Home

HY12S65 HY-IDE Hardware User Manual

1. INVHS 8N UJ 72 C S C NO 2 2 E ORO eeh a e EES NO CO C Figure 3 2012 HYCON Technology Corp APD HYIDE011 V02_EN www hycontek com HY12S65 HY IDE Hardware User Manual HYCON TECHNOLOGY 3 2 Circuit Description Below is the description of Figure 3 connector 2012 Technology Corp www hycontek com J14 Connects to J1 PS2 communication port of HY IDE USB Control Board PC gives Commande to HY12S65 through Control Board It can download program to SRAM and can perform single execution Free RUN etc debugging functions 55 ICE board power selection voltage from USB Control Board VIN When switched to ON it represents VIN 3V voltage VDD bat when switched to ON it represents VDD bat 3V voltage i when switched to ON it represents i 3V voltage Setup Ways of Power Selection PC can suppl
2. HYCON TECHNOLOGY HYCSTNY Photo RS232 15 Power ircui C Please refer to Figure 18 in below V04 ch Y DIIS emange T 1 P3 4 CMP3 PT2 7 3 2 26 2 PT2 5 1 PT24 COM 2 s ve e oo SXCOMBSESEEEBETTRIAGND Ser 2 9013 E NET 5 9 GE elle B CSSel T ig SBMSel Le 2 22 Se su 4 D walt ex alc Jo foo rs ell jeje kola R48 ce e e e Fe e e e epe fin opo opo fin CRAM cs UA ADRI4 SMSL 58 U7 z 1 28 VDD ba VDD bat 58 01 s 2 rot E 27 WE Z prays 9 ADR 3 Ja7 AB AR 3E 5 48 ADR6 4 25 PTLATX 47 KEYA ADRS 5 8 24 i PTLSISDO A5 A9 6 KEYS ADR 6 23 PTLOSCK A4 SADR E 45 BZ 7 2 RD _VSS ram PTI 7 BZIPSDO A3 4 SHVESEL ADR 8 21 ADRIO pM 9 22 Al 759 5
3. regulated power of HY IDE USB Control Board or by external input power the external power input cannot exceed 3 6 the datasheet specified When ICE emulates it only need to connect U7 USB of HY IDE USB Control Board to PC end to supply ICE power USB power and external power will be introduced in below B USB power When using USB power supply VDD_bat and VDD_i switch of HY IDE ICE Board S5 must be turned to ON so that ICE can be powered by 3V USB regulated voltage To measure IC consumption current the switch must configure VIN and VDD_bat to ON and power by USB regulated 3V and measure the current consumption from J1 of HY IDE ICE Board B External Power Users must be careful when using external power the VIN VDD_bat and of 55 switch of HY IDE ICE Board must be switched to OFF status first External power can be input from JP1 VBAT positive end VSSBAT negative end of HY IDE ICE Board and S3 is the power on off control J2 power select whether the system power passes through Regulator U1 J2 PIN 1 2 short means inputting VBAT external power input to 01 supplying the whole system regulated power from 1 to change output voltage R40 R41 amp R42 its equation is R42 J2 PIN 2 3 short means VBAT power directly input to i the external power input cannot exceed 3 6V as the datasheet specified Can connect to current meter testing the whole i cur
4. Data 626 V Head Data WPP Kua 3 07 V Address 80 02 write Data SAAS VLL Head Data Program Data 2012 HYCON Technology Corp APD HYIDEO11 VO2 EN www hycontek com page22 HY12S65 HY IDE Hardware User Manual 5 Revision History Major differences are stated thereinafter Version Page Revision Summary V02 ALL First edition 2012 HYCON Technology Corp www hycontek com HYCON TECHNOLOGY APD HYIDEO11 VO2 EN page23
