9600 Service Manual - gmecorp-usa.com

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11 Video Path VCR Output Video - When the Workstation is configured for post processing from the internal VCR, the video leaves the VCR at the Video Out BNC connector. The video signal enters the Workstation electronics box at BNC connector J1 located at the back of the electronics box in the upper left hand corner. The VCR video signal enters the Video Switching PCB at connector J4 on pin 3. A DC Restoration clamp (Q2) restores the video sync tips to ground. The in<strong>com</strong>ing VCR video can be monitored at TP13 (VCR1). The video signal is sent to the video switching matrix to mux chip U13 IN0 (pin 5). The video signal leaves U13 at VOUT (pin 20). The video signal runs through another DC restoration clamp and is buffered by U15. The video signal can be monitored at TP16 (A/D VIDEO). The video signal is then sent back to the video switching matrix where it can be directed to, or bypass a logarithmic amplifier (U46 and U26) which can be turned on for subtraction modes. The video signal is then sent back to the video switching matrix where it can be directed to an anti-alias filter (U25 and U24). The anti-alias filter limits the video signal to 5 MHz. The video signal from the anti-alias filter circuit can be monitored at TP18 (A/D VIDEO). The video signal leaves the Video Switching PCB at connector J11 pin 5 and is sent to the Image Processor PCB, connector P4 pin 5.
Video Path 12 HARD COPY CAMERA Video to the internal Hard Copy Camera <strong>com</strong>es from two different sources. The source depends on whether fluoro x-rays are on or off. X-Ray Off Condition - In the X-Ray off condition the video signal is supplied by the Image Processor PCB via D/A converter U2. The video leaves the Image Processor PCB at P4 pin 9 and is sent to J11 pin 9 on the Video Switching PCB. The video signal runs through a DC Restoration Clamp (U17) to restore the video sync tips to ground. The video can be monitored at TP20 (LDAC) on the Video Switching PCB. The video signal is sent to the video switching matrix where it is routed to mux chip U8 IN2 (pin 9). The video signal leaves U8 at VOUT (pin 20). See the Video Control Section for more information on video routing. The video signal from U8 is buffered by amplifier U1 and is sent to connector J3 pin 9. The video signal can be monitored at TP5 (HCO). The video signal exits the front of the electronics box at J6 (BNC connector) near the top on the right side. The video signal runs from J6 on the electronics box to the VIDEO IN BNC connector located on the front of the Hard Copy Camera. See the Peripherals Section for more information. X-Ray On Condition - In the X-Ray on condition the video signal is supplied by the CCD Camera via the Video Switching PCB (See Figures 5 and 6). The video signal enters the Video Switching PCB at J6 and is buffered by U4 and runs through a DC Restoration Clamp (U7) to restore the video sync tips to ground. The video can be monitored at TP10. The video signal is sent to the video switching matrix where it is routed to mux chip U8 IN0 (pin 5). The video signal leaves U8 at VOUT (pin 20). See the Video Control Section for more information on video routing. The video signal from U8 is buffered by amplifier U1 and is sent to connector J3 pin 9. The video signal can be monitored at TP5 (HCO). The video signal exits the front of the electronics box at J6 (BNC connector) near the top on the right side. The video signal runs from J6 on the electronics box to the VIDEO IN BNC connector located on the front of the Hard Copy Camera. See the Peripherals Section for more information.
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SERIES9600 SERVICE MANUAL © April
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START-UP AND SOFTWARE BOOT Boot Seq
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SRAM Card Error Codes If an error o
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Event Codes & Messages The software
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Event Codes & Messages (Cont.) CODE
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Event Codes & Messages (Cont.) CODE
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Event Codes & Messages (Cont.) 57 W
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Low Battery Charge Messages Under m
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Error Messages During Operation (Co
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Status Menu Chart Use the following
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PIO Status Use this menu to read th
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Speaker Pitch This menu allows the
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386 AMI BIOS Post Code Table These
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386 AMI BIOS Post Code Table (Cont.
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386 AMI BIOS Post Code Table (Cont.
