Version 04

HY11S14 

Hardware User’s Manual 

. 

© 2009-2012 HYCON Technology Corp. 

www.hycontek.com 

APD-HYIDE005-V04_EN

HY11S14 

HY-IDE Hardware User’s Manual 

Table of Contents 

1. IDE FRAME............................................................................................................................................... 4 

2. HY-IDE USB CONTROL BOARD............................................................................................................. 6 

2.1. Diagram................................................................................................................................................. 6 

2.2. Circuit Description ................................................................................................................................. 7 

3. HY-IDE ICE BOARD ................................................................................................................................. 8 

3.1. Diagram................................................................................................................................................. 8 

3.2. Circuit Description ............................................................................................................................... 10 

3.3. Circuit Diagram ................................................................................................................................... 12 

4. HY-IDE TARGET BOARD....................................................................................................................... 14 

. 

4.1. Diagram............................................................................................................................................... 14 

4.2. Circuit Description ............................................................................................................................... 16 

4.3. Circuit Diagram ................................................................................................................................... 24 

5. SIMPLE ERROR DETECTION ............................................................................................................... 26 

5.1. ICE cannot connect to software .......................................................................................................... 26 

5.2. Program Memory Loading Fail............................................................................................................ 29 

6. REVISION HISTORY .............................................................................................................................. 31 

© 2009-2012 HYCON Technology Corp 


APD-HYIDE005-V04_EN 

page2

HY11S14 


Attention: 

1. HYCON Technology Corp. reserves the right to change the content of this datasheet without further 

notice. For most up-to-date information, please constantly visit our website: 

http://www.hycontek.com . 

2. HYCON Technology Corp. is not responsible for problems caused by figures or application circuits 

narrated herein whose related industrial properties belong to third parties. 

3. Specifications of any HYCON Technology Corp. products detailed or contained herein stipulate the 

performance, characteristics, and functions of the specified products in the independent state. We 

does not guarantee of the performance, characteristics, and functions of the specified products as 

placed in the customer’s products or equipment. Constant and sufficient verification and evaluation 

is highly advised. 

4. Please note the operating conditions of input voltage, output voltage and load current and ensure 

the IC internal power consumption does not exceed that of package tolerance. HYCON Technology 

Corp. assumes no responsibility for equipment failures that resulted from using products at values 

that exceed, even momentarily, rated values listed in products specifications of HYCON products 

specified herein. 

5. Notwithstanding this product has built-in ESD protection circuit, please do not exert excessive static 

electricity to protection circuit. 

. 

6. Products specified or contained herein cannot be employed in applications which require extremely 

high levels of reliability, such as device or equipment affecting the human body, health/medical 

equipments, security systems, or any apparatus installed in aircrafts and other vehicles. 

7. Despite the fact that HYCON Technology Corp. endeavors to enhance product quality as well as 

reliability in every possible way, failure or malfunction of semiconductor products may happen. 

Hence, users are strongly recommended to comply with safety design including redundancy and 

fire-precaution equipments to prevent any accidents and fires that may follow. 

8. Use of the information described herein for other purposes and/or reproduction or copying without 

the permission of HYCON Technology Corp. is strictly prohibited. 




page3

HY11S14 


1. IDE Frame 

HY-IDE (HYCON-Integrated Development Environment) is composed by USB Control 

Board, ICE Board and Target Board that can emulate HY11P Series products’ function and 

features. Through PC connection, HY-IDE can carry out emulation, debugging, 

program…etc. function. As illustrated in Figure 1. 

The actual connection way of HY-IDE boards connected to HY-IDE software can be 

referred to Figure 1- 1. 

The numbers of HY-IDE boards was listed as follows: 

Model No. 

Board 

DK02 

DK03 

Target Board A09001-1 A11022-1 

ICE Board A09001-2 A11022-2 

USB Control Board A09001-3 A11022-3 

The following statement can be referred when using development kit, HY11S14-DK02 

and HY11S14-DK03. The difference between DK02 and DK03 will be specified particularly. 

. 

USB 

PS2 

DK02 

Figure 1 

DK03 




page4

HY11S14 


DK02 

Figure 1- 1 

DK03 

. 




page5

HY11S14 


2. HY-IDE USB Control Board 

2.1. Diagram 

HY-IDE USB control board is the bridge that connecting PC and HY-IDE ICE Board. 

Users can emulate HY11P Series products’ function and implement programming OTP 

products in the engineering stage by the control board, as shown in Figure 2. 

. 

Figure 2 




page6

HY11S14 


2.2. Circuit Description 

Below is the description of Figure 2 connector: 

J4 : Adapter 9V Input 

The internal is negative and the external is positive, providing programming power 

source (must be connected while OTP programming). 

U7 : USB Port and PC End Connector 

Download program for emulation debug function 

Download programming program for HY11P Series products 

J1 : HY-ICE Board Control Port 

PIN 1 ICESDO connects ICE_SDO of HY11S14 

PIN 2 ICESDI connects ICE_SDI of HY11S14 

PIN 3 ICESCS connects ICE_CS of HY11S14 

PIN 4 VDD connects ICE_VCC of HY11S14 

PIN 5 ICESCK connects ICE_SCK of HY11S14 

PIN 6 VSS connects ICE_VSS of HY11S14 

P6 : HY11P Series Programming Control Port 

PIN 1 VPP(6V) connects VPP of the IC 

PIN 2 ICECK connects PSCK of the IC 

PIN 3 ICESDI connects PSDI . of the IC 

PIN 4 ICESDO connects PSDO of the IC 

PIN 5 VDD(3V) connects VDD of the IC 

PIN 6 VSS connects VSS of the IC 

S1 : Program, IC Programming Button 

S2 : Blank Check, IC Blank Check Button 

D4 : Two color LED; 

Red LED:OTP programming, Blank Check…. execution error light 

Green LED:OTP programming, Blank Check…execution success light 

Green LED:USB or Adapter is powered on 




page7

HY11S14 


3. HY-IDE ICE Board 

3.1. Diagram 

HY-IDE ICE Board is the chip board of HY11S14. Its main function is to carry out 

emulation of HY11P Series Products. This ICE chip can directly emulate HY11P1X 

Series, HY11P2X Series, HY11P3X Series, HY11P4X Series and HY11P5X Series. The 

diagram of HY-IDE ICE Board of DK02 is shown as Figure 3 and HY-IDE ICE Board of 

DK03 is shown as Figure 4. 

J1 1 2 3 

J2 1 2 3 

J2 J1 

11S14 1-2 1-2 

11PXX 2-3 2-3 

98100 102 

104 

106 

108 

110 112 114 116 118 120 122 124 126 128 

97 99 

98 100 

102 


106 

108 

110 

112 

114 

116 

118 

120 

122 

124 

126 

128 

101 

103 

105 

107 

109 

111 

113 

115 

117 

119 

121 

123 

125 

127 

97 

99 101 

103 

105 107 

109 111 113 115 117 119 121 123 125 127 

. 

45 47 49 51 53 55 57 59 61 63 

45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 

64 

46 48 50 52 54 56 58 60 62 64 

41 43 

41 43 

42 44 

42 44 

39 

39 

40 

40 

37 

37 

38 

38 

35 

35 

36 

36 

33 

33 

34 

34 

2 

1 

Power Select 

S1 Switch Remarks 

VIN ON VIN~3V 

VDD_bat ON VDD_bat~3V 

VDD_i ON VDD_i~3V 

Figure 3 




page8

HY11S14 


1 

2 

U2 

U4 

SRAM 

U3 

SRAM 

97 99 101 

97 99 

98 100 

98100 102 

104 106 108 110 112 114 116 118 120 122 124 126 128 

102 104 106 108 110 112 114 116 118 120 122 124 126 128 

101 103 105 107 109 111 113 115 117 119 121 123 125 127 

103 105 107 109 111 113 115 117 119 121 123 125 127 

45 47 49 51 53 55 57 59 61 63 

45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 

64 

46 48 50 52 54 56 58 60 62 64 

41 43 

41 43 

42 44 

42 44 

39 

39 

40 

40 

37 

37 

38 

38 

35 

35 

36 

36 

33 

33 

34 

34 

Power Select 

S1 Switch Remarks 

VIN ON VIN~3V 

VDD_bat ON VDD_bat~3V 

VDD_i ON VDD_i~3V 

VDD_bat 

VIN 

J5 

. 

VDD_i 

VDD_bat 

VIN 

Figure 4 




page9

HY11S14 



Below is the description of Figure 3 connector: 

 

J4:Connects the J1 PS2 communication port of HY-IDE USB Control Board. PC 

gives commands to HY11S14 through Control Board. It can download program to 

SRAM6 and can perform single execution, Free RUN…etc. debugging functions. 

S1:ICE board power selection (voltage comes from the USB Control Board) 

VIN – when it switched to ON, it represents VIN~3V voltage. 

VDD_bat – when it switched to ON, it represents VDD_bat~3V voltage. 

VDD_i – when it switched to ON, it represents VDD_i~3V voltage. 

Setup Ways of Power Selection: 

ICE Board power can be supplied by PC through USB or from external power 

sources; 

When it is powered by USB, the switches of S1 VDD_bat and VDD_i , must be 

turned to ON. 

When it is powered via external power source, it must be connected though 

HY-IDE Target Board V1 and the switch of VDD_bat must be turned to ON. 

J5: Can set up whether to short VIN and VDD_bat 

J6: For DK03, CR1 must be shorted, 

U3, U4: SRAM. 

. 

J1, J2: Capacity selection of the emulation chip (For DK02) 

The ROM Size of HY11S14 is 16k Word (32K Byte). So, when HY11S14 is chosen, 

J1 PIN 1-2 and J2 PIN 1-2 must be shorted. 

When using HY11P Series products of which ROM Size is under 8K Word (16K 

Byte), J1 PIN 2-3 and J2 PIN 2-3 must be shorted. 

CR1, R1, C1 & C2: Connects external Crystal and other peripheral capacitors or 

resistors. 

