ADR 

2 SDA 

5808 

7809 

M24C64-WMN6 

1 

2 

3 

4 

I800 

(8Kx8) 

WC 

EEPROM 

0 

SCL 

1 ADR 

2 SDA 

7803-2 

74LVC00AD 14 

4 & 

5 

DEVICE 

CHRY BOOT 

DEVICE 

APPLICATION 

2836 

7803-1 

74LVC00AD 

14 100n 

1 

2 

& 

3 

3801 

8 

4 

10K 

7 

2833 

100n 

7 

6 

5 

2 3 4 5 

3807 

100R 

Only for single NOR 

6 

7 

6 

5 

3805 

4822 

100R 

100R 

3855 

7803-3 

74LVC00AD 14 

9 & 

10 

7803-4 

74LVC00AD 14 

12 & 

13 

Only for 2nd. NOR 

7 

7 

22K 

4K7 

not used 

8 

11 

37 

3808 

4K7 

not used 

3817 

3816 

4K7 

4K7 

not used 

7802 

TC58V64AFTI 

6 7 8 9 

+3V3 

VDD_NOR 

PCI_AD(31:0) 

5803 I805 

7807 

AM29DL640G-70EI 

PCI_AD(31:0) PCI_AD(31:0) 

VDD_NOR 7805 * AM29DL640G-70EI 

PCI_AD(31:0) 

7801 

7811 

AM29DL324GB-70EI 

AM29DL324GB-70EI 

PCI_AD(24) 

PCI_AD(25) 

PCI_AD(26) 

PCI_AD(27) 

PCI_AD(28) 

PCI_AD(29) 

PCI_AD(30) 

PCI_AD(31) 

PCI_AD(0) 

3814 

10K 

3812 

10K 

3810 

3815 

10K 

3813 

10K 

3811 

10K 

29 

31 

33 

35 

38 

40 

42 

44 

30 

32 

34 

36 

39 

41 

43 

45 

15 

0 

1 

2 

3 

D 

4 

5 

6 

7 

8 

9 

10 

11 

D 

12 

13 

14 

15 

A-1 

BY 

RY 

ROM 

(4Mx8) (8Mx8) 

(2Mx16) (4Mx16) 

[FLASH] 

0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

A 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

25 

24 

23 

22 

21 

20 

19 

18 

8 

7 

6 

5 

4 

3 

2 

1 

48 

17 

16 

9 

10 

13 

PCI_AD(1) 

PCI_AD(2) 

PCI_AD(3) 

PCI_AD(4) 

PCI_AD(5) 

PCI_AD(6) 

PCI_AD(7) 

PCI_AD(8) 

PCI_AD(9) 

PCI_AD(10) 

PCI_AD(11) 

PCI_AD(12) 

PCI_AD(13) 

PCI_AD(14) 

PCI_AD(15) 

PCI_AD(16) 

PCI_AD(17) 

PCI_AD(18) 

PCI_AD(19) 

PCI_AD(20) 

PCI_AD(21) 

PCI_AD(22) 

4800 

VDD_NOR 

PCI_AD(24) 

PCI_AD(25) 

PCI_AD(26) 

PCI_AD(27) 

PCI_AD(28) 

PCI_AD(29) 

PCI_AD(30) 

PCI_AD(31) 

PCI_AD(0) 

3842 

10K 

3844 

10K 

3846 

3841 

10K 

3843 

10K 

3845 

10K 

29 

31 

33 

35 

38 

40 

42 

44 

30 

32 

34 

36 

39 

41 

43 

45 

15 

0 

1 

2 

3 

D 

4 

5 

6 

7 

8 

9 

10 

11 

D 

12 

13 

14 

15 

A-1 

BY 

RY 

ROM 

(8Mx8) 

(4Mx16) 

[FLASH] 

0 

1 

2 

3 

4 

5 

6 

7 

8 

9 

A 10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

25 

24 

23 

22 

21 

20 

19 

18 

8 

7 

6 

5 

4 

3 

2 

1 

48 

17 

16 

9 

10 

13 

PCI_AD(1) 

PCI_AD(2) 

PCI_AD(3) 

PCI_AD(4) 

PCI_AD(5) 

PCI_AD(6) 

PCI_AD(7) 

PCI_AD(8) 

PCI_AD(9) 

PCI_AD(10) 

PCI_AD(11) 

PCI_AD(12) 

PCI_AD(13) 

PCI_AD(14) 

PCI_AD(15) 

PCI_AD(16) 

PCI_AD(17) 

PCI_AD(18) 

PCI_AD(19) 

PCI_AD(20) 

PCI_AD(21) 

PCI_AD(22) 

4801 

VDD_NOR 

10K 3809 

10K 

XIO_ACK 

4804 

not used 

13 

NC 

NOR 

WP 

ACC 

CE 

OE 

BYTE 

WE 

RES 

14 

26 

28 

47 

11 

12 

Only for 7807 

XIO_SEL_NORFLASH_L 

PCI_CBE(2) 

PCI_CBE(1) 

10K 3847 

10K 

XIO_ACK 

4812 

not used 

13 

NC 

NOR 

WP 

ACC 

CE 

OE 

BYTE 

WE 

RES 

14 

26 

28 

47 

11 

12 

Only for 7805 

XIO_SEL_NORFLASH_H 

PCI_CBE(2) 

PCI_CBE(1) 

VDD_NOR 

VDD_NAND VDD_NOR 

46 

27 

VDD_NOR 

46 27 

VDD_NOR 

VDD_NOR 

4802 

4803 

2830 

2834 

not used 

100n 

100n 

+3V3 

+3V3 

XIO_SEL_NORFLASH 

PCI_AD(23) 

PCI_AD(22) 