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Nobrk.com Error Codes (Executed by
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Loadip.Exe (Executed By Autoexec.Ba
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Critical Errors Fatal Errors Code D
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ii 9600 System Service Manual © De
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PURPOSE INTRODUCTION This manual co
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Introduction 3 SAFETY PRECAUTIONS T
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Introduction 5 EXPLOSION HAZARDS WA
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Introduction 7 Dangerous Voltage Pr
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Introduction 9 UNAUTHORIZED MODIFIC
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OVERVIEW SYSTEM OVERVIEW This secti
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System Overview 3 • Digital image
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System Overview 5 • Auto and manu
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System Overview 7 Video Monitors
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System Overview 9 System Configurat
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System Overview 11 NEUROVASCULAR MO
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System Overview 13 SYSTEM OPERATION
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System Overview 15 CAMERA ROTATION
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System Overview 17 WORKSTATION CONT
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System Overview 19 A V E R A G I N
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System Overview 21 tab Ctrl Alt HEL
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System Overview 23 Trackpad Panels
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System Overview 25 Lenzar Hardcopy
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System Overview 27 CONTROL PANEL WA
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System Overview 29 WORKSTATION COVE
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System Overview 31 3. Pull the left
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System Overview 33 8. Remove the mo
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System Overview 35 2. Grasp the top
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System Overview 37 COMPONENT LOCATI
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System Overview 39 Mobile C-Arm Com
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System Overview 41 WORKSTATION COMP
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System Overview 43 Power/Motor Rela
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System Overview 45 IR Receiver PCB
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OVERVIEW POWER DISTRIBUTION The inf
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Power Distribution 3 WORKSTATION CI
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Power Distribution 5 WORKSTATION IS
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Power Distribution 7 POWER CONTROL
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Power Distribution 9 CB1 CB2 CB3 Fi
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Power Distribution 11 PS4 (+24 VDC)
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Power Distribution 13 Figure 8 DC P
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Power Distribution 15 PS1 (5V and 1
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Power Distribution 17 115VAC_PH_SW
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Power Distribution 19 120 VAC DC 7
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Power Distribution 21 S/N 69-1001 a
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Power Distribution 23 L N 1 L D 1 G
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Power Distribution 25 PS2 (24V) S/N
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Power Distribution 27 Current Sensi
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Power Distribution 29 Battery Charg
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Power Distribution 31 S/N 69-1001 a
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Power Distribution 33 Battery Charg
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Power Distribution 35 BATTERY RETAI
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2 C-Arm Control • Mainframe Mothe
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4 C-Arm Control C-ARM CONTROL PANEL
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6 C-Arm Control CONTROL PANEL PROCE
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8 C-Arm Control X-RAY SWITCH The si
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10 C-Arm Control This illustration
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12 C-Arm Control 3 C 5 U E5 U1 TP1
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14 C-Arm Control CARD RACK ASSEMBLI
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16 C-Arm Control TECHNIQUE PROCESSO
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18 C-Arm Control 7-Segment Displays
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20 C-Arm Control ANALOG INTERFACE P
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22 C-Arm Control X U 4 8 X U 2 0 X
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24 C-Arm Control A/D SECTION The A/
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26 C-Arm Control COUNTER/TIMER (CTC
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28 C-Arm Control BIT # PIN # SIGNAL
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30 C-Arm Control INTERLOCK SECTION
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32 C-Arm Control C-ARM MOTHERBOARD
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34 C-Arm Control 3 E 1 R V 1 L F 8
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36 C-Arm Control Technique Processo
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38 C-Arm Control COMMUNICATION BETW
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2 C-Arm Software LOADING APPLICATIO
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4 C-Arm Software BOOT SEQUENCE Duri
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6 C-Arm Software X-RAY CONTROL PANE
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8 C-Arm Software A - Run Applicatio
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10 C-Arm Software C - Run Calibrati
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12 C-Arm Software H - Collimator Ca