C4: VDD power input regulated capacitor is recommended to keep in between 

1uF to 10uF 

C5: VLCD power output regulated capacitor is recommended to keep in between 

1uF to 4.7uF 

C6 and C7: Analog power regulated capacitor 

In order to enhance the operation performance of ADC, the regulated capacitor is 

suggested to locate as closer to the pin as possible. 

C6: VDDA capacitor 1uF ~ 10uF; C7: ACM capacitor 47nF ~ 100nF. 

C8 and C9 : ADC Input Filter Capacitor 

In order to enhance the operation performance of ADC, the filter capacitor is 

suggested to locate as closer to the pin as possible. 

C8 : ADC Input filter capacitor (AI0 – AI1) 0.1uF. 

C9 : ADC Reference filter capacitor (AI2 – AI3) 0.1uF. 




page10

HY11S14 


RST Circuit:Is demonstrated as in Figure 5. 

Figure 5 

. 




page11

HY11S14 





page12 

3.3. Circuit Diagram 

The Circuit Diagram of DK02 can be referred to Figure 6, the Circuit Diagram of DK03 

can be referred to Figure 7. 

Figure 6 

Title 

Number Revision 

Size 

A4 

CR1 

4MHz 

_DA7 

_ADR0 

_CS 

_ADR14 

_ADR14 

_ADR12 

_ADR11 

_ADR11 

_ADR13 

_ADR13 

_ADR10 

_ADR10 

_ADR10 

_ADR9 

_ADR9 

_ADR9 

_ADR8 

_ADR8 

_ADR8 

_ADR7 

_ADR7 

_ADR6 

_ADR6 

_ADR5 

_ADR5 

_ADR4 

_ADR4 

_ADR3 

_ADR3 

_ADR2 

_ADR2 

_ADR1 

_ADR0 

_DA7 

_DA7 

_DA6 

_DA6 

_DA6 

_DA5 

_DA5 

_DA5 

_DA4 

_DA4 

_DA4 

_DA3 

_DA3 

_DA3 

_DA2 

_DA2 

_DA1 

_DA1 

_DA0 

_DA0 

_CSRAM_S 

_CSSBM 

_CSRAM 

_RD 

_RD 

_RD 

_WE 

_WE 

_WE 

_VSS_ram 

_VSS_ram 

VDD_bat 

VDD_bat 

_SBM-SEL 

_SBM-SEL 

_CS 

C1 

22pF 

C2 

22pF 

R2 

VSS_i 

VSS_i 

R1 

1M 

R3 

0 

_VSS_ram 

PT2.2 

PT2.3 

PT2.4 

PT2.5 

PT2.6 

PT2.7 

VDDA 

ACM 

OPO 

AI0 

AI1 

AI2 

AI3 

AI4 

AI5 

AI6 

AI7 

AI8 

AI9 

AI10 

VDD_i 

VLCD 

AI11 

AI12 

AI13 

AI14 

AI15 

C6 10uF 

C7 

100nF 

VSS_i 

COM 0 

COM 1 

COM 2 

COM 3 

SEG2 

SEG3 

SEG4 

SEG5 

SEG6 

SEG7 

SEG8 

SEG9 

SEG10 

SEG11 

SEG12 

SEG13 

SEG14 

SEG15 

SEG16 

SEG17 

SEG18 

SEG19 

SEG20 

SEG21 

SEG22 

SEG23 

SEG24 

SEG25 

SEG26 

SEG27 

SEG28 

SEG29 

SEG30 

SEG31 

SEG32 

SEG33 

SEG34 

SEG35 

SEG36 

SEG37 

SEG38 

SEG39 

SEG40 

SEG41 

C5 

4.7uF 

VSS_i 

PT2.0 

PT2.1 

PT3.0 

PT3.1 

PT3.3 

PT3.4 

PT3.5 

PT3.6 

PT3.7 

SBM Memory 

Program Memory 

A5 

5 

A6 

4 

A7 

3 

A8 

25 

A9 

24 

A10 

21 

A11 

23 

A12 

2 

A13 

26 

A14 

1 

I/O0 

11 

I/O1 

12 

I/O2 

13 

I/O3 

15 

I/O4 

16 

I/O5 

17 

I/O6 

18 

I/O7 

19 

CE 

20 

A0 

10 

OE 

22 

A1 

9 

A2 

8 

A3 

7 

A4 

6 

WE 

27 

GND 

14 

VCC 

28 

U3 

62256 

C11 

0.1uF 

1 2 

C10 

0.1uF C12 

0.1uF 

VDD_bat 

C14 

1uF 

_VSS_ram 

VDD_bat 

_VSS_ram 

8 

9 

10 

U2C 

7400 

1 

2 

3 

U2A 

7400 

5 

6 

4 

U2B 

7400 

14 

7 

11 

12 

13 

U2D 

7400 

_VSS_ram 

_VSS_ram 

_VSS_ram 

_ADR1 

HY11S14 ICE Board 

A09001-2 V02 

VDD_bat 

VDD_i 

C8 

0.1uF 

A5 

5 

A6 

4 

A7 

3 

A8 

25 

A9 

24 

A10 

21 

A11 

23 

A12 

2 

A13 

26 

A14 

1 

I/O0 

11 

I/O1 

12 

I/O2 

13 

I/O3 

15 

I/O4 

16 

I/O5 

17 

I/O6 

18 

I/O7 

19 

CE 

20 

A0 

10 

OE 

22 

A1 

9 

A2 

8 

A3 

7 

A4 

6 

WE 

27 

GND 

14 

VCC 

28 

U4 

62256 

_VSS_ram 

_VSS_ram 

_VSS_ram 

_VSS_ram 

VDD_i 

C4 

10uF 

C3 

0.1uF 

VSS_i 

VDD_bat 

1 

1 

VIN VIN 

VDD_bat 

VDD_i 

_ADR12 

_ADR7 

_ADR6 

_ADR5 

_ADR4 

_ADR3 

_ADR2 

_ADR1 

_ADR0 

_DA2 

_DA1 

_DA0 

_VSS_ram 

PT1.3 

PT1.4 

PT1.5 

PT1.6 

PT1.7 

PT1.0 

PT1.2 

R4 

100K 

VPP 

C13 

1nF 

VSS_i 

VDD_i 

C9 

0.1uF 

*. ICE Memory NET 

VDD_bat 

VDD_bat 

_SCS 

_SCK 

_SDO 

_SDI 

PT1.1 

1 

2 

3 

4 

5 

6 

S 

J4 

PS2-6PIN 

_VCC_ram 

_VSS_ram 

_VSS_ram 

_SDI 

_SDO 

_SCK 

_SCS 

R7 

47K 

R6 

47K 

R5 

47K 

_VCC_ram 

_VCC_ram 

1 

2 

3 

6 

5 

4 

S1 

Power Sel 

1 

2 

3 

4 

5 

6 

J3 

ICE Signal 

VDD_bat 

1 

2 

3 

J1 

SBM Sel 

1 

2 

3 

J2 

CS Sel 

PT3.2 

VPP/RST 

1 

PT1.0/INT0/CPAI6/PSCK 

2 

PT1.1/IN T1/CPAI7/SCE/PSD I 

3 

PT1.2/INT2/SDI/SVSIN 

4 

PT1.3/TST/INT3/RX 

5 

PT1.4/INT4/TX 

6 

PT1.5/INT5/SDO/PSDO 

7 

PT1.6/INT6/SCK 

8 

PT1.7/INT7/BZ 

9 

SEG29 

64 

SEG28 

65 

SEG27 

66 

VDD 

98 

PT2.0/XTO 

99 

PT2.1/XTI 

100 

HY11S14_LQFP128 

PT2.2/PFD/PWM0/CPAI0 

101 

PT2.3/CPAI1/PWM1/TMCKI 

102 

PT2.4/CCP0/CPAI2/PWM2 

103 



VDDA 

108 

ACM 

109 

AI0/PT4.0 

111 

ICE_ADR13 

49 

ICE_ADR14 

50 

NC 

18 

PT3.0 

10 

PT3.1 

11 

PT3.5 

15 

PT3.4 

14 

PT3.3 

13 

PT3.2 

12 

PT3.6 

16 

PT3.7 

17 

PT2.6/CPAI4/CPAO 

105 


106 

OPO 

110 

AI1/PT4.1 

112 

AI2/PT4.2 

113 

AI3/PT4.3 

114 

AI4/PT4.4 

115 

ICE_ADR10 

46 

ICE_ADR11 

47 

ICE_ADR12 

48 

ICE_ADR9 

45 

ICE_ADR6 

42 

ICE_ADR7 

43 

ICE_ADR8 

44 

AI5/PT4.5 

116 

AI6/PT4.6 

117 

AI7/PT4.7 

118 

ICE_DA5 

33 

ICE_DA6 

34 

ICE_DA7 

35 

ICE_ADR0 

36 

ICE_ADR1 

37 

ICE_ADR2 

38 

ICE_ADR3 

39 

ICE_ADR4 

40 

ICE_ADR5 

41 

ICE_V CC 

19 

ICE_V SS 

20 

ICE_SDI 

21 

ICE_SDO 

22 

ICE_SCK 

23 

ICE_CS 

24 

ICE_CS0 

25 

ICE_RD 

26 

ICE_WE 

27 

ICE_D A0 

28 

ICE_D A1 

29 

ICE_D A2 

30 

ICE_D A3 

31 

ICE_D A4 

32 

NC 

97 

NC 

107 

NC 

127 

SBM_SEL/ICE_ADR15 

51 

SEG41 

52 

SEG40 

53 

SEG39 

54 

SEG38 

55 

SEG37 

56 

SEG36 

57 

SEG35 

58 

SEG34 

59 

SEG33 

60 

SEG32 

61 

SEG31 

62 

SEG30 

63 

SEG26 

67 

SEG25 

68 

SEG24 

69 

SEG23 

70 

SEG22 

71 

SEG21 

72 

SEG20 

73 

SEG19 

74 

SEG18 

75 

SEG17 

76 

SEG16 

77 

SEG15 

78 

SEG14 

79 

SEG13 

80 

SEG12 

81 

SEG11 

82 

SEG10 

83 

SEG9 

84 

SEG8 

85 

SEG7 

86 

SEG6 

87 

SEG5 

88 

SEG4 

89 

SEG3 

90 

SEG2 

91 

SEG1/COM3 

92 

SEG0/COM2 

93 

COM 1 

94 

COM 0 

95 

VLCD 

96 

AI8/PT5.0 

119 

AI9/PT5.1 

120 

AI10/PT5.2 

121 

AI11/PT5.3 

122 

AI12/PT5.4 

123 

AI13/PT5.5 

124 

AI14/PT5.6 

125 

AI15/PT5.7 

126 

VSS 

128 

VIN 

129 

VIN 

130 

U1 

HY11S14_128 

被動元件近 IC 

VIN 

1 

2 

J5 

VDD_Bat 

VDD_bat 

VIN 

.