VDD_NOR 

4808 

4809 

VDD_NOR 

7 

2832 

100n 

SDA1 

IIC0 SDA0 

IIC1 

3806 

SCL1 

3836 

SCL0 

100R 

3854 

0605 

0609 

SOFTWARE 

SOFTWARE 

XIO_ACK 

3849 


+3V3 

XIO_SEL_NORFLASH_L 

XIO_SEL_NORFLASH_H 

10K 

4813 


+3V3 

not used 

7814 

TC58256AFTI 

7806 

TC58128AFTI 

NC 

CE 

CLE 

ALE 

WP WP 

WE 

RE 

GND 

BY 

RY 

EEPROM 

128-MBIT/64Mx8 

NAND 

1 2 3 4 5 6 7 8 9 

5805 

I803 

VDD_NAND 

23 

44 

6 

7 

8 

9 

EEPROM 

8-BIT SERIAL 

10 

13 

14 

15 

16 

17 

NC 

NAND 

NC 


PCI_AD(0) 

PCI_AD(1) 

VDD_NAND 

PCI_CBE(1) 

PCI_CBE(2) 

I806 

4817 

4818 

3804 4K7 

4819 

43 

2 

3 

5 

4 

42 

40 

41 

CE 

CLE 

ALE 

WP 

WE 

RE 

GND 

B 

D 

1 

2 

3 

4 

5 

6 

7 

R 

8 

1 

22 

2819 

100n 

2818 

100n 

28 

29 

30 

31 

32 

35 

36 

37 

38 

39 

18 

19 

20 

21 

24 

25 

26 

27 

PCI_AD(24) 

PCI_AD(25) 

PCI_AD(26) 

PCI_AD(27) 

PCI_AD(28) 

PCI_AD(29) 

PCI_AD(30) 

PCI_AD(31) 

PCI_AD(31:0) 

37 


PCI_AD(0) 

PCI_AD(1) 

VDD_NAND 

PCI_CBE(1) 

PCI_CBE(2) 

XIO_ACK 

4806 

4807 

3802 4K7 

4805 

1 

2 

3 

4 

5 

10 10 

11 11 

14 14 

15 15 

20 20 

21 21 

22 22 

23 23 

24 24 

9 

16 

17 

19 19 

18 

8 

6 

7 

3848 

10K 

4814 

not used 

VDD_NAND 

12 

37 

13 

36 

3819 

4K7 

3818 

4K7 

not used 


2828 

100n 

2827 

100n 

NC 

1 

2 

3 

D 

4 

5 

6 

7 

8 

25 

26 

27 

28 

33 

34 

35 

38 

39 

40 

45 

46 

47 

48 

29 PCI_AD(24) 

30 PCI_AD(25) 

31 PCI_AD(26) 

32 PCI_AD(27) 

41 PCI_AD(28) 

42 PCI_AD(29) 

43 PCI_AD(30) 

44 PCI_AD(31) 

PCI_AD(31:0) 

10 11 12 13 14 


+3V3 

SDRAM_ADDR(0) 

SDRAM_ADDR(1) 

SDRAM_ADDR(2) 

SDRAM_ADDR(3) 

SDRAM_ADDR(4) 

SDRAM_ADDR(5) 

SDRAM_ADDR(6) 

SDRAM_ADDR(7) 

SDRAM_ADDR(8) 

SDRAM_ADDR(9) 




4815 

SDRAM_ADDR(0) 

SDRAM_ADDR(1) 

SDRAM_ADDR(2) 

SDRAM_ADDR(3) 

SDRAM_ADDR(4) 

SDRAM_ADDR(5) 

SDRAM_ADDR(6) 

SDRAM_ADDR(7) 

SDRAM_ADDR(8) 

SDRAM_ADDR(9) 




+3V3 

not used 

4816 

5802 

SDRAM_CTRL 



2814 10p 

not used 

HSCKB 

CKE 

RAS(0) 

CAS(0) 

WE(0) 




SDRAM_CTRL 2829 10p 

HSCKB 

CKE 

RAS(0) 

CAS(0) 

WE(0) 

5804 

* 

CHRY 2.1_N1 

CHRY 2.1_E1 

CHRY 2.1_E2 

CHRY 2.1_E3 

CHRY 2.1_E4 

SDRAM 

28 

41 

54 

6 

12 

46 

52 

7804, 7808 

7812, 7813 

7812,7813 

NOR FLASH 

7807, 7811 

10 11 12 13 

2806 

I802 

100n 

2807 100n 

2808 100n 

2809 100n 

2810 100n 

2811 100n 

* 7804 

2812 100n 

MT48LC8M16A2TG 

7812 

MT48LC16M16A2 


23 

24 

25 

26 

29 

30 

31 

32 

33 

34 

22 

35 

36 

20 

21 

38 

37 

19 

18 

17 

16 

VDD 

VDDQ 

0 

1 DRAM 

NC1 

NC 

2 2M X 16 X 4 2 

3 4M X 16 X 4 

4 

5 0 

A 0 

6 A 2M-1 

4M-1 

0 

7 

1 

8 

2 

9 

3 

10 

4 

11 

5 

12 

6 

D 

7 

8 

0 

9 

BA 

1 

10 

11 

CLK CLK 

12 

CKE 

13 

CS 

14 

RAS 

15 

CAS 

WE 

H 

DQM 

VSS 

VSSQ 

L 

40 

36 

2 

4 

5 

7 

88 

10 

11 

13 

42 42 

44 

45 

47 

48 

50 

51 

53 

39 

15 

















DQM(3) 

DQM(2) 