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14 C-Arm Software SRAM FILES The fo
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16 C-Arm Software SRAM CARD COPY FI
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18 C-Arm Software HOT-BYTE INFORMAT
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20 C-Arm Software SRAM BATTERY REPL
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2 Interlocks / Stator Power Signal
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4 Interlocks / Stator FAST STOP The
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6 Interlocks / Stator JUMPER E5/REL
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8 Interlocks / Stator NORMAL PRE-CH
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10 Interlocks / Stator STATOR START
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12 Interlocks / Stator BATTERY CHAR
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14 Interlocks / Stator POWER SUPPLY
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OVERVIEW This section describes the
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X-ray On / Disable 3 X-RAY ENABLE S
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X-ray On / Disable 5 X-RAY DISABLE
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OVERVIEW KV GENERATION kV is regula
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kV Generation 3 The return path for
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kV Generation 5 KV ERROR CORRECTION
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kV Generation 7 Figure 3 kV Servo C
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kV Generation 9 KV GENERATOR FAULTS
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kV Generation 11 NOTE If the second
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kV Generation 13 KV ERROR CORRECTIO
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2 mA Generation CONTROL INPUTS The
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4 mA Generation FILAMENT REGULATOR
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6 mA Generation MA SENSE Detects th
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8 mA Generation MA ERROR LOOP EXAMP
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10 mA Generation Figure 2 - mA Serv
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12 mA Generation LOW FLUORO MA The
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14 mA Generation MA ERROR CORRECTIO
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2 Generator Calibration During the
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4 Generator Calibration CALIBRATION
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6 Generator Calibration EQUIPMENT S
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8 Generator Calibration 11. Observi
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10 Generator Calibration mA ZERO R
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12 Generator Calibration ACCESS CAL
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14 Generator Calibration DUTY CYCLE
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16 Generator Calibration KV/MA TECH
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18 Generator Calibration MERGE EXIS
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20 Generator Calibration 5R THEORY
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22 Generator Calibration Example 3
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24 Generator Calibration 5R ABS TAB
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26 Generator Calibration 3. Increas
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28 Generator Calibration NOTE: You
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30 Generator Calibration B. mA limi
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32 Generator Calibration 19. Withou
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34 Generator Calibration 10R ABS TA
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36 Generator Calibration 10R ENTRAN
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OVERVIEW MECHANICAL ASSEMBLIES The
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Mechanical Assemblies 3 HORIZONTAL
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Mechanical Assemblies 5 MECHANICAL
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Mechanical Assemblies 7 HORIZONTAL
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Mechanical Assemblies 9 Figure 5 -
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Mechanical Assemblies 11 FLIP FLOP
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Mechanical Assemblies 13 C-ARM BEAR
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Mechanical Assemblies 15 WIG WAG BR
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Mechanical Assemblies 17 Figure 8 -
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Mechanical Assemblies 19 REAR CASTE
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Mechanical Assemblies 21 FRONT WHEE
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Mechanical Assemblies 23 REAR WHEEL
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Mechanical Assemblies 25 Older Mode
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Mechanical Assemblies 27 Older Mode
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Mechanical Assemblies 29 Shim Adjus
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Mechanical Assemblies 31 L-ARM ROTA
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Mechanical Assemblies 33 CROSS ARM
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Mechanical Assemblies 35 Figure 16
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Mechanical Assemblies 37 VERTICAL C
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Mechanical Assemblies 39 3. Remove
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2 Image System Mainframe Motherboar
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4 Image System IMAGE FUNCTION PCB S
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6 Image System ��
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8 Image System COLLIMATOR OVERVIEW
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10 Image System IRIS MOTOR The coll
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12 Image System LEAF IN/OUT MOTOR T
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14 Image System LEAF ROTATION MOTOR
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16 Image System COLLIMATOR ERROR ME
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18 Image System IMAGE INTENSIFIER O
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20 Image System WARNING... Image in