HY11S14 


C1 

22pF 

C2 

VSS_i 

22pF 

被動元件近 IC 

VDD_i 

C3 

C4 

0. 1uF 

10uF VSS_i 

VSS_i 

J6 

VDD_i 

R2 

R1 

1M 

VSS_i 

CR1 

8MHz 

C6 

10uF 

C7 

100nF 

C8 

C9 

0.1uF 

0.1uF 

PT2.0 

PT2.1 

PT2.2 

PT2.3 

PT2.4 

PT2.5 

PT2.6 

PT2.7 

VDDA 

ACM 

OPO 

AI0 

AI1 

AI2 

AI3 

AI4 

AI5 

AI6 

AI7 

AI8 

AI9 

AI10 

AI11 

AI12 

AI13 

AI14 

AI15 

VSS_i 

_VSS_ram 

97 

98 

99 

100 

101 

102 

103 


105 

106 

107 

108 

109 

110 

111 

112 

113 

114 

115 

116 

117 

118 

119 

120 

121 

122 

123 

124 

125 

126 

127 

128 

R3 

0 

ICE PIN 

J3 

ICE Signal 

1 

2 

3 

4 

5 

6 

_VCC_ram 

R5 

47K 

2 

4 

6 

8 

10 

12 

1 

3 

5 

7 

9 

11 

VSS_i 

_VSS_ram 

R7 

R6 47K 

47K 

J4 

C13 

1nF 

C14 

1uF 

VDD_bat 

VDD_bat 

R4 

100K 

VDD_i 

VPP 1 

PT1.0 2 

PT1.1 3 

PT1.2 4 

PT1.3 5 

PT1.4 6 

PT1.5 7 

PT1.6 8 

PT1.7 9 

PT3.0 10 

PT3.1 11 

PT3.2 12 

PT3.3 13 

PT3.4 14 

PT3.5 15 

PT3.6 16 

PT3.7 17 

18 

19 

_V S S_ram 20 

_S D I 21 

_S D O 22 

_S CK 23 

_S CS 24 

_CS 25 

_RD 26 

_W E 27 

_DA0 28 

_DA1 29 

_DA2 30 

_DA3 31 

_DA4 32 

129 

130 

VIN 

HY11S14_128 

NC 

VDD 

PT2.0 /XTO 

PT2.1 /XTI 



PT2.4 /CCP0/CPAI2/PWM2 

PT2.5 /CCP1/CPAI3/PWM3 



NC 

VDDA 

ACM 

OPO 

AI0/PT4.0 

AI1/PT4.1 

AI2/PT4.2 

AI3/PT4.3 

AI4/PT4.4 

AI5/PT4.5 

AI6/PT4.6 

AI7/PT4.7 

AI8/PT5.0 

AI9/PT5.1 

AI10/PT5.2 

AI11/PT5.3 

AI12/PT5.4 

AI13/PT5.5 

AI14/PT5.6 

AI15/PT5.7 

NC 

VSS 

VPP/RST 

P T1. 0/I NT 0/CP AI 6/P SCK 

P T1. 1/I NT 1/CP AI 7/S CE /P SD I 

P T1. 2/I NT 2/S D I/S VS IN 


P T1. 4/I NT 4/T X 

P T1. 5/I NT 5/S D O/PS DO 

P T1. 6/I NT 6/S CK 

P T1. 7/I NT 7/BZ 

PT3.0 

PT3.1 

PT3.2 

PT3.3 

PT3.4 

PT3.5 

PT3.6 

PT3.7 

NC 

ICE_VCC 

ICE_VS S 

ICE_SDI 

ICE_SDO 

ICE_SCK 

ICE_CS 

ICE_CS 0 

ICE_RD 

ICE_W E 

ICE_DA0 

ICE_DA1 

ICE_DA2 

ICE_DA3 

ICE_DA4 

VIN 

VIN 

SEG29 

SEG30 

SEG31 

SEG32 

SEG33 

SEG34 

SEG35 

SEG36 

SEG37 

SEG38 

SEG39 

SEG40 

SEG41 


ICE_ADR14 

ICE_ADR13 

ICE_ADR12 

ICE_ADR11 

ICE_ADR10 

ICE_ADR9 

ICE_ADR8 

ICE_ADR7 

ICE_ADR6 

ICE_ADR5 

ICE_ADR4 

ICE_ADR3 

ICE_ADR2 

ICE_ADR1 

ICE_ADR0 

ICE_ DA7 

ICE_ DA6 

ICE_ DA5 

64 

63 

62 

61 

60 

59 

58 

57 

56 

55 

54 

53 

52 

51 

50 

49 

48 

47 

46 

45 

44 

43 

42 

41 

40 

39 

38 

37 

36 

35 

34 

33 

_DA6 

_DA5 

_ADR0 

_DA7 

. 


SEG41 

_SBM-SEL 

_ADR14 

_ADR13 

_ADR12 

_ADR11 

_ADR10 

_ADR9 

_ADR8 

_ADR7 

_ADR6 

_ADR5 

_ADR4 

_ADR3 

_ADR2 

_ADR1 

SEG29 

SEG30 

SEG31 

SEG32 

SEG33 

SEG34 

SEG35 

SEG36 

SEG37 

SEG38 

SEG39 

SEG40 

VLCD 

COM0 

COM1 

SEG0/COM2 

SEG1/COM3 

SEG2 

SEG3 

SEG4 

SEG5 

SEG6 

SEG7 

SEG8 

SEG9 

SEG10 

SEG11 

SEG12 

SEG13 

SEG14 

SEG15 

SEG16 

SEG17 

SEG18 

SEG19 

SEG20 

SEG21 

SEG22 

SEG23 

SEG24 

SEG25 

SEG26 

SEG27 

SEG28 

4.7uF 

U1 

96 

95 

94 

93 

92 

91 

90 

89 

88 

87 

86 

85 

84 

83 

82 

81 

80 

79 

78 

77 

76 

75 

74 

73 

72 

71 

70 

69 

68 

67 

66 

65 

VLCD 

C5 

COM0 

COM1 

COM2 

COM3 

SEG2 

SEG3 

SEG4 

SEG5 

SEG6 

SEG7 

SEG8 

SEG9 

SEG10 

SEG11 

SEG12 

SEG13 

SEG14 

SEG15 

SEG16 

SEG17 

SEG18 

SEG19 

SEG20 

SEG21 

SEG22 

SEG23 

SEG24 

SEG25 

SEG26 

SEG27 

SEG28 

VDD_bat _VSS_ram 

C10 

14 2 1 7 

VCC 

GND 

0. 1uF 

U2A 

1 

3 

2 

SN74HC00 

U2C 

9 

10 

SN74HC00 

U2B 

4 

6 

5 

SN74HC00 

U2D 

12 

13 

SN74HC00 

VDD_bat 

VDD_i 

J5 

2 

1 

VIN VIN 

VDD_Bat 

VDD_bat 

VDD_i 

1 

2 

3 

VIN 

VDD_bat 

S1 

Power Sel 

_SDO 

_SDI 

_SCS 

_VCC_ram 

_SCK 

_VSS_ram 

_VCC_ram 

_VSS_ram 

_SDO 

_SDI 

_SCS 

_SCK 

1 

2 

3 

4 

5 

6 

J7 

PS2-6PIN 

8 

_CSRAM 

11 

6 

5 

4 

_VCC_ram 

S 

_VSS_ram 

Dt 25 N 2011 Sh t f 

A4 

A11022-2 V01 

Size 

Number Revisi 

HY11S14 ICE Board 

Ti tle 

62256 

SBM Memory 

_VSS_ram 1 

_VSS_ram 2 

_ADR7 3 

_ADR6 4 

_ADR5 5 

_ADR4 6 

_ADR3 7 

_ADR2 8 

_ADR1 9 

_ADR0 10 

_DA0 11 

_DA1 12 

_DA2 13 

_VSS_ram 14 

A14 

A12 

A7 

A6 

A5 

A4 

A3 

A2 

A1 

A0 

I/O0 

I/O1 

I/O2 

GND 

VCC 

WE 

A13 

A8 

A9 

A11 

OE 

A10 

CE 

I/O7 

I/O6 

I/O5 

I/O4 

I/O3 

28 VDD_bat 

27 _WE 

26 _VSS_ram 

25 _ADR8 

24 _ADR9 

23 _VSS_ram 

22 _RD 

21 _ADR10 

20 _CSSBM 

19 _DA7 

18 _DA6 

17 _DA5 

16 _DA4 

15 _DA3 

_VSS_ram 

C12 

0. 1uF 

62256 

U4 

VDD_bat 

Figure 7 

_ADR14 1 

_ADR12 2 

_ADR7 3 

_ADR6 4 

_ADR5 5 

_ADR4 6 

_ADR3 7 

_ADR2 8 

_ADR1 9 

_ADR0 10 

_DA0 11 

_DA1 12 

_DA2 13 

_VSS_ram 14 

A14 

A12 

A7 

A6 

A5 

A4 

A3 

A2 

A1 

A0 

I/O0 

I/O1 

I/O2 

GND 

28 VDD_bat 

VCC 

27 _WE 

WE 

26 _ADR13 

A13 

25 _ADR8 

A8 

24 _ADR9 

A9 

23 _ADR11 

A11 

22 _RD 

OE 

21 _ADR10 

A10 

20 _CSRAM 

CE 

19 _DA7 

I/O7 

18 _DA6 

I/O6 

17 _DA5 

I/O5 

16 _DA4 

I/O4 

15 _DA3 

I/O3 

Program Memory 

_VSS_ram 

C11 

0. 1uF 

VDD_bat 

U3 

*. ICE Memory NET 




page13

HY11S14 


4. HY-IDE Target Board 

4.1. Diagram 

HY-IDE Target Board facilitates users to design circuit and to connect the circuit to the 

ICE Board. Target Board equips with basic circuit and components, according to circuit 

requirements, users can connect the circuit and the self-designed PCB board through I/O or 

Analog Ports. The relative peripherals include oscillator (CR1, CR2), EEPROM (U2), 

MAX232 (U3), RS232 connector (CON1), Regulator (U4), LED (D2~D9), Key Switch 

(S3~S8) and Buzzer (U5). Target Board of DK2 is illustrated as in Figure 8. Target Board of 

DK03 is illustrated as in Figure 9. 