SDRAM_CTRL 

1 

14 

27 

3 

9 

43 

49 

28 

41 

54 

6 

12 

46 

52 

2820 

I804 

100n 

2821 100n 

2822 100n 

2823 100n 

2824 100n 

2825 100n 

* 7808 

MT48LC8M16A2TG 

7813 

MT48LC16M16A2 

2826 100n 

23 

24 

25 

26 

29 

30 

31 

32 

33 

34 

22 

35 

36 

20 

21 

38 

37 

19 

18 

17 

16 

VDD 

VDDQ 

0 

1 DRAM DRAM 

NC1 

NC 

2 2M X 16 X 4 2 

3 

4M X 16 X 4 

4 

5 0 

A 0 

6 A 2M-1 

4M-1 

0 

7 

1 

8 

2 

9 

3 

10 

4 

11 

5 

12 

6 

D 

7 

8 

0 

9 

BA 

1 

10 

11 

CLK 

12 

CKE 

13 

CS 

14 

RAS 

15 

CAS 

WE 

H 

DQM 

VSS 

VSSQ 

L 

40 

36 

2 

4 

5 

7 

8 

10 

11 

13 

42 

44 

45 45 

47 

48 

50 

51 

53 

39 

15 


SDRAM_DATA(0) 

SDRAM_DATA(1) 

SDRAM_DATA(2) 

SDRAM_DATA(3) 

SDRAM_DATA(4) 

SDRAM_DATA(5) 

SDRAM_DATA(6) 

SDRAM_DATA(7) 

SDRAM_DATA(8) 

SDRAM_DATA(9) 







SDRAM_CTRL 

DQM(1) 

DQM(0) 

