Related Manuals for HYCON HY12S65
Summary of Contents for HYCON HY12S65
- Page 1 HY12S65 HY-IDE Hardware User Manual © 2012 HYCON Technology Corp. APD-HYIDE011-V02_EN www.hycontek.com...
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Page 2: Table Of Contents
SIMPLE ERROR DETECTION ....................... 18 4.1. ICE cannot connect to software ......................18 4.2. Program Memory Loading Error ......................21 REVISION HISTORY ..........................23 © 2012 HYCON Technology Corp APD-HYIDE011-V02_EN www.hycontek.com page2... - Page 3 HY12S65 HY-IDE Hardware User Manual Attention： 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 HYCON Technology Corp. is not responsible for problems caused by figures or application circuits narrated herein whose related industrial properties belong to third parties.
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Page 4: Hy-Ide Structure
HY-IDE Hardware User Manual 1. HY-IDE Structure HY-IDE (HYCON - Integrated Development Environment) is composed by USB Control Board, ICE Board and Target Board that can emulate function and performance of HY12P series products. Through PC connection, HY-IDE can carry out emulation, debugging, program…etc. -
Page 5: Hy-Ide Usb Control Board
HY-IDE USB control board is the bridge that connects 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 © 2012 HYCON Technology Corp APD-HYIDE011-V02_EN www.hycontek.com page5... -
Page 6: Circuit Description
Download program for emulation debug function Download programming program for HY12P Series products J1 : HY-ICE Board control port PIN 1 ICESDO connects to ICE_SDO of HY12S65 PIN 2 ICESDI connects to ICE_SDI of HY12S65 PIN 3... -
Page 7: Hy-Ide Ice Board
3. HY-IDE ICE Board 3.1. Diagram HY-IDE ICE Board is the chip board of HY12S65. Its main function is to implement emulation of HY12P Series Products. This ICE chip can directly emulate HY12P6X Series. HY-IDE ICE Board DK02 is shown in below Figure 3. -
Page 8: Circuit Description
Below is the description of Figure 3 connector: J14: Connects to J1 PS2 communication port of HY-IDE USB Control Board. PC gives commands to HY12S65 through Control Board. It can download program to SRAM and can perform single execution, Free RUN…etc. debugging functions. -
Page 9: Power System
VDD_i options of S5 switch must be switched to OFF status to continue the following operations as to prevent hardware damage resulted from power backflow of HY-IDE USB Control Board, showing in Figure 4. © 2012 HYCON Technology Corp APD-HYIDE011-V02_EN www.hycontek.com... - Page 10 PT1.6 (SCK) KEY5 SCK(PT1.6) KEY4 SDO(PT1.5) PIN4 PT1.5 (SDO) KEY2 SCS (PT1.1) PIN5 PT1.1 (CS) PIN6 Figure 6 RS1：UART communication port (RS232). Commonly use 9-PIN female header, as shown in Figure 7. © 2012 HYCON Technology Corp APD-HYIDE011-V02_EN www.hycontek.com page10...
- Page 11 BUZZER1：Buzzer, connects to JUMP as PT1.7 signal as Figure 8 illustrated. BUZZER 1 Figure 8 U9：EEPROM 24C02, as described in Figure 9. EEPROM 0.1uF IIC _SCL IIC _SDA VS S 24C 02 Figure 9 © 2012 HYCON Technology Corp APD-HYIDE011-V02_EN www.hycontek.com page11...
- Page 12 LC D COM2/S EG0 COM3 COM3/S EG1 Figure 10 The LCD specification of HY-IDE ICE Board is molded by HYCON, LCD symbols and pins are depicted in Figure 11 and Figure 12. LCD detailed specifications are as follows: Operation voltage：3.0V 。...
- Page 13 HY-IDE Hardware User Manual 70mm 27mm TARE ZERO 17.78mm 8.89mm 0.812mm 2.54mm COM1 COM2 COM3 COM4 SEG1 SEG2 SEG3 SEG4 SEG5 SEG6 SEG7 SEG8 SEG9 SEG10 SEG11 SEG12 SEG13 SEG14 SEG15 SEG16 SEG17 Figure 12 © 2012 HYCON Technology Corp APD-HYIDE011-V02_EN www.hycontek.com page13...