JP6 

D2 

D3 

D4 

D5 

D6 

D7 

D8 

D9 

2 4 6 

1 3 5 

JP2 

2 4 6 8 

1 3 5 7 

JP1 

2 4 

1 3 

JP8 

2 4 6 8 10 12 14 16 18 20 

1 3 5 7 9 11 13 15 17 19 

8 10 12 

7 9 11 

JP3 

2 4 6 8 10 12 14 16 18 20 22 24 26 28 

1 3 5 7 9 11 13 15 17 19 21 23 25 27 

2 4 6 8 

JP1 

10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 44 ON S9 

1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 

EEPROM Sel 

1 

2 

3 

J3 

98100 102 


106 

108 

110 112 114 116 118 120 122 124 126 128 

J6 

97 99 

98 100 

102 


106 

108 

110 

112 

114 

116 

118 

120 

122 

124 

126 

128 

1 

101 

103 

105 

107 

109 

111 

113 

115 

117 

119 

121 

123 

125 

127 

2 

96 94 92 90 88 86 84 82 80 78 76 74 72 70 68 66 

96 94 92 90 88 86 84 82 80 78 76 74 72 70 68 66 

95 93 91 89 87 85 83 81 79 77 75 73 71 69 67 65 

95 93 91 89 87 85 83 81 79 77 75 73 71 69 67 65 

97 

99 101 

103 

105 107 

109 111 113 115 117 119 121 123 125 127 

3 

4 

5 

6 

ON 

CR1 

7 

8 

S1 

CR2 

9 

. 

JP12 

10 

2 

1 

11 

4 

3 

12 

6 

5 

13 

8 

7 

14 

15 

16 

17 

18 

18 

20 

21 

45 47 49 51 53 55 57 59 61 63 

45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 

64 

46 48 50 52 54 56 58 60 62 64 

41 43 

41 43 

42 44 

42 44 

39 

39 

40 

40 

37 

37 

38 

38 

35 

35 

36 

36 

33 

33 

34 

34 

Select 

WP 

EXT 

3V 

Current 

U5 

BZ 

3 

2 

1 

J2 

2 

1 J1 

S2 

24C02 

U2 

VBAT 

JP4 1 

V1 

2 

1 

JP5 1 

VSSBAT 

U4 

GS2612 

VDD 

SDI 

SCK 

SDO 

CS 

VSS 

VPP 

PT1.0 

PT1.1 

PT1.5 

VDD 

VSS 

2 J9 

1 

1 

2 

3 

4 

5 

6 

CON1 

SPI 

J7 

6 5 4 3 2 1 

OTP 

J8 

29 

31 

33 

35 

37 

39 

30 

32 

34 

36 

38 

40 

1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31VIN 

1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31VIN 

2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 VDDBAT 

2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 VDDBAT 

J13 

POWER 

U3 

J5 

S3_RST S4_PT1.0 S5_PT1.1 S6 S7 S8 1 

ON S10 

2 4 6 8 10 12 RXD 

2 

JP9 

1 3 5 7 9 11 

3 

TXD 

Rs232 Sel 

1 

2 

MAX 232 

1 

2 

3 

4 

5 

6 

7 

8 

9 

Figure 8 




page14

HY11S14 


JP6 

J16 

D2 

D3 

D4 

D5 

D6 

D7 

D8 

D9 

2 4 6 

1 3 5 

JP2 

JP8 

8 10 12 

7 9 11 

JP3 

2 4 6 8 

JP1 

10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 44 ON S9 

1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 

EEPROM Sel 

1 

2 

3 

J3 

J6 

1 

2 

3 

4 

5 

6 

7 

8 

9 

96 94 92 90 88 86 84 82 80 78 76 74 72 70 68 66 

96 94 92 90 88 86 84 82 80 78 76 74 72 70 68 66 

95 93 91 89 87 85 83 81 79 77 75 73 71 69 67 65 

95 93 91 89 87 85 83 81 79 77 75 73 71 69 67 65 

ON 

CR1 

S1 

CR2 

10 

11 

12 

13 

14 

15 

16 

17 

18 

18 

20 

21 

EXT 

3V 

U5 

U2 

VBAT 

JP4 

1 

3 

2 

2 

V1 

1 

1 

J2 

S2 

2 

JP5 1 

1 J1 VSSBAT 

U4 

2 J9 

1 

VDD 

SDI 

SCK 

SDO 

CS 

VSS 

VPP 

PT1.0 

PT1.1 

PT1.5 

VDD 

VSS 

1 

2 

3 

4 

5 

6 

J7 

J8 

JP1 

BZ 

JP12 

2 

1 

4 

3 

6 

5 

8 

7 

10 

9 

12 

11 

1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31VIN 

1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31VIN 

2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 VDDBAT 

2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 VDDBAT 

. 

J5 

J13 

POWER 

ON S10 

RXD 

TXD 

Rs232 Sel 

1 

2 

MAX 232 

S3_RST S4_PT1.0 

S5_PT1.1 

S6 

S7 

S8 

1 

2 

JP9 

3 

2 

1 

4 

3 

6 

5 

8 

7 

10 

9 

12 

11 

Figure 9 




page15

HY11S14 



Power System: 

ICE power system can be powered by 3V regulated by HY-IDE USB Control Board 

or via external power input (external input power cannot exceed 3.6V that defined 

in HY11P series datasheets). When performing emulation on ICE, it can be 

powered by connecting U7 of HY-IDE USB Control Board via USB wire to PC end. 

USB power and external power is described as follows: 

• USB Power: 

When the system is powered by USB, the VDD_bat and VDD_i options of S1 

switch of HY-IDE ICE Board must be turned to ON. Then it can be powered by the 

USB via regulated 3V of the Regulator. 

When measuring IC current consumption, the option of VIN and VDD_bat 

must be switched to ON, supplying 3V power from regulator via USB and the 

current consumption is measured by J1 of the Target Board. 

• External Power: 

When using external power, users must notice that the VIN, VDD_i options of 

the HY-IDE ICE Board S1 switch must be switched to OFF status. 

The external power can be inputted via VBAT positive end of JP4 of HY-IDE 

Target Board, the negative end is . inputted by VSSBAT. S2 is the power on/off 

switch control. 

J2: Power selection (choose whether the whole system power passes 

through Regulator (U4)) 

J2 PIN 1-2 short represents when VBAT external power input to U4, the 

voltage is regulated to 3V output, supplying VDD_i for the whole system 

(the output voltage is changeable through modifying R8, R14 and R15. 

R8 

R14 

R15 

The equation is: VOUT 1.240V 

(1 ) ). 

J2 PIN 2-3 short represents VBAT power is directly inputted to VDD_i. 

(Please note that the power should not exceed the specification of 3.6V) 

J1: can bridge current meter to test the whole VDD_i current 

consumption. It must be short circuit when it is not connected to the current 

meter, as shown in Figure 10. 




page16

HY11S14 


VDD_i 

J1 

Current test 

1 

2 

VDD_bat 

J2 

3 

2 

1 

EXT 

3V 

VDD Sel 

C6 

0.1uF 

VSS_i 

C7 

10uF 

R8 

100K 

D1 

1N4001 

*. POWER NET 

S2 

5 

ON1 

3 

COM1 

1 

OFF1 

6 

ON2 

4 

COM2 

2 

OFF2 

JP4 

VBAT 

VIN 

JP5 

VSSBAT 

電流錶 

C21 

10uF 

R14 

42.2K 

R15 

100K 

1 

2 

3 

4 

EN 

IN 

OUT 

ADJ 

U4 

GND 

GND 

GND 

GND 

GS2612 

8 

7 

6 

5 

VSS_i 

VSS_i 

Figure 10 

J7:SPI communication port, as shown in 

Figure 11. 

PIN1 VDD 

PIN2 PT1.2(SDI) 

PIN3 PT1.6(SCK) 

PIN4 PT1.5(SDO) 

PIN5 PT1.1(CS) 

PIN6 VSS 

. 

Figure 11 

J8 : OTP programming port 

When product programming is implemented, HY-IDE ICE Board must be 

disconnected and the to be programmed chip must be connected. Through 

connecting J8 pin of HY-IDE Target Board to the J5 pin of HY-IDE USB 

Control Board, the programming function of HY-IDE Control Board can then 

program HY11P series chip, as shown in 

Figure 12. 

PIN 1 VPP (PIN 1) 

PIN 2 PT1.0 (PIN 2) 



PIN 5 VDD (PIN 98) 

PIN 6 VSS (PIN 128) 

Figure 12 




page17

HY11S14 


CON1: UART communication port (RS232); in common use for 9-PIN 

connector, as illustrated in Figure 13. 

J13: is the power input JUMP for U3 MAX232. If short, it is connected with J1 

VDD_bat power. MAX232 is a signal voltage conversion IC, it can convert I/O 

power signal to standard RS232 potential signal. 

S10: is the connecting pin switch of RS232. RXD means connecting to PT1.3, 

TXD means connecting to PT1.4 

. 

Figure 13 

J9: Buzzer JUMP that connects to PT1.7 signal, as shown in Figure 14. 

Figure 14 

U2: EEPROM 24C02, as shown in Figure 15. 

S9: When using EEPROM 24C02 to save the calibration parameters, PIN 1-2 

of S9 must be started. 