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22 Image System CCD CAMERA OVERVIEW
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24 Image System Invert Image/ Rever
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30 Image System Anti-Vignetting A s
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32 Image System PIXEL/COLUMN FILTER
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34 Image System PIXEL FILTER PCB As
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36 Image System CCD CAMERA REPLACEM
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38 Image System CCD CAMERA REPLACEM
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40 Image System VIDEO LEVEL INDICAT
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44 Image System STATOR THERMAL CUTO
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46 Image System REPLACEMENT OF HIGH
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IMAGE SYSTEM CALIBRATION The proced
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Image System Calibration 3 TOOLS Th
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Image System Calibration 5 4. Attac
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Image System Calibration 7 CALIBRAT
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Image System Calibration 9 10. With
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Image System Calibration 11 CONFIRM
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Image System Calibration 13 ADJUST
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Image System Calibration 15 8. Sele
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Image System Calibration 17 Figure
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Image System Calibration 19 4. If t
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Image System Calibration 21 270° 0
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Image System Calibration 23 ADJUST
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Image System Calibration 25 COLLIMA
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Image System Calibration 27 NOTE: I
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Image System Calibration 29 VARIABL
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Image System Calibration 31 9. Sele
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Image System Calibration 33 BEAM AL
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Image System Calibration 35 C. Swin
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Image System Calibration 37 Adjust
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Image System Calibration 39 PIXEL/C
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Image System Calibration 41 ANTI-VI
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OVERVIEW WORKSTATION CONTROL This s
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Workstation Control 3 CONTROL PANEL
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Page 407 and 408: Workstation Control 7 Figure 3 - Wo
Page 409 and 410: Workstation Control 9 ELECTRONICS B
Page 411 and 412: Workstation Control 11 AUXILIARY IN
Page 413 and 414: Workstation Control 13 X-RAY DISABL
Page 415 and 416: Workstation Control 15 COMMUNICATIO
Page 417 and 418: Workstation Control 17 OPTION PROM
Page 419 and 420: Workstation Control 19 386 AT MOTHE
Page 421 and 422: Workstation Control 21 IR (INFRARED
Page 423 and 424: Workstation Control 23 If the pulse
Page 425 and 426: Workstation Control 25 IR RECEIVER
Page 427 and 428: Workstation Control 27 Older Style
Page 429 and 430: Workstation Control 29 INTERCONNECT
Page 431 and 432: 2 Workstation Software WORKSTATION
Page 433 and 434: 4 Workstation Software FRONT PANEL
Page 435 and 436: 6 Workstation Software TOGGLE MOTIO
Page 437 and 438: 8 Workstation Software Qwerty Keys
Page 439 and 440: 10 Workstation Software Track Pad K
Page 441 and 442: 12 Workstation Software Front Panel
Page 443 and 444: 14 Workstation Software Tone Contro
Page 445 and 446: 16 Workstation Software Watchdog Re
Page 447 and 448: Video Path 2 REFERENCE SCHEMATICS T
Page 449 and 450: Video Path 4 HIGH SCAN NON INTERLAC
Page 451 and 452: Video Path 6 WORKSTATION The video
Page 453 and 454: Video Path 8 Auxiliary Interface PC
Page 455: Video Path 10 Peripherals Analog in
Page 459 and 460: Video Path 14 Auxiliary Interface P
Page 461 and 462: Video Path 16 Video Switching PCB O
Page 463 and 464: Video Path 18 Scan Converter PCB Fi
Page 465 and 466: 2 Video Control IMAGE PROCESSOR PCB
Page 467 and 468: 4 Video Control IMAGE PROCESSOR TES
Page 469 and 470: 6 Video Control VIDEO SWITCHING PCB
Page 471 and 472: 8 Video Control 50/60 HZ VIDEO CONT
Page 473 and 474: 10 Video Control FAST SCAN MONITORS
Page 475 and 476: 12 Video Control CONTRAST AND BRIGH
Page 477 and 478: 14 Video Control HIGH SCAN BRIGHTNE
Page 479 and 480: 2 Image Storage IDE HARD DISK DRIVE
Page 481 and 482: 4 Image Storage 30FPS SCSI DISK OPT
Page 483 and 484: 6 Image Storage 4/30 FPS SCSI DISK
Page 485 and 486: 8 Image Storage 14. The following w
Page 487 and 488: Image Storage DEBUGGING USING IP-SC
Page 489 and 490: 12 Image Storage ��
Page 491 and 492: 14 Image Storage Figure 7 - SCSI Di
Page 493 and 494: 16 Image Storage Figure 9 - IP-SCSI
Page 495 and 496: 18 Image Storage � � � �
Page 497 and 498: 20 Image Storage ��
Page 499 and 500: 2 Peripherals Figure 1 - Rear Panel
Page 501 and 502: 4 Peripherals RECORD UNPROCESSED VI
Page 503 and 504: 6 Peripherals VCR CONNECTIONS To en
Page 505 and 506: 8 Peripherals HARD COPY CAMERA Imag
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10 Peripherals MOUNTING INFORMATION
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12 Peripherals DIGITAL LASER CAMERA
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14 Peripherals 6. When CUSTOMIZE OP
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16 Peripherals Digital Laser Camera
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18 Peripherals After the unit has b
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20 Peripherals 3. Then, select a sp
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22 Peripherals 4. Move the cursor t
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2 Appendix PAINT KITS PART NUMBER D
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4 Appendix SPECIFICATIONS & TOLERAN
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UPDATE 12-INCH IMAGE SYSTEM 9600 SY
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00 Imaging Workstation Service Manu
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9600 Imaging Workstation Service Ma
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