1 

14 

27 

3 

9 

43 

49 

7801 

7807, 7805 

NAND FLASH 

not used 

not used 

not used 

14 

A 

B 

C 

D 

E 

F 

G 

H 

I 

0605 E3 

0609 F3 

2806 A12 

2807 A13 

2808 A12 

2809 A13 

2810 A12 

2811 A13 

2812 B13 

2814 C11 

2818 F6 

2819 F6 

2820 E12 

2821 E13 

2822 E12 

2823 E13 

2824 E12 

2825 E13 

2826 E13 

2827 F9 

2828 F9 

2829 G11 

2830 D3 

2832 F2 

2833 D2 

2834 D7 

2836 H2 

3801 I1 

3802 H8 

3804 G5 

3805 G2 

3806 E2 

3807 E2 

3808 G4 

3809 C2 

3810 C1 

3811 B2 

3812 B1 

3813 B2 

3814 B1 

3815 B2 

3816 C5 

3817 C5 

3818 C9 

3819 C9 

3836 G2 

3841 B6 

3842 B6 

3843 B6 

3844 B6 

3845 B6 

3846 C6 

3847 C6 

3848 D8 

3849 D4 

3854 D3 

3855 E3 

4800 C4 

4801 C8 

4802 D1 

4803 D1 

4804 C2 

4805 H8 

4806 G8 

4807 H8 

4808 I1 

4809 I1 

4812 C6 

4813 D4 

4814 D9 

4815 D11 

4816 G11 

4817 G5 

4818 G5 

4819 H5 

4822 G2 

5802 A11 

5803 A2 

5804 E11 

5805 F5 

5808 F1 

5809 D1 

7801 A3 

7802 F5 

7803-1 H1 

7803-2 H1 

7803-3 H2 

7803-4 I2 

7804 B12 

7805 A8 

7806 F8 

7807 A3 

7808 E12 

7809 F1 

7810 D1 

7811 A8 

7812 B12 

7813 E12 

7814 F8 

I800 F1 

I801 D1 

I802 A12 

I803 F6 

I804 E12 

I805 A3 

I806 H4


DIGITAL (Digital Board Chrysalis 2.1): VIDEO IO 

A 

B 

C 

D 

E 

F 

G 

H 

I 

VIP_ANALOG_VIDEO_INPUT 

C_IN_VIP 

CVBS_Y_IN_A 

CVBS_Y_IN_B 

CVBS_Y_IN_C 

CVBS_OUT_B_VIP 

VIDEO_OUT 

I905 

CVBS_OUT 

Y_OUT 

C_OUT 

3918 

3924 

1 2 3 4 5 6 7 8 9 10 11 12 13 

I906 

1% 

1% 

I907 

75R 

75R 

3930 

75R 

1% 

I929 

I930 

I931 

I932 

I933 

2914 

2926 

2935 

270p 

270p 

270p 

5912 

1u5 

I927 

560R 1% 

I928 

180R 1% 

180R 1% 

560R 1% 

1% 

2936 

2927 

270p 

270p 

3938 3936 

75R 1% 

75R 

0.5V 

I903 

0.5V 

I904 

2900 

100n 

2901 

100n 

2903 

100n 

2904 

100n 

2906 

100n 

100n 

not used 

I921 

R_OUT 

3920 

75R 1% 

1% 

2928 

270p 

270p 

3935 

75R 1% 

1% 

4904 

only for EUROPE 

6K8 1% 5K6 1% 

4K7 1% 

3947 

4K7 1% 


1K0 1% 

only for NAFTA 


1K2 1% 4K7 1% 

1K0 1% 


-5V_Buffer 


1 2 3 4 5 6 7 8 

A_YCVBS 1904-14 


10us/Div 

2902 

100n 

2911 

22n 

2907 

100n 

2908 

100n 

2909 

100n 

1u5 

3911 

5908 

5910 

1u5 

3902 

560R 

2938 

100n 

7904 

BC847B 

3908 

180R 

3901 

I902 

2915 

270p 

3934 

75R 1% 

3905 

3906 

+5V_Buffer 

3912 

2K2 

-5V_Buffer 

0.5V 

-0.7V 

3919 

1K0 

3926 

1K0 

3931 

1K0 

-0.1V 

+5V_Buffer 

7907 

BC847B 

-5V_Buffer 

+5V_Buffer 

7908 

BC847B 

-5V_Buffer 

+5V_Buffer 

7911 

BC847B 

-5V_Buffer 

D_YCVBS 1904-11 


10us/Div 

2912 

100n 

2924 

100n 

-0.1V 

0V 

V_IN_VIP 

R_IN_VIP 

U_IN_VIP 

B_IN_VIP 

Y_IN_VIP 

G_IN_VIP 

3907 

100R 

-0.1V 

2933 

100n 

I934 

I935 

I936 

I937 

I938 

I939 

D_Y 1904-9 


10us/Div 

2905 

100n 

2932 

I923 

G_OUT 

3927 

75R 

I925 

B_OUT 

2916 

270p 

3932 

75R 1% 

2937 

270p 

5907 

1u5 

5911 

1u5 

5913 

1u5 

2917 

2929 

2036 

270p 

3939 

I922 

I924 

270p 

3937 

75R 1% 

D_C 1904-7 

I926 


10us/Div 

75R 

3943 

3952 

+5V_Buffer 

3941 

750R 1% 

3942 

3 

7910-1 

AD8062AR 

1K5 1% 

3944 

2 

1 

3945 

4906 

3948 

750R 1% 

3949 

5 

1K5 1% 

6 

3950 3951 

1K5 1% 1K5 1% 

3953 

D_VR 1904-5 


10us/Div 

D_Y 

8 

4 

-5V_Buffer 

3946 

8 

4 

3954 

7 

VI 

7910-2 

AD8062AR 

UI 

4905 

4907 

4903 

0.4V 

D_YG 1904-3 


10us/Div 

0.4V 

0.4V 

+5V_Buffer 

3921 

2913 

100n 

7906 

BC847B 

1K0 

3928 

1K0 

3933 

1K0 

-0.3V 

-5V_Buffer 

+5V_Buffer 

2925 

100n 

7909 

BC847B 

-0.3V 

+5V_Buffer 

7912 

BC847B 

-0.3V 

-5V_Buffer 

2934 

100n 

D_UB 1904-1 


10us/Div 

DIGITAL_AUDIO 

SCKE_IN 

WSE_IN 

SDE_IN 

7900 

74LVC1G04GW 

3V3_I2S 

FSCLKE_IN 2 

4 

SD0_OUT 

7901 

74LVC1G04GW 

FSCLK012_OUT2 

+5V 

MPIO7_MUTE_LVn 

SPDIF_OUT 

SCK012_OUT 

WS012_OUT 

5 

NC 

1 

3 

1 

5901 

3V3_I2S 

5 

NC 

3 

2923 

I918 

4 

100n 

3940 

3925 

10K 

not used 

10K 

5905 

5906 

5909 

5914 

5915 

3.3V 

not used 

4902 

5 

3 

3913 

22R 

3087 

47R 

3915 

3909 

22R 

3914 

68R 

3917 

47R 

3922 

68R 

VDD_125 

4K7 

7905 

PDTC124EU 

VDD_125 

2920 

7903 

74HCT1G125GW 100n 

2 

4 

EN 

1 

3910 

22R 

3916 

47R 

22p 

2922 

0V 

5904 

2918 22p 

2919 22p 

5.1V 

2046 22p 

3923 

22K 

7902 

PDTC124EU 

SPDIF_OPT_IN 

SPDIF_COAX_IN 

3929 

56R 

DAIO 

9 10 11 12 13 14 

2910 

22p 

2921 

VDD_125 

22p 

4900 

4901 

A_VR 

A_UB 

A_YG 

3955 

1R0 

A_C 

A_YCVBS 

D_CVBS 

D_Y 

D_C 

D_VR 

D_YG 

D_UB 

A_BCLK 

A_WCLK 

A_DATA 

A_PCMCLK 

D_BCLK 

D_WCLK 

D_DATA0 

D_PCMCLK 

D_KILL 

I908 

I910 

I911 

I900 

I901 

I912 

I913 

I914 

I915 

I916 

I917 

F1921 

F1920 

F1918 

F1916 

F1914 

F1912 

F1911 

F1909 

F1907 

+3V3 

F1904 +5V 