J3: Short PIN 1-2 when it is prohibit writing 24C02. 




page18

HY11S14 


Figure 15 

J6, JP11: LCD pin, as shown in Figure 16. 

. 

Figure 16 

The LCD panel on HY-IDE Target Board is HYCON Technology’s own 

mold specification, the panel symbol and pin definition is shown as Figure 17 

and Figure 18. Detailed panel specification is: 

Operation Voltage:3.0V 

Visible angle:60 

Operation Frequency:60Hz 

Bias:1/3 bias 

Waveform:1/4 duty 

Pin:90 degree 




page19

HY11S14 


SEG1 SEG2 SEG3 SEG4 SEG5 SEG6 SEG7 SEG8 SEG9 SEG10 SEG11 SEG12 SEG13 SEG14 SEG15 SEG16 SEG17 

COM1 1A 1E 2A 2E 3A 3E 4A 4E 5A 5E 6A 6E S1 S5 S10 S9 S18 

COM2 1B 1F 2B 2F 3B 3F 4B 4F 5B 5F 6B 6F S2 S6 S11 S14 S19 

COM3 1C 1G 2C 2G 3C 3G 4C 4G 5C 5G 6C 6G S3 S7 S12 S15 S20 

COM4 1D 1H 2D 2H 3D 3H 4D 4H 5D 5H 6D S17 S4 S8 S13 S16 S21 

Figure 17 

70mm 

TARE 

ZERO 

m 

K 

M 

A 

V 

g 

27mm 

17.78mm 

8.89mm 

1 21 

0.812mm 

. 

2.54mm 

PIN 1 2 3 4 5 6 7 8 9 10 11 

I/O COM1 COM2 COM3 COM4 SEG1 SEG2 SEG3 SEG4 SEG5 SEG6 SEG7 

PIN 12 13 14 15 16 17 18 19 20 21 

I/O SEG8 SEG9 SEG10 SEG11 SEG12 SEG13 SEG14 SEG15 SEG16 SEG17 

Figure 18 

CR1, R1, C1 and C2: Connecting external crystal oscillation circuit, as 

shown Figure 19. 

HY-IDE Target Board is connected to CR1-4MHZ and CR2-32768Hz 

oscillator. 

S1: Control PT2.0 pin and connect to CR1 or CR2 device; their switches 

cannot be started at the same time. 

PIN1 ON, represents connecting to 4MHZ oscillation circuit 

PIN2 ON, represents connecting to 32768HZ oscillation circuit 




page20

HY11S14 


Figure 19 

JP9, JP12: PT1, PT3 Port of DK02 is shown as Figure 20. PT1, PT3 Port 

of DK03 is shown as Figure 21. 

S4~S8: button, S3-RST, S4-PT1.0, S5-PT1.1 

J5: is the expandable pin for S6, S7, and S8 button 

. 

Figure 20 

VSS_i 

S4 

PT1. 0 

S5 PT1. 1 

PT1. 1 

C24 

VDD_i 

VSS_i 

0.1uF 

VDD_i 

JP9 

VDD_i 

VDD_i 

PT1. 0 PT1.0 

1 2 

PT1. 1 PT1.1 

PT1. 2 PT1.2 

3 4 

PT1. 3 PT1.3 

PT1. 4 PT1.4 

5 6 

PT1. 5 PT1.5 

PT1. 6 PT1.6 

7 8 

PT1. 7 PT1.7 

VSS_ i 

9 10 

11 12 

VSS_i 

VDD_i 

VSS_i 

I/O(PT1) 

JP12 

VSS_i 

VDD_i 

1 2 

PT3. 0 PT3.0 

PT3. 1 PT3.1 

3 4 

PT3. 2 PT3.2 

PT3. 3 PT3.3 

5 6 

PT3. 4 PT3.4 

PT3. 5 PT3.5 

7 8 

PT3. 6 PT3.6 

PT3. 7 PT3.7 

9 10 

11 12 

I/O(PT3) 

VSS_i 

S6 

S7 

S8 

VSS_i 

J7 

1 

2 

3 

4 

5 

6 

SPI 

*. PT1,PT3 I/O NET 

VDD_i 

PT1.2 SDI(PT1.2) 

PT1.6 SCK(PT1.6 ) 

PT1.5 SDO(PT1.5 ) 

PT1.1 CS(PT1.1) 

VSS_i 

J5 

1 

2 

3 

Key 

Figure 21 




page21

HY11S14 


JP8: PT2 Port is shown as Figure 22. 

D2~D9: is the default pin for PT2.0~PT2.7 LED. Using different PT2 pin, JP8 

must be shorted. 

Figure 22 

D10: Is small package, SOT-23, Signal diode, as shown in Figure 23. 

J10: Pump control signal 

J12: Connecting JUMP of PT2.2 pin. PFD frequency output as PUMP voltage 

control. 

J11: Pump voltage output 

. 

Figure 23 

Analog Port: For DK02, as shown in Figure 24. For DK03, as shown in 

Figure 25. 

JP3: Analog port, providing external sensor input signal connection. 

Other ports are all expandable analog signal input; they can be designed 

according to user’s application. 




page22

HY11S14 


Figure 24 

. 

Figure 25 

C10~C15: Filter capacitor, shown as Figure 26 

. This filter capacitor provides ADC input signal source or it can filter 

voltage reference source 

Figure 26 




page23

1 

2 

3 

4 

8 

7 

6 

5 

1 

3 

5 

7 

2 

4 

6 

8 

2 

1 

3 

2 

1 

2 

3 

4 

1 

2 

3 

4 

5 

6 

7 

8 

9 

1 

2 

3 

4 

1 

2 

3 

4 

5 

4 

6 

7 

8 

9 

8 

7 

6 

5 

6 

2 

HY11S14 


4.3. Circuit Diagram 

The Circuit Diagram of DK02 can be referred to Figure 27, the Circuit Diagram of 

DK03 can be referred to Figure 28. 

RP 

470 

1 

VSS_i 

VSS_i 

24C02 

NC 

NC 

NC 

VSS 

U2 

VSS_i 

VSS_i 

R3 

10k 

R2 

10k 

R1 

10k 

VDDA 

JP1 

1 

3 

ADREF 

OPNVS 

OPPVS 

C8 

0.1uF 

VCC 

WP 

SCL 

SDA 

PT20 

PT21 

D2 

PT22 

D3 

9 

8 

7 

6 

5 

4 

3 

2 

PT23 

D4 

PT24 

D5 

PT25 

D6 

PT26 

D7 

PT27 

D8 

D9 

EEPROM Sel 

IIC_SDA 

IIC_SCL 

1 

2 

4 SCL 

3 SDA 

S9 

VSS_i WP select 

1 

1 

2 

2 

3 

3 

VDD_bat 

J3 

VDD_bat 

*. EEPROM NET 

OPNET 

1 2 

OPNVS 

3 4 

OPNIN 

5 6 

OPPVS 

7 8 

OPPIN 

9 10 

OPPGND 

11 12 

OP0O_1 

JP6 

RES1 

RES1 

R10 

R12 

RES1 

RES1 

R9 

OPPIN OPNIN 

R11 

CAP 

2 

4 

AI2 

AI3 

AI2 

AI3 

C1 

ADINPUT 

JP2 

VDDA 

AI0 

AI1 

VSS_i 

PT2.0_1 

VDD_i I/O (PT2) 

PT2.1_1 

PT2.4_1 

PT2.3_1 

PT2.2_1 

PT2.5_1 

1 2 

3 4 

5 6 

7 8 

9 10 

11 12 

13 14 

15 16 

17 18 

19 20 

VSS_i JP8 

PT2.6_1 

PT2.7_1 

PT2.2 

PT2.3 

IIC_SCL 

IIC_SDA 

R4 

10K 

R5 

10K 

VDD_bat 

J4 

3 

2 

1 

OP0O_1 

OPNVS C9 27nF 

OPNIN 

OPPVS 

ACM 

VSS_i 

OPPIN 

OPPGND 

OPPGND 

R13 

135 

OPO 

VDDA 

AI0 

AI1 

VSS_i 

VDD_i 

VSS_i 

VSS VSS_i 

PT2.7 PT2.7 

PT2.6 PT2.6 

PT2.5 PT2.5 

PT2.4 PT2.4 

PT2.3 PT2.3 

PT2.2 PT2.2 VDD_i 

PT2.1 PT2.1 

PT2.0 PT2.0 

VDD 

C22 

0.1uF 

*. PT2 I/O NET 

J12 

PFD Sel 

2 

1 

VSS_i 

4.7uF 

PT2.2 

1 

A 

C25 

BAV99 

C26 

0.1uF 

K/A K 

10K 

CE 

Q1 

B 

2N3906 

D10 

R18 

1 

1 

3 

J11 

PUMP Output 

J10 

Pump Control 

R19 R20 

PUMP Circuit 

VIN 

VSS_i Analog Port VSS_i 

C10~C15 IC 

Analog Net C10~C15 IC 

VDDA 

ACM 

OPO 

AI0 

AI1 

AI2 

AI3 

AI4 

AI5 

AI6 

AI7 

AI8 

AI9 

AI10 

AI11 

AI12 

AI13 

AI14 

AI15 

JP3 

VDDA 

ACM 

OPO 

AI0 

AI1 

AI2 

AI3 

AI4 

AI5 

AI6 

AI7 

AI8 

AI9 

AI10 

AI11 

AI12 

AI13 

AI14 

AI15 

VSS_i 

VDDA 

1 2 

ACM 

3 4 

OPO 

5 6 

AI0 

7 8 

AI1 

9 10 

AI2 

11 12 

AI3 

13 14 

AI4 

15 16 

AI5 

17 18 

AI6 

19 20 

AI7 

21 22 

AI8 

23 24 

AI9 

25 26 

AI10 

27 28 

AI11 

29 30 

AI12 

31 32 

AI13 

33 34 

AI14 

35 36 

AI15 

37 38 

39 40 

AI6 

0.1uF 

C10 

AI5 

VSS_i 

22pF 

C3 

1M 

22pF 

C5 

4MHz 

R7 

CR1 

22pF 

VSS_i 

R6 

CR2 

32768 

C4 10M 

*. Analog NET 

C2 OSC Sel 

22pF 

*. 框內電路靠近 JP3 

*. JP3 靠近晶片 

1 

2 

S1 

I/O(PT3) 