- Page 14 RANGE1 HOLD1 MAX/M IN1 BACKLIGHT1 PT1.1(IN) KEY2 PT1.2(IN) KEY3 PT1.5(IN/OUT) KEY4 PT1.6(IN/OUT) KEY5 KEY6 PT3.7(IN/OUT) or PT2.7(IN/OUT) Figure 14 S4：Function switch pin for PT2.4~PT2.7, as shown in Figure 15. Figure 15 © 2012 HYCON Technology Corp APD-HYIDE011-V02_EN www.hycontek.com page14...
- Page 15 S1 and S2 ： Divided by resistors (R1~R4、 R12~R15), using comparator to form 16 sets key scan. CM P2 PT2.6 CM P0 PT2.4 CM P1 PT2.5 CM P1 CM P0 Figure 16 © 2012 HYCON Technology Corp APD-HYIDE011-V02_EN www.hycontek.com page15...
- Page 16 ICE_ADR4 SEG3 _ADR3 SEG3 ICE_ADR3 SEG4 _ADR2 SEG4 ICE_ADR2 SEG5 _ADR1 SEG5 ICE_ADR1 SEG6 _ADR0 SEG6 ICE_ADR0 SEG7 _DA7 SEG7 ICE_DA7 SEG8 _DA6 SEG8 ICE_DA6 SEG9 _DA5 SEG9 ICE_DA5 HY12S65 Figure 17 © 2012 HYCON Technology Corp APD-HYIDE011-V02_EN www.hycontek.com page16...
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Page 17: Circuit
_SCK ICD_SCK _SCS ICE_CS ICE_CS0 ICD_RD PT3.5/PB5 CMP0 ICE_WE PT2.4/CMP0 _DA0 CMP1 ICE_DA0 PT2.5/CMP1 _DA1 CMP2 ICE_DA1 PT2.6/CMP2 _DA2 CMP3 ICE_DA2 PT2.7/CMP3 _DA3 KEY1 ICE_DA3 PT1.0/INT0/PSCK _DA4 KEY2 ICE_DA4 PT1.1/INT1/PSDI/SCE Figure 18 © 2012 HYCON Technology Corp APD-HYIDE011-V02_EN www.hycontek.com page17... -
Page 18: Simple Error Detection
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 emulation and Debug © 2012 HYCON Technology Corp APD-HYIDE011-V02_EN www.hycontek.com page18... - Page 19 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. © 2012 HYCON Technology Corp APD-HYIDE011-V02_EN www.hycontek.com page19...
- Page 20 ”Power system error detection” and ”ICE power error detection” chapter. Using external power supply, please check the following switched: Switching VIN, VDD_bat and VDD_i to “OFF” of the ICE Board S5. © 2012 HYCON Technology Corp APD-HYIDE011-V02_EN www.hycontek.com page20...
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Page 21: Program Memory Loading Error
”ICE power error detection” chapter. 4.2. Program Memory Loading Error ICE SRAM detection: Check ICE Board J8 and J9. When emulating HY12S65(8K), J1 PIN1-2 and J2 PIN1-2 must be short. © 2012 HYCON Technology Corp APD-HYIDE011-V02_EN www.hycontek.com page21... - Page 22 Options =>ICE Test =>Program ROM Data Input 80 in Address, 5AA5 in Write Data and then click “Write” button. Writing all data into Program ROM. Click “Read” button to read out all data. © 2012 HYCON Technology Corp APD-HYIDE011-V02_EN www.hycontek.com page22...
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Page 23: Revision History
HY12S65 HY-IDE Hardware User Manual 5. Revision History Major differences are stated thereinafter: Version Page Revision Summary First edition © 2012 HYCON Technology Corp APD-HYIDE011-V02_EN www.hycontek.com page23...
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