F1903 

F1902 

not used 

3956 

100R 

DAOUT 

+3V3 

5903 

4u7 

F1922 

5916 

-5V 

5902 

4u7 

+5V 

2930 

2939 

2931 

FMN-BMT 

1901 

I919 

I920 

100n 

4u7 

4u7 

I909 

6 

5 

4 4908 

3 4909 

2 4910 

1 

2940 

100n 

14 

3V3_I2S 

-5V_Buffer 

+5V_Buffer 

1904 

FMN-BMT 

1900 

FMN-BMT 

22 

21 

20 

19 

18 

17 

16 

15 

14 

13 

12 

11 

10 

9 

8 

7 

6 

5 

4 

3 

2 

1 

22 

21 

20 

19 

18 

17 

16 

15 

14 

13 

12 

11 

10 

9 

8 

7 

6 

5 

4 

3 

2 

1 

ANALOG BOARD INTERFACE VIDEO IN/OUT 

ANALOG BOARD INTERFACE AUDIO IN/OUT 

A 

B 

C 

D 

E 

F 

G 

H 

I 

1900 E14 

1901 G13 

1904 A14 

2036 I5 

2046 G12 

2900 A4 

2901 A4 

2902 A1 

2903 A4 

2904 A4 

2905 B4 

2906 B4 

2907 B1 

2908 C1 

2909 C1 

2910 I12 

2911 D1 

2912 E3 

2913 E8 

2914 F1 

2915 F2 

2916 F4 

2917 F5 

2918 G11 

2919 G11 

2920 I11 

2921 G12 

2922 G11 

2923 G10 

2924 G3 

2925 G8 

2926 G1 

2927 G2 

2928 G4 

2929 G5 

2930 H13 

2931 I13 

2932 C4 

2933 H3 

2934 H8 

2935 I1 

2936 I2 

2937 I4 

2938 D2 

2939 I13 

2940 I14 

3087 E11 

3901 A2 

3902 A2 

3905 C2 

3906 C2 

3907 D3 

3908 D2 

3909 D11 

3910 D11 

3911 E2 

3912 E2 

3913 E11 

3914 E11 

3915 G11 

3916 F11 

3917 F11 

3918 F1 

3919 F2 

3920 F4 

3921 F7 

3922 F11 

3923 G12 

3924 G1 

3925 H10 

3926 G2 

3927 G4 

3928 G7 

3929 I11 

3930 I1 

3931 I2 

3932 I4 

3933 I7 

3934 F2 

3935 F5 

3936 G2 

3937 G5 

3938 I2 

3939 I5 

3940 G10 

3941 E6 

3942 F6 

3943 F6 

3944 F6 

3945 F6 

3946 F6 

3947 G6 

3948 H6 

3949 H6 

3950 I6 

3951 I6 

3952 I6 

3953 I6 

3954 I6 

3955 I12 

3956 I12 

4900 H12 

4901 I12 

4902 H10 

4903 D7 

4904 E6 

4905 F7 

4906 H6 

4907 I7 

4908 G14 

4909 G14 

4910 G14 

5901 G9 

5902 H13 

5903 I13 

5904 I11 

5905 E10 

5906 E10 

5907 F4 

5908 F1 

5909 F10 

5910 G1 

5911 G4 

5912 H1 

5913 H4 

5914 F10 

5915 F10 

5916 H13 

7900 E9 

7901 F9 

7902 H11 

7903 I10 

7904 D2 

7905 H11 

7906 F8 

7907 F2 

7908 G2 

7909 G8 

7910-1 F6 

7910-2 H6 

7911 I2 

7912 I8 

F1902 G12 

F1903 G12 

F1904 G12 

F1907 F12 

F1909 F12 

F1911 F12 

F1912 F12 

F1914 E12 

F1916 E12 

F1918 E12 

F1920 D12 

F1921 D12 

F1922 E13 

I900 B12 

I901 B12 

I902 F2 

I903 G2 

I904 H2 

I905 F1 

I906 G1 

I907 H1 

I908 A12 

I909 B14 

I910 A12 

I911 A12 

I912 B12 

I913 C12 

I914 C12 

I915 C12 

I916 D12 

I917 D12 

I918 G10 

I919 H13 

I920 I13 

I921 F4 

I922 F5 

I923 G4 

I924 G5 

I925 H4 

I926 H5 

I927 A2 

I928 B2 

I929 A1 

I930 B1 

I931 C1 

I932 C1 

I933 D1 

I934 A3 

I935 A3 

I936 A3 

I937 A3 

I938 B3 

I939 B3 

DRX-2 

175

A 

B 

C 

D 

E 

F 

G 

H 

I 

176 

DRX-2 


DIGITAL (Digital Board Chrysalis 2.1): VIPs 

VIP ANALOG 

VIDEO INPUT 

1 2 3 

+3V3 VDD_7005 

5003 

CVBS_Y_IN_B 

C_IN_VIP 

CVBS_Y_IN_B 

2055 

2057 

JTAG_VIP_TRSTn 

JTAG_VIP_TCK 

JTAG_VIP_TMS 

JTAG_VIP_TCK 

JTAG_VIP_TDO 

JTAG_VIP_TMS 


JTAG_VIP_TDI 

JTAG_VIP 

100n 

2024 

100n 

2025 

4u7 

2004 

100n 

2005 

100n 

2006 

100n 

2007 

100n 

2008 

100n 

2009 

100n 

2010 

100n 

2011 

100n 

2012 

100n 

2013 

100n 

2045 

18p 

2051 

18p 

2034 

100n 

VIP_RESETn 

JTAG_VIP 

100n 

3017 

10K 3016 

3015 10K 

10K 

10K 

1000 

IIC0 SDA0 

PNX7100_ITU_IN_CLK 

VDD_7005 

ITRDY 

VDD_7005 

+3V3 

+3V3 

3018 

CX-11F 

24M576 

VDD_7005 

SCL0 

5002 

4K7 

not used 

F018 

3007 

10R 

4004 

F013 

F014 

F015 

3022 

F016 

F017 

2047 

2023 

1n0 

I014 

JTAG_VIP_TDI 

JTAG_VIP_TDO 


3001 

100R 

3002 

100R 

3014 

22R 

7112 

10K 

3020 

I013 

10K 

not used 

4u7 

100n 

2000 

100n 

F010 

VIP_ERROR 

VIP_RTS1 

F019 

2001 

100n 

2002 

100n 

2003 

7005 

SAA7114H 

4 5 6 7 8 9 10 11 12 13 14 

23 

17 

11 

1 

25 

51 

75 

33 

43 

58 

68 

83 

93 

8 

VDDA VDDE VDDI 

VXDD 

3 

2 

7 

6 

4 

20 

18 

16 

14 

12 

10 

19 

13 

22 

44 

73 

74 

77 

78 

79 

27 

31 

32 

34 

35 

36 

45 

47 

42 

80 

91 

92 

94 

95 

96 

97 

98 

99 

TDI 

LLC 

TDO 

LLC2 

XTALI 

RESON 

XTALO PAL/NTSC/SECAM AMCLK 

XTOUT 

ASCLK 

AI11 VIDEO DECODER ALRCLK 

AI12 

AMXCLK 

AI21 

IDQ 

AI22 

IGP 0 

AI23 

1 

AI24 

IGPV 

AI1D 

IGPH 

AI2D 

0 

AOUT 

1 

0 

2 

1 

3 

2 

IPD 4 

3 TEST 

5 

4 

6 

5 

7 

CE 

0 

SCL 

1 

SDA 

2 

RTS0 

3 

RTS1 

HPD 4 

RTCO 

5 

ICLK 

6 

ITRI 

7 

ITRDY 

0 

XTRI 

1 

XRV 

2 

XRH 

3 

XCLK 

XPD 4 

XDQ 

5 

XRDY 

6 

TRSTN 

7 

TCK 

TMS 

28 

29 

30 

37 

39 

40 

41 

46 

48 

49 

52 

53 

62 

61 

60 

59 

57 

56 

55 

54 

72 

71 

70 

69 

67 

66 

65 

64 

90 

89 

87 

86 

85 

84 

82 

81 

VSSA 

AGND 

VSSE VSSI 

VXSS 

21 

24 

15 

9 

X1001 

26 

50 

76 

100 

38 

63 

88 


5 

ITU_IN(0) 