SPI VSS_i 

JP12 

PT3.0 PT3.0 

PT3.1 PT3.1 

PT3.2 PT3.2 

1 2 

PT3.3 PT3.3 

PT3.4 PT3.4 

3 4 

PT3.5 PT3.5 

PT3.6 PT3.6 

5 6 

PT3.7 PT3.7 

7 8 

VSS_i PT1.1 

1 


2 

PT1.6 SCK(PT1.6) 

3 

PT1.5 SDO(PT1.5) 

4 

PT1.1 CS(PT1.1) 

5 

6 

VSS_i 

I/O(PT1) 

VSS_i 

VSS_i 

J7 

VDD_i 

S5 PT1.1 

S4 

0.1uF 

VDD_i 

JP9 

VDD_i 

VDD_i 

PT1.0 PT1.0 

1 2 

PT1.1 PT1.1 

PT1.2 PT1.2 

3 4 

PT1.3 PT1.3 

PT1.4 PT1.4 

5 6 

PT1.5 PT1.5 

PT1.6 PT1.6 

7 8 

PT1.7 PT1.7 

VSS_i 

9 10 

11 12 

Key 

S8 

PT1.0 

S7 

1 

2 

3 

J5 

S6 

S6: PT1.3 

VDD_i VSS_i 

C24 


U5 

BUZZER 

VSS_i 

J8 

Program 

BZ 

1 

2 

3 

4 

5 

6 

VSS_i RST 

C23 

10nF 

2 

1 

VSS_i 

S3 

VSS_i 

J9 

R16 

100K 

VPP 1 

PT1.0 2 

PT1.1 3 

PT1.2 4 

PT1.3 5 

PT1.4 6 

PT1.5 7 

PT1.6 8 

PT1.7 9 

PT3.0 10 

PT3.1 11 

PT3.2 12 

PT3.3 13 

PT3.4 14 

PT3.5 15 

PT3.6 16 

PT3.7 17 

18 

19 

_VSS_ram 20 

_SDI 21 

_SDO 22 

_SCK 23 

ICECS 24 

_CS 25 

_RD 26 

_WE 27 

_DA0 28 

_DA1 29 

_DA2 30 

_DA3 31 

_DA4 32 

129 

130 

VDD_i 

VIN 

. 

VDD_i 

HY11S14 

VSS_i 

127 

128 

NC 

VDD 

PT2.0/XTO 

PT2.1/XTI 







NC 

VDDA 

ACM 

OPO 

AI0/PT4.0 

AI1/PT4.1 

AI2/PT4.2 

AI3/PT4.3 

AI4/PT4.4 

AI5/PT4.5 

AI6/PT4.6 

AI7/PT4.7 

AI8/PT5.0 

AI9/PT5.1 

AI10/PT5.2 

AI11/PT5.3 

AI12/PT5.4 

AI13/PT5.5 

AI14/PT5.6 

AI15/PT5.7 

NC 

VSS 

VPP/RST 


PT1.1/INT1/CPAI7/SCE/PSDI 



PT1.4/INT4/TX 



PT1.7/INT7/BZ 

PT3.0 

PT3.1 

PT3.2 

PT3.3 

PT3.4 

PT3.5 

PT3.6 

PT3.7 

NC 

ICE_V CC 

ICE_V SS 

ICE_SDI 

ICE_SDO 

ICE_SCK 

ICE_CS 

ICE_CS0 

ICE_RD 

ICE_W E 

ICE_D A0 

ICE_D A1 

ICE_D A2 

ICE_D A3 

ICE_D A4 

VIN 

VIN 

97 

98 

PT2.0 99 

PT2.1 100 

PT2.2 101 

PT2.3 102 

PT2.4 103 

PT2.5 104 

PT2.6 105 

PT2.7 106 

107 

VDDA 108 

ACM 109 

OPO 110 

C11 

AI0 111 

0.1uF AI1 112 

C12 

AI2 113 

0.1uF AI3 114 

C13 

AI4 115 

0.1uF AI5 116 

C14 

AI6 117 

0.1uF AI7 118 

C15 

AI8 119 

0.1uF AI9 120 

AI10 121 

AI11 122 

AI12 123 

AI13 124 

AI14 125 

AI15 126 

SEG29 

SEG30 

SEG31 

SEG32 

SEG33 

SEG34 

SEG35 

SEG36 

SEG37 

SEG38 

SEG39 

SEG40 

SEG41 


ICE_ADR14 

ICE_ADR13 

ICE_ADR12 

ICE_ADR11 

ICE_ADR10 

ICE_ADR9 

ICE_ADR8 

ICE_ADR7 

ICE_ADR6 

ICE_ADR5 

ICE_ADR4 

ICE_ADR3 

ICE_ADR2 

ICE_ADR1 

ICE_ADR0 

ICE_DA7 

ICE_DA6 

ICE_DA5 

64 

63 

62 

61 

60 

59 

58 

57 

56 

55 

54 

53 

52 

51 

50 

49 

48 

47 

46 

45 

44 

43 

42 

41 

40 

39 

38 

37 

36 

35 

34 

33 


VDD_i 

4 

3 

U1 

VLCD 

96 

COM 0 

95 

COM 1 

94 

SEG0/COM2 

93 

SEG1/COM3 

92 

SEG2 

91 

SEG3 

90 

SEG4 

89 

SEG5 

88 

SEG6 

87 

SEG7 

86 

SEG8 

85 

SEG9 84 

SEG 10 

83 

SEG 11 

82 

SEG 12 

81 

SEG 13 

80 

SEG 14 79 

SEG 15 

78 

SEG 16 

77 

SEG 17 

76 

SEG 18 

75 

SEG 19 74 

SEG 20 

73 

SEG 21 

72 

SEG 22 

71 

SEG 23 

70 

SEG 24 

69 

SEG 25 

68 

SEG 26 

67 

SEG 27 

66 

SEG 28 

65 

COM 0 

COM 1 

COM 2 

COM 3 

SEG 2 

SEG 3 

SEG 4 

SEG 5 

SEG 6 

SEG 7 

SEG 8 

SEG 9 

SEG 10 

SEG 11 

SEG 12 

SEG 13 

SEG 14 

SEG 15 

SEG 16 

SEG 17 

SEG 18 

SEG 19 

SEG 20 

SEG 21 

SEG 22 

SEG 23 

SEG 24 

SEG 25 

SEG 26 

SEG 27 

SEG 28 

SEG29 

SEG30 

SEG31 

SEG32 

SEG33 

SEG34 

SEG35 

SEG36 

SEG37 

SEG38 

SEG39 

SEG40 

SEG41 

_SBM-SEL 

_ADR14 

_ADR13 

_ADR12 

_ADR11 

_ADR10 

_ADR9 

_ADR8 

_ADR7 

_ADR6 

_ADR5 

_ADR4 

_ADR3 

_ADR2 

_ADR1 

_ADR0 

_DA7 

_DA6 

_DA5 

COM0 

COM1 

COM2 

COM3 

Title 

Size 

A4 

A09001-1 V02 


HY11S14 Target Board 

LCD2 

SEG 2 

SEG 3 

SEG 4 

SEG 5 

SEG 6 

SEG 7 

SEG 8 

SEG 9 

SEG 10 

SEG 11 

SEG 12 

SEG 13 

SEG 14 

SEG 15 

SEG 16 

SEG 17 

SEG 18 

SEG 19 

SEG 20 

SEG 21 

COM0 

COM1 

COM2/SEG0 

COM3/SEG1 

5 

6 

SEG 2 

7 

SEG 3 

8 

SEG 4 

9 

SEG 5 

10 

SEG 6 

11 

SEG 7 

12 

SEG 8 

13 

SEG 9 

14 

SEG 10 

15 

SEG 11 

16 SEG 12 

17 

SEG 13 

18 

SEG 14 

19 

SEG 15 

20 

SEG 16 

21 SEG 17 

22 

SEG 18 

23 

SEG 19 

24 

SEG 20 

SEG 21 

LCD_20*4 

J6 

LCD_20*4 

COM0 

COM2 

SEG2 

SEG4 

SEG6 

SEG8 

SEG10 

SEG12 

SEG14 

SEG16 

SEG18 

SEG20 

SEG22 

SEG24 

SEG26 

SEG28 

SEG30 

SEG32 

SEG34 

SEG36 

SEG38 

SEG40 

*. LCD NET 

JP11 

COM0 COM1 

1 2 

COM2 COM3 

3 4 

SEG2 SEG3 

5 6 

SEG4 SEG5 

7 8 

SEG6 SEG7 

9 10 

SEG8 SEG9 

11 12 

SEG10 SEG11 

13 14 

SEG12 SEG13 

15 16 

SEG14 SEG15 

17 18 

SEG16 SEG17 

19 20 

SEG18 SEG19 

21 22 

SEG20 SEG21 

23 24 

SEG22 SEG23 

25 26 

SEG24 SEG25 

27 28 

SEG26 SEG27 

29 30 

SEG28 SEG29 

31 32 

SEG30 SEG31 

33 34 

SEG32 SEG33 

35 36 

SEG34 SEG35 

37 38 

SEG36 SEG37 

39 40 

SEG38 SEG39 

41 42 

SEG40 SEG41 

43 44 

COM1 

COM3 

SEG3 

SEG5 

SEG7 

SEG9 

SEG11 

SEG13 

SEG15 

SEG17 

SEG19 

SEG21 

SEG23 

SEG25 

SEG27 

SEG29 

SEG31 

SEG33 

SEG35 

SEG37 

SEG39 

SEG41 

VSS_i 

RS232 Sel 

VSS_i 

TXD 1 

RXD 2 

4 PT1.4 TXD 

3 PT1.3 RXD 

RS232 

R17 

0 

S10 

C20 

1uF 

MAX232 

10 TXD 

RXD 

TXD_PC 

VSS_i 

RXD_PC 

C16 

1uF 

C17 

1uF 

VS- 

RXD_PC 

C1+ 

VCC 

VS+ 

GND 

MAX232 

C1- T1OUT 

C2+ 

R1IN 

C2- R1OUT 

T1IN 

T2OUT T2IN 

TXD_PC 

R2IN R2OUT 

16 

15 

14 

13 

12 

11 

C19 1uF 

CON1 

U3 

1uF 

RS232 Power 

VSS_i 

C18 

1 

2 

VDD_bat J13 

*. EUART NET 

VSS_i 

R15 

100K 

U4 

GS2612 

VSS_i 

C21 

10uF 

R14 

42.2K 

EN GND 

IN GND 

OUT GND 

ADJ GND 

R8 

100K 

JP5 

VSSBAT 

VDD_i 

VDD Sel 

VDD_bat 

ON2 

COM2 

OFF2 

1 

2 

J2 

EXT 

3 

2 

3V 

1 

VSS_i 

J1 

Current test 

C6 

C7 

0.1uF 

10uF 

S2 

D1 

5 

ON1 

3 

1N4001 COM1 

1 

OFF1 

VIN 

*. POWER NET 

JP4 

VBAT 

Figure 27 




page24

1 

2 

3 

4 

8 

7 

6 

5 

2 

4 

6 

8 

1 

3 

5 

7 

9 

2 

1 

3 

2 

1 

2 

3 

4 

1 

2 

3 

4 

5 

6 

7 

8 

9 

1 

2 

3 

4 

1 

2 

3 

4 

5 

4 

6 

7 

8 

9 

8 

7 

6 

5 

6 

2 

HY11S14 


RP 

470 

1 

VSS_i 

VSS_i 

24C02 

NC 

NC 

NC 

VSS 

U2 

VSS_i 

VSS_i 

J15 R3 

10k 

R2 

10k 

J14 R1 

10k 

VDDA 

JP1 

1 

3 

ADREF 

OPNVS 

OPPVS 

C8 

0.1uF 

VCC 

WP 

SCL 

SDA 

D2 

PT20 

D3 

PT21 

9 

8 

7 

6 

5 

4 

3 

2 

D4 

PT22 

VDD_i I/O (PT2 ) 

D5 

PT23 

PT2.1_1 

PT2. 0_1 

PT2.4_1 

PT2. 3_1 

PT2.2_1 

10 

12 

14 

16 

18 

20 

11 

13 

15 

17 

19 

D6 

PT24 

D7 

PT25 

PT2.5_1 

VSS_i JP8 

D8 

PT26 

PT2. 6_1 

PT27 

PT2. 7_1 

D9 

EEPROM Sel 

II C_ SD A 

II C_ SC L 

1 

2 

4 SCL PT2. 2 

3 SDA PT2. 3 

S9 

II C_ SC L 

II C_ SD A 

VSS_i WP select 

1 

1 

2 

2 

3 

3 

R4 

10K 

R5 

10K 

VDD_bat 

J3 

VDD_bat 

*. EEPROMNET 

VDD_bat 

J4 

OPNET 

3 

2 

1 

OP0O_1 

OPNVS 

OPNIN 

OPPVS 

OPPIN 

OPPGND 

1 2 

3 4 

5 6 

7 8 

9 10 

11 12 

OP0O_1 

OPNVS C9 27nF 

OPNIN 

OPPVS 

ACM 

VSS_i 

OPPIN 

OPPGND 

JP6 

RES1 

RES1 

R10 

R12 

R13 

135 

RES1 

RES1 

R9 

OPPIN OPNIN 

OPPGND 

R11 

OPO 

CAP 

2 

4 

AI2 

AI3 

AI2 

AI3 

C1 

ADINPUT 

VSS_ i 

AI0 

AI1 

1 

2 

3 

4 

AI0 

AI1 

VSS_i 

1 

2 

3 

4 

JP2 

VDDA 

J16 

VDDA 

VSS_i PT1.1 

VDD_i 

S5 PT1. 1 

VSS_i 

VSS VSS_ i 

PT2.7 PT2. 7 

PT2.6 PT2. 6 

PT2.5 PT2. 5 C22 

PT2.4 PT2. 4 0. 1uF 

PT2.3 PT2. 3 

PT2.2 PT2. 2 VDD_i 

PT2.1 PT2. 1 

PT2.0 PT2. 0 

VDD 

PT1.0 

S4 

*. PT2 I/O NET 

VSS_i RST 

J12 

PFD Sel 

S3 

2 

1 

VSS_i 

4. 7uF 

PT2. 2 

1 

A 

C25 

BAV99 

C26 

0.1uF 

K/A K 

10K 

CE 

Q1 

B 

2N3906 

D10 

R18 

1 

1 

3 

J1 1 

PUMP Output 

J10 

Pump Control 

R19 R20 

VIN 

VSS_i Analog Port VSS_i 

C10~C15 近 IC 

Analog Net 信號均經過 C10~C15 後再進 IC 腳位 

VDDA 

ACM 

OPO 

AI0 

AI1 

AI2 

AI3 

AI4 

AI5 

AI6 

AI7 

AI8 

AI9 

AI10 

AI11 

AI12 

AI13 

AI14 

AI15 

JP3 

VDDA 

ACM 

OPO 

AI0 

AI1 

AI2 

AI3 

AI4 

AI5 

AI6 

AI7 

AI8 

AI9 

AI10 

AI11 

AI12 

AI13 

AI14 

AI15 

VSS_i 

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 

VDDA 

ACM 

OPO 

AI0 

AI1 

AI2 

AI3 

AI4 

AI5 

AI6 

AI7 

AI8 

AI9 

AI10 

AI11 

AI12 

AI13 

AI14 

AI15 

22pF 

C3 

R6 

97 

CR2 

98 

32 768 

C4 10M 

PT2.0 99 

PT2.1 100 

22pF 

PT2.2 101 

VSS_i 

PT2.3 102 

PT2.4 103 

CR1 

PT2.5 104 

PT2.6 105 

4MHz 

PT2.7 106 

R7 

107 

1M 22pF 

VDDA 108 

C5 

ACM 109 

OPO 110 

C11 

AI0 111 

VSS_i 

0.1uF AI1 112 

C12 

AI2 113 

0.1uF AI3 114 

C10 C13 

AI4 115 

0.1uF AI5 116 

0.1uF C14 

AI6 117 

0.1uF AI7 118 

C15 

AI8 119 

0.1uF AI9 120 

AI10 121 

AI11 122 

AI12 123 

AI13 124 

PUMP Circuit 

AI14 125 

AI15 126 

127 

VSS_ i 128 

AI6 

AI5 

*. Analog NET 

C2 OSC Sel 

22pF 

VDD_i 

*. JP3 靠近晶片 

*. 框內電路靠近 JP3 

1 

2 

4 

3 

S1 

VSS_i 

I/O(PT3) 

VSS_i 

SPI VSS_i 

PT3. 0 PT3.0 

PT3. 1 

PT3. 2 PT3.2 

PT3. 3 

PT3. 4 PT3.4 

PT3. 5 

PT3. 6 PT3.6 

PT3. 7 

1 2 

3 4 

5 6 

7 8 

9 10 

11 12 

PT3.1 

PT3.3 

PT3.5 

PT3.7 

1 

2 

3 

4 

5 

6 


PT1.6 SCK(PT1.6) 

PT1.5 SDO(PT1.5) 

PT1.1 CS(PT1.1) 

VSS_i 

VDD_i 

I/O(PT1) 

JP12 

VSS_i 

VDD_i 

VSS_ i 

J7 

VDD_i 

0. 1uF 

PT1. 0 PT1. 1 

PT1. 2 PT1. 3 

PT1. 4 PT1. 5 

PT1. 6 PT1. 7 

VDD_i 

JP9 

VDD_i 

PT1.0 

1 2 

PT1.2 

3 4 

PT1.4 

5 6 

PT1.6 

7 8 

VSS_i 

9 10 

11 12 

Key 

PT1.1 

PT1.3 

PT1.5 

PT1.7 

S8 

S7 

1 

2 

3 

J5 

VDD_i 

S6 

VDD_i VSS_i 

C24 


U5 

BUZZER 

VSS_i 

J8 

Program 

BZ 

C23 

10nF 

1 

2 

3 

4 

5 

6 

2 

1 

VSS_i 

VSS_i 

J9 

R16 

10 0K 

VPP 1 

PT1.0 2 

PT1.1 3 

PT1.2 4 

PT1.3 5 

PT1.4 6 

PT1.5 7 

PT1.6 8 

PT1.7 9 

PT3.0 10 

PT3.1 11 

PT3.2 12 

PT3.3 13 

PT3.4 14 

PT3.5 15 

PT3.6 16 

PT3.7 17 

18 

19 

_V S S_ ram 20 

_S D I 21 

_S D O 22 

_S C K 23 

ICECS 24 

_C S 25 

_R D 26 

_W E 27 

_DA0 28 

_DA1 29 

_DA2 30 

_DA3 31 

_DA4 32 

12 9 

13 0 

VDD_i 

VIN 

VDD_i 

. 