ITU_IN(1) 

ITU_IN(2) 

ITU_IN(3) 

ITU_IN(4) 

ITU_IN(5) 

ITU_IN(6) 

ITU_IN(7) 


VIP_FID 

VIP_IGP1 

PNX7100_VS_IN 

PNX7100_HS_IN 

ITU_IN(7:0) 

not used 

2067 

+5V 

100n 

VIP_FB 

4 

5 

8 

1 

6000 

2048 

VIP_ANALOG_VIDEO_INPUT 

150p 

7001 

LD1117D33 

1PS76SB10 

0V 

IN VOUT 

NC VOUT 

NC VOUT 

GND VOUT 

3004 

3009 


I012 

7003 

BC847B 

not used 

not used 

AD-PORT CONTROL 

ANALOG1 ANALOG1 ANALOG1 ANALOG1 

+ ADC1 + ADC1 + ADC1 + ADC1 

ANALOG INPUT CONTROL 

R 

G 

B 

C 

Y 

S 

FAST 

SWITCH 

DELAY 

VIDEO 

GPO 

CLK 

Y 

COMP CB 

PROC CR 

RAW 

CHROM 

PROC 

COMB 

FIL 

LUM 

PROC 

S 

SYNC 

not used 

CB 

CR 

Y 

S 

XTAL 

DECODER OUTPUT CONTROL 

YCBCR 

S 

YCBCR 

YCBCRS 

X-PORT 

IIC REGISTER MAP 

FIR-PREFILTER 

PRESCALER 

BCS-SCALER 

RAW 

CBCR 

CBCR 

H-PORT 

VDDA VDDE VDDI 

BOUNDARY 

SCAN 

1ST TASK IIC REG MAP SCALER 

2ST TASK IIC REG MAP SCALER 

SCALER EVENT CONTROLLER 

VERTICAL SCALING 

HORIZONTAL FINE- 

(PHASE-) SCALING 

VBI DATA 

SLICER 

VIDEO/TEXT 

ARBITER 

VSSA VSSE VSSI 

1 2 3 4 5 6 7 8 9 10 11 12 13 14 

100R 

I010 

3000 

I011 100n 

+3V3_VIP 3024 

100R 

I004 

VDDA2A_7118 

680R 

7002 

74LVC1G32 

VIP_IGP1 

1 

2 

2061 

4 

+3V3_VIP 3025 

100R 

I005 

VDDA3A_7118 

I006 

3 5 

M13 FSW 

CVBS_Y_IN_A 

J2 A|11 

K1 A|12 

CVBS_Y_IN_B 

K2 A|13 

CVBS_Y_IN_C 

2052 

L3 

100n K3 

A|14 

A|1D 

C_IN_VIP 

2053 

G4 

100n G3 

A|21 

A|22 

G_IN_VIP 

H2 A|23 

Y_IN_VIP 

2063 100n 

2054 

2064 

J3 

100n H1 

E3 

100n F2 

A|24 

A|2D 

A|31 

A|32 

B_IN_VIP 

F3 A|33 

U_IN_VIP 

2065 100n 

2056 

2071 

G1 

100n F1 

B1 

100n D2 

A|34 

A|3D 

A|41 

A|42 

R_IN_VIP 

D1 A|43 

V_IN_VIP 

2058 100n 

E1 

D3 

A|44 

A|4D 

I001 

M1 AOUT 

2 

3 

6 

7 

3.3V 

680R 

1K0 

2014 

4007 

47u 

VIP_ERROR 

MPIO5_VIP_ERROR 

+3V3_VIP 

5010 

3006 

7004 

SAA7118E 

4002 

2K2 

CLKEXT N6 

ADP0 N8 

ADP1 P8 

ADP2 M7 

ADP3 L7 

ADP4 P7 

ADP5 N7 

ADP6 L6 

ADP7 M6 

ADP8 P6 

4001 

3003 

4K7 

2066 

+3V3_VIP 3026 

100R 

2060 

I009 

F001 

18p 

3023 

I002 

2049 

4u7 

B3 

VXDD 

VDDA3A 

F4 

M11 

C8 

C10 

F12 

J12 

M5 

M9 

G2 

RESON P5 

TEST0 P13 

TEST1 D13 

TEST2 C14 

TEST3 A13 

TEST4 B12 

TEST5 A12 

RES2 

C13 

N1 

RES8 

N2 

RES9 

N14 

P2 

RES13 

E2 

VDDA4A 

J1 

VDDA2A 

L1 

VDDA1A 

M3 

K4 

H4 

D4 

C5 

C9 

D12 

H12 

M4 

M8 

SDA P10 

SCL N9 

B13 

RES3 B14 

C3 

RES4 

C4 

RES5 

RES6 C12 

B2 

RES1 

RES7 

N3 

RES10 

RES11 

P9 

N13 

CE N4 

P3 

EXMCLR 

RES12 

INT_A 

C2 

AGND 

L2 

AGNDA 

A4 

VXSS 

M2 

J4 

H3 

E4 

C1 

P4 LLC 

N5 LLC2 

M10 RST0 

N10 RST1 

L10 RTCO 

A3 XTAL 

B4 XTALI 

A2 XTOUT 

A6 XRDY 

A8 XPD0 

B8 XPD1 

A9 XPD2 

B9 XPD3 

A10 XPD4 

B10 XPD5 

A11 XPD6 

C11 XPD7 

A7 XCLK 

B7 XDQ 

C7 XRH 

D8 XRV 

B11 XTRI 

D14 HPD0 

E11 HPD1 

E13 HPD2 

E12 HPD3 

E14 HPD4 

F13 HPD5 

F14 HPD6 

G13 HPD7 

A5 TDO 

B5 TDI 

C6 TRSTN 

B6 TCK 

D6 TMS 

VIP_INTA 

+3V3 

VDDE_7118 

F008 

2059 

+3V3_VIP 

1n0 

F009 

F012 

18p 

VIP_RESETn 

4003 

3012 

3013 

1R0 

1001 

4K7 

CX-11F 

24M576 

2037 

100n 

2026 

100n 

+3V3 

F002 

VIP_FID 

PNX7100_VS_IN 

2015 

100n 

5009 

I008 

3011 

10K 

2035 

2050 

VDDE_7118 

VDDA1A_7118 

100n 

VDDA4A_7118 

VDDX_7118 

100n 

7008-1 

SN74HC74D 14 

4 

S2 

2 

1D 

3 

C1 

1 

R3 

not used 

7 

2 

3 

LINE FIFO BUFFER 

JTAG_VIP 

5 

6 

JTAG_VIP_TDO 

JTAG_VIP_TDI 


JTAG_VIP_TCK 

JTAG_VIP_TMS 

4005 

I015 

2016 

2021 

100n 

100n 

2017 

2027 

100n 

100n 

VIDEO FIFO 

D5 

D9 

D11 

G11 

L4 

L8 

L11 

D7 

7008-2 

SN74HC74D 14 

10 

S2 

12 

1D 2 

11 

C1 

13 

R3 3 

7 

2018 

2028 

D10 

100n 

100n 

TEXT 

FIFO 

F11 

J11 

L5 

L9 

9 

8 

2019 

2029 

AUDIO 

CLK 

F003 

2062 

OUTPUT FORMATTER I-PORT 

3005 

100R 

100n 

I003 

100n 

2020 

100n 

2022 

100n 

2030 

100n 

2031 

100n 

2032 

I007 

3008 

100R 

VIP_INTA 

F011 

IGP1 K13 

IGP0 L14 

IGPV K14 

IGPH K12 

IDP0 G14 

IDP1 G12 

IDP2 H11 

IDP3 H14 

IDP4 H13 

IDP5 J14 

IDP6 J13 

IDP7 K11 

ICLK M14 

IDQ L13 

ITRDY N12 

ITRI L12 

ASCLK N11 

ALRCLK P12 

AMCLK P11 

AMXCLK M12 

5011 

4u7 

5001 

2038 

100n 

2039 

100n 

2040 

100n 

2041 

100n 

2042 

100n 

2043 

VDD_7008 

VDDA_7118 

+3V3 

SCL0 

F004 

F005 

F006 

F007 

100n 

2033 

VDDE_7118 

SDA0 

3019 

+3V3_VIP 

4u7 

100n 

2044 

IIC0 

4K7 

VDDI_7118 

5005 

VDDI_7118 

4u7 

22R 

5008 

VIP_IGP1 

VIP_FID 

PNX7100_VS_IN 

ITU_IN(7:0) 

PNX7100_HS_IN 

ITU_IN(0) 

ITU_IN(1) 

ITU_IN(2) 

ITU_IN(3) 

ITU_IN(4) 

ITU_IN(5) 

ITU_IN(6) 

ITU_IN(7) 

3010PNX7100_ITU_IN_CLK 

PNX7100_ITU_IN_FID 

+3V3_VIP 

+3V3 


A 

B 

C 

D 

E 

F 

G 

H 

I 

1000 B2 

1001 G9 

2000 B3 

2001 B3 

2002 B3 

2003 B4 

2004 A2 

2005 A2 

2006 A2 

2007 A2 

2008 A3 

2009 A3 

2010 A3 

2011 A3 

2012 A3 

2013 A4 

2014 H7 

2015 A10 

2016 A12 

2017 A12 

2018 A12 

2019 A13 

2020 A13 

2021 B12 

2022 A13 

2023 B2 

2024 A1 

2025 D2 

2026 A10 

2027 B12 

2028 B12 

2029 B13 

2030 B13 

2031 B13 

2032 B14 

2033 B14 

2034 C2 

2035 A11 

2037 B9 

2038 B12 

2039 B13 

2040 B13 

2041 B13 

2042 B14 

2043 B14 

2044 B14 

2045 B2 

2047 D2 

2048 B7 

2049 B10 

2050 B11 

2051 C2 

2052 D8 

2053 D8 

2054 D8 

2055 D1 

2056 E8 

2057 C1 

2058 E8 

2059 H9 

2060 H9 

2061 A9 

2062 H13 

2063 E7 

2064 E8 

2065 E7 

2066 C9 

2067 H6 

2071 E8 

3000 A8 

3001 E2 

3002 E2 

3003 C9 

3004 B7 

3005 C13 

3006 C8 

3007 C2 

3008 C13 

3009 C7 

3010 E14 

3011 F10 

3012 G9 

3013 G9 

3014 E2 

3015 G2 

3016 G2 

3017 G2 

3018 I2 

3019 E14 

3020 F2 

3022 D2 

3023 A10 

3024 A10 

3025 A10 

3026 B9 

4001 F9 

4002 G8 

4003 C9 

4004 D2 

4005 G12 

4007 C8 

5001 A14 

5002 A2 

5003 A1 

5005 A14 

5008 B14 

5009 B10 

5010 A8 

5011 H13 

6000 B7 

7001 H7 

7002 A8 

7003 B7 

7004 C8 

7005 B4 

7008-1 H11 

7008-2 H12 

7112 F2 

F001 F10 

F002 F10 

F003 C13 

F004 E14 

F005 E14 

F006 E14 

F007 E14 

F008 F9 

F009 F9 

F010 C3 

F011 D13 

F012 G9 

F013 H2 

F014 H2 

F015 H2 

F016 H2 

F017 H2 

F018 I2 

F019 C3 

I001 E8 

I002 A10 

I003 A13 

I004 A10 

I005 A11 

I006 A13 

I007 B13 

I008 B10 

I009 B10 

I010 A8 

I011 A8 

I012 B7 

I013 F2 

I014 A3 

I015 H12


IOE (In/Out Extension Board) 