HY11S14 

NC 

VDD 

PT2.0/XTO 

PT2.1/XTI 

PT2. 2/PFD/PWM0/CPAI0 

PT2. 3/CPAI1/PWM1/TMCKI 

PT2.4/CCP0/CPAI2/ PWM2 

PT2.5/CCP1/CPAI3/ PWM3 

PT2. 6/CPAI4/CPAO 

PT2. 7/CPAI5/CPAO 

NC 

VDDA 

ACM 

OPO 

AI0/PT4.0 

AI1/PT4.1 

AI2/PT4.2 

AI3/PT4.3 

AI4/PT4.4 

AI5/PT4.5 

AI6/PT4.6 

AI7/PT4.7 

AI8/PT5.0 

AI9/PT5.1 

AI10/PT5.2 

AI11/PT5.3 

AI12/PT5.4 

AI13/PT5.5 

AI14/PT5.6 

AI15/PT5.7 

NC 

VSS 

VPP/RST 


PT1.1/INT1/CPAI7/SCE/PSDI 



PT1.4/INT4/TX 



PT1.7/INT7/BZ 

PT3.0 

PT3.1 

PT3.2 

PT3.3 

PT3.4 

PT3.5 

PT3.6 

PT3.7 

NC 

ICE_VCC 

ICE_VS S 

ICE_SD I 

ICE_SD O 

ICE_SCK 

ICE_CS 

ICE_CS 0 

ICE_RD 

ICE_W E 

ICE_DA 0 

ICE_DA 1 

ICE_DA 2 

ICE_DA 3 

ICE_DA 4 

VIN 

VIN 

SEG29 

SEG30 

SEG31 

SEG32 

SEG33 

SEG34 

SEG35 

SEG36 

SEG37 

SEG38 

SEG39 

SEG40 

SEG41 


ICE_ADR14 

ICE_ADR13 

ICE_ADR12 

ICE_ADR11 

ICE_ADR10 

ICE_ADR9 

ICE_ADR8 

ICE_ADR7 

ICE_ADR6 

ICE_ADR5 

ICE_ADR4 

ICE_ADR3 

ICE_ADR2 

ICE_ADR1 

ICE_ADR0 

ICE_DA7 

ICE_DA6 

ICE_DA5 


VLCD 

COM0 

COM1 

SEG0/COM2 

SEG1/COM3 

SEG2 

SEG3 

SEG4 

SEG5 

SEG6 

SEG7 

SEG8 

SEG9 

SEG10 

SEG11 

SEG12 

SEG13 

SEG14 

SEG15 

SEG16 

SEG17 

SEG18 

SEG19 

SEG20 

SEG21 

SEG22 

SEG23 

SEG24 

SEG25 

SEG26 

SEG27 

SEG28 

U1 

96 

95 

94 

93 

92 

91 

90 

89 

88 

87 

86 

85 

84 

83 

82 

81 

80 

79 

78 

77 

76 

75 

74 

73 

72 

71 

70 

69 

68 

67 

66 

65 

COM0 

COM1 

COM2 

COM3 

SEG2 

SEG3 

SEG4 

SEG5 

SEG6 

SEG7 

SEG8 

SEG9 

SEG10 

SEG11 

SEG12 

SEG13 

SEG14 

SEG15 

SEG16 

SEG17 

SEG18 

SEG19 

SEG20 

SEG21 

SEG22 

SEG23 

SEG24 

SEG25 

SEG26 

SEG27 

SEG28 

64 SEG29 

63 SEG30 

62 SEG31 

61 SEG32 

60 SEG33 

59 SEG34 

58 SEG35 

57 SEG36 

56 SEG37 

55 SEG38 

54 SEG39 

53 SEG40 

52 SEG41 

51 _SBM-SEL 

50 _ADR14 

49 _ADR13 

48 _ADR12 

47 _ADR11 

46 _ADR10 

45 _ADR9 

44 _ADR8 

43 _ADR7 

42 _ADR6 

41 _ADR5 

40 _ADR4 

39 _ADR3 

38 _ADR2 

37 _ADR1 

36 _ADR0 

35 _DA7 

34 _DA6 

33 _DA5 

COM0 

COM1 

COM2 

COM3 

Date: 5Dec2011 Sheet of 

A4 

A11022-1 V01 

Size 


HY11S14 Target Board 

Title 

LCD2 

SEG2 

SEG3 

SEG4 

SEG5 

SEG6 

SEG7 

SEG8 

SEG9 

SEG10 

SEG11 

SEG12 

SEG13 

SEG14 

SEG15 

SEG16 

SEG17 

SEG18 

SEG19 

SEG20 

SEG21 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

COM0 

COM1 

COM2/SEG0 

COM3/SEG1 

SEG2 

SEG3 

SEG4 

SEG5 

SEG6 

SEG7 

SEG8 

SEG9 

SEG10 

SEG11 

SEG12 

SEG13 

SEG14 

SEG15 

SEG16 

SEG17 

SEG18 

SEG19 

SEG20 

SEG21 

LCD_20*4 

J6 

LCD_20 *4 

COM0 

COM2 

SEG2 

SEG4 

SEG6 

SEG8 

SEG10 

SEG12 

SEG14 

SEG16 

SEG18 

SEG20 

SEG22 

SEG24 

SEG26 

SEG28 

SEG30 

SEG32 

SEG34 

SEG36 

SEG38 

SEG40 

*. LCD NET 

SEG1 0 SEG1 2 SEG1 4 SEG1 6 SEG1 8 SEG2 0 SEG2 2 SEG2 4 SEG2 6 SEG2 8 SEG3 0 SEG3 2 SEG3 4 SEG3 6 SEG3 8 SEG4 0 JP11 

COM0 COM1 

1 2 

COM2 COM3 

3 4 

SEG2 SEG3 

5 6 

SEG4 SEG5 

7 8 

SEG6 SEG7 

9 10 

SEG8 SEG9 

11 12 

SEG11 

13 14 

SEG13 

15 16 

SEG15 

17 18 

SEG17 

19 20 

SEG19 

21 22 

SEG21 

23 24 

25 26 

SEG23 

SEG25 

27 28 

29 30 

SEG27 

SEG29 

31 32 

33 34 

SEG31 

SEG33 

35 36 

SEG35 

37 38 

SEG37 

39 40 

SEG39 

41 42 

43 44 

SEG41 

COM1 

COM3 

SEG3 

SEG5 

SEG7 

SEG9 

SEG11 

SEG13 

SEG15 

SEG17 

SEG19 

SEG21 

SEG23 

SEG25 

SEG27 

SEG29 

SEG31 

SEG33 

SEG35 

SEG37 

SEG39 

SEG41 

VSS_i 

RS232 Sel 

VSS_i 

TXD 1 

RXD 2 

4 PT1. 4 TXD 

3 PT1. 3 RXD 

RS232 

R17 

0 

S10 

C20 

1uF 

MAX232 

10 TXD 

RXD 

TXD_PC 

VSS_ i 

RXD_PC 

C16 

1u F 

C17 

C2- 

1uF 

VS- 

RXD_PC 

C1+ 

VCC 

VS+ 

GND 

MAX232 

C1- T1OUT 

C2+ R1IN 

R1OUT 

T1 IN 

T2 OUT T2 IN 

TXD_PC 

R2IN R2OUT 

16 

15 

14 

13 

12 

11 

C19 1uF 

CON1 

U3 

1uF 

RS232 Power 

VSS_i 

C18 

1 

2 

VDD_bat J13 

*. EUART NET 

VSS_i 

R15 

100K 

U4 

GS2612 VSS_i 

C21 

10uF 

R14 

42.2K 

EN GND 

IN GND 

OUT GND 

ADJ GND 

R8 

100K 

JP5 

VSSBAT 

VDD_i 

VDD Sel 

VDD_bat 

ON2 

COM2 

OFF2 

1 

2 

J2 

EXT 

3 

2 

3V 

1 

VSS_i 

J1 

Current test 

C6 

C7 

0.1uF 

10uF 

S2 

D1 

5 VIN 

ON1 

3 

1N4001 

COM1 

1 V1 

OFF1 

*. POWER NET 

JP4 

VBAT 

Figure 28 




page25

HY11S14 


5. Simple Error Detection 

5.1. ICE cannot connect to software 

Simple error correction is described as follows when ICE cannot connect to software: 

• Hardware configuration, IDE mode error detection: 

• Options =>Interface Setup =>Interface Mode defaults as USB 

• IDE Mode is emulate and Debug 

. 




page26

HY11S14 


• Power System Debug: 

• This action is to testify whether HY-IDE USB Control Board is completely 

connected to PC through USB port and the regulated 3V voltage output functions 

normally. 

• Options =>ICE Test => Click CK ALL and confirm VCC voltage is close to 3V. 

• When Control Board only connects to USB port, the voltage of VPP closes to 5V; 

when Adapter 9V of J4 is connected, VPP voltage will close to 6.3V. 

. 




page27

HY11S14 


• ICE Power Debug: 

• When using USB to supply power, a few switches must be inspected to ensure 

ICE chip operates normally. 

ICE Board S1, switching VIN, VDD_bat to ON 

Target Board. Short J2 PIN1-2 and J1, switching S2 to ON 

. 

Use DMM to inspect whether 3V voltage exists in VDD(PIN98)-VSS(PIN128) 

and ICE_VCC(PIN19)-VSS(PIN128); 

If voltage is absent, please refer to procedures of ”Power System Debug” 

and ”ICE Power Debug” chapter; 

• Using external power supply, inspects some switches: 

ICE Board S1, switching VDD_bat to ON, other switches turns OFF 




page28

HY11S14 


Target Board JP4 is inputted from external voltage, making J1 short, PIN1-2 

of J2 short, (if > 3V is needed, short PIN2-3 of J2), S2 ON 

Using voltmeter to inspect, whether 3V voltage exists in 

VDD(PIN98)-VSS(PIN128) and ICE_VCC(PIN19)-VSS(PIN128); 

If voltage is absent, please refer to procedures of ”Power System Debug” 

and ”ICE Power Debug” chapter; 

5.2. Program Memory Loading Fail 

. 

• ICE SRAM Debug: 

• Check whether ICE Board J1 & J2 is correct; when emulating HY11S14 (16K), J1 

PIN1-2 and J2 PIN1-2 must be short circuit. 




page29

HY11S14 


• SRAM Data, Program ROM Data Debug: 

• Options =>ICE Test =>SRAM Data 

Key in 80 in Address and AA in Write Data respectively. Click Write button, 

data will be written in SRAM; 

Click Read button, readout data; the filled in data will display in Read Data 

location. 

• Options =>ICE Test => Program ROM Data 

Key in 80 in Address and 5AA5 in Write Data respectively. Click Write button, 

data will be written in ROM; 

Click Read button, readout data; the filled in data will display in Read Data 

location. 

. 




page30

HY11S14 


6. Revision History 

Major differences are stated thereinafter: 

Version Page Revision Summary 

V01 ALL First edition 

V02 26~30 Add Chapter 5 Simple Error Detection 

V04 ALL 

28 

Add the description related to DK03 

Correct the description of ICE power debug 

. 




page31

Version 04

Create successful ePaper yourself

Delete template?

Save as template?