A 

B 

C 

D 

E 

0006 A1 

1301 E2 

1920 E1 

1921 D6 

1922-A D10 

1922-B D10 

0006 

1922-C C10 

1923 A8 

1924 A10 

1925 B5 

1926-A A6 

1926-B A6 

GNDD 

1 

DAOUT 2 

DAINCOAX 3 

DAINOPT 4 

5 

6 

1920 

FMN 

1 

BRACKET 

F2006 

2250 A1 

2251 A4 

2252 A4 

2253 B2 

2254 C4 

2255 C3 

GNDD GNDD 

for DIGITAL IN only 

I256 

3261 

GNDD 

F2002 

2256 B4 

2257 D3 

2258 D5 

2259 D4 

2260 E2 

2261 E2 

7250-3 

7250-1 

74HCU04D 

74HCU04D I253 

I254 

1 1 2 5 1 6 

470R 

I250 

2250 

5VD1 

F2005 

F2004 

F2003 

1u0 

2265 

3260 

2K2 

2253 

10n 

4201 

1301 

500mA T 

10n 

I251 

12 

2 3 4 5 

330R 

100R for DIGITAL IN 

3 1 4 

11 1 10 

9 1 8 

2262 E4 

2265 A2 

2266 B5 

2267 B9 

3250 A2 

3251 A3 

7250-6 

14 

74HCU04D 

1 13 I252 

GNDD 

7250-2 

74HCU04D 

7250-5 

74HCU04D 

5251 

3258 

10K 

7250-4 

74HCU04D 

2260 

5VDD 

3250 

7 

100n 

2261 

2255 

100n 

3262 

560R 

100u 6.3V 

GNDD 

3252 

100R 

2257 

1n0 

GNDD 

5VDD 

3255 

3252 A3 

3253 A8 

3254 A9 

3255 B3 

3256 A5 

3257 A8 

4207 

3270 

100K 

GNDD 

5255 

6254 

5VDD 

I255 

BZX384-C6V8 

GNDD 

4K7 

GNDD 

3251 

5VD1 

3258 B2 

3259 C5 

3260 C2 

3261 D1 

3262 D3 

3263 C5 

100K 

3264 D4 

3268 E4 

3269 E3 

3270 E3 

3271 B9 

3272 B9 


3 

2 

1 

GNDD 

3269 

1K0 

2251 

100n 

5250 

6RG 

2262 

100n 

GNDD 

2252 

GNDD 

5VDD 

3268 

150p 

47R 

1 

F250 

3 

2 

4 

2254 

6 

6250 

VS 

GNDD 

150p 

OUT 

GND 

2256 

GNDD 

BZX384-C6V8 

100n 

GNDD 

3264 

100R 

3273 B9 

4201 E2 

4207 C3 

5250 B4 

5251 E2 

5253 A8 


6259 

JFJ2000 

I257 

2259 

3256 

75R 

GNDD 

2266 

2258 

100n 

F255 

33p 

100n 

GNDD 

GNDD 

3259 

75R 

F254 

F251 

GNDD 

F253 

5VDD 

3263 

47R 

GNDD 

OPTICAL 

IN 

5254 A9 

5255 C3 

5257 A8 

6250 A4 

6254 C3 

6255 D5 

F256 

2 

6255 

JFJ1000 

VS 

1 

IN 

3 

GND 

5 

4 

6 7 8 9 10 

DIGITAL 

IN 

1 2 3 4 5 6 7 8 9 10 

6256 D8 

6257 D8 

6258 E8 

6259 E4 

7250-1 C1 

7250-2 C2 

1925 

YKC21-3416 

3 

2 

1926-A 

3 YKC21-3496 

2 

1926-B 

YKC21-3496 

1 

GNDD 

1 

GNDD 

7250-3 C2 

7250-4 D2 

7250-5 D2 

7250-6 A2 

F2002 E1 

F2003 E1 

DIGITAL 

OUT 

DIGITAL 

OUT 

delete for DIGITAL IN 

OPTICAL 

OUT 

7 

V 6 

5 

U 4 

3 

Y 2 

1 

1921 

FMN 

F2107 

GNDA 

F2004 E1 

F2005 D1 

F2006 D1 

F2107 D6 

F2201 D9 

F2202 D9 

F2203 D10 

F2205 E9 

F2301 A8 

F2302 A8 

F2303 A8 

F2304 A8 

1923 

IR_OUT 1 

GLINK_TXD 

GLINK_RXD 

GND 

2 

3 

4 

FMN 

F2304 

GNDD 

for EU ONLY 

F2401 A10 

F2402 A9 

F2403 A10 

F2404 A9 

F250 E4 

F251 D5 

F2301 

F2302 

5253 

3253 

10R 

F2303 3257 

220R 

5257 

GNDA 

GNDA 

GNDA 

6.8V 

F253 C5 

F254 B5 

F255 A5 

F256 A5 

I250 A1 

I251 A2 

6256 

DF3A6.8FU 

6258 

DF3A6.8FU 

6.8V 

3271 

6257 

DF3A6.8FU 

6.8V 

5254 

3254 

220R 

V 

GND 

3272 

I252 A3 

I253 C2 

I254 C2 

I255 C3 

I256 C1 

I257 C4 

V 

for SATCONTROL only 

3273 

F2202 

V 

2267 

1n0 

GND GNDD GNDD 

F2201 

F2205 

F2404 

F2402 

F2403 

F2401 

GND 

F2203 

GNDA 

1924 

HSJ1637-010510 

5 

4 

3 

2 

1 

1 

4 

1 

3 

1 

2 

1922-C 

LPR6520-G010G 

V 

1922-B 

LPR6520-G010G 

U 

1922-A 

LPR6520-G010G 

Y 

A 

B 

C 

D 

E 

DRX-2 

177

DRX-2

service manual dvd recorder drx-2

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