5. ques Ground M 2012 HYCON Technology Corp www hycontek com Figure 2 APD HYIDEO11 VO2 EN page5 HY12S65 N HY IDE Hardware User Manual 2 2 Circuit Description Ports description of Figure 2 J4 Adapter 9V input The internal is negative and the external is positive providing programming power source must be connected while OTP programming 07 USB connector to PC port Download program for emulation debug function Download programming program for HY12P Series products J1 HY ICE Board control port DIN ICESDO connects to ICE SDO of HY12S65 PIN2 ICESDI connects to ICE SDI of HY12S65 PINS ICESCS connects to ICE CS of HY12S65 DIN A VDD connects to of HY12S65 PIN5 ICESCK connects to ICE SCK of HY12S65 PING VSS connects to ICE VSS of HY12S65 J5 HY12P series programming control port PIN1 VPP 6V connects to VPP of the IC PIN2 ICECK connects to PSCK of the IC PINS ICESDI connects to PSDI of the IC DIN A ICESDO connects to PSDO the IC 5 VDD 3V connects to VDD of the IC PING VSS connects to VSS of the IC 51 IC Programming key 52 IC Blank Check key 04 Two color LED Red LED OTP programming Blank Check failure signal Green LED OTP programming Blank Check success signal Green LED USB Adapter power on signal 2012 HYCON Technology Corp APD HYIDEO11 VO2 EN www hycontek com page6 HY12S65 N HY IDE Hardware
6. GND RST VDD COMO COMI CON2 COMB SEG SEGI SEQ SEG SEG4 SEG SEGS SEG SEGS SEQ 2012 HYCON Technology Corp www hycontek com 76 77 78 79 80 81 82 83 85 86 87 88 89 91 92 93 95 96 97 98 100 56 55 CMPI 54 2 57 5 zi e EEN ZEREBEEEREREISSEEEEEHE 99 ZS 2888868 E Ce PTI 2 SDI VEDA PRES PTI 3 RXITST VGG PTLA TX CA EE PTI 5 SDO CB 6 5 VS _ A PTI7 BZPSDO VPP RST ICE ADR15 VDD ICE ADR14 ICE ADR13 COMO ICE ADRI2 COMI ICE COND ICE ADRIO uw 12565 I QFP100 i NC ICE ADR7 SEQ ICE ADR6 SEGI ICE ADRS SEG ICE ADRA SEG ICE ADR3 SEGA ICE ADR2 SECO ICE ADRI SEGS a I ADRO SEG7 2 ICE DA7 SEG EI ICE DA6 id SGLERRY s LA e EBERSSPPEPREERSORPBBEOBEOOGEBEBBE Kaye lt lt lt lt lt lt S EES silla ele Bagg WWW 92 2721 2721 Sat Figure 17 U4 _SBVESEL _ADRI4 _ADRI3 _ADRI2 _ADRI1 _ADRIO _ADR9 _ADR8 _ADR7 _ADR6 _ADRS _ADR4 _ADR3 _ADR2 _ADRI _ADRO _DA6 1256 lt APD HYIDE011 V02_EN page16
7. ICE Al CE 42 ADRIB ADR 10 19 ICE ATRI3 AR A0 m PA 4 ADRI2 DAO 18 DAG L 2 keier Yoo n a 3 IE 4 Du v j 17 10n 1 39 APRIO DA2 __13 16 3 AD 7 vsSrm 4 MO e ICE ADR 740 89 1 HY12S65_IQFP100 DES 2 5 CA 90 NC VDD ba _VSS ram 62256 Program Memory OPEN lu sp o ee 3 VDDba H 08 VDD bat a mS MSrm D wel 28 0 ba KEY6 sup 9 E 20 2 5 ype 27 w PTLXIN se 3 ADR 3 0 26 VSS ram 02 PTLS IINOUT 95 Lee D ADRG _4 81 25 PTI 6 INOUT 0 sS 96 NSS ram ADR S 4017 24 ADRO SEGS 97 SEGS ADR 6 M 23 VSS rm VSS ram PT3 7 NOUT PT2TINOUD o 5807 s Lee _ 7 PT3 7 INOUT sx gt es 8 Ap 21 ADRIO SEG 100 20 _CSBM ind DEM 0 LO 19 D er Do 1 183 VDD HSC Dui 12 EMEN 7 Gas EEPROM SS KEEN 15 e Joo R38 SBMMemory SIS B EE 2217217212272 S VDD ba 2 OJO oja Se 22122 22 12 5 page 7 APD HYIDE011 V02_EN Figure 18 eegenen ene IP
8. User Manual 3 HY IDE ICE Board 3 1 Diagram HY IDE ICE Board is the chip board of HY12S65 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 VBAT JP1 2 53 1 222 1 VSSBAT neq EXT 1 3V GS2612 J1 3 2 8 meg rn YE 624 VN ON VN 3V VDD balO WRIST VDD ON VDD ba SV vobi ON Z 52 15 Protection R39 B 12565 Circuit 4 C16 7 04 3 ICESCK ICESDO 4 ICESDI D VDD 4 6 VSS J14 J9 1 S 5 9 yg S BUZZER1
9. n Figure 12 2012 HYCON Technology Corp APD HYIDE011 V02_EN www hycontek com page13 HY12S65 N HY IDE Hardware User Manual Y1 C15 and C16 connects to external Crystal oscillation circuit as shown Figure 13 HY IDE ICE Board already connects to Y1 4MHZ oscillator for user application 15 1506 R39 1 iM C16 N Li Figure 13 SW1 SW2 SW3 SW4 SW5 SW6 SW7 8 SW8 Can use KEY1 KEY6 to carry out 8 sets key scan as shown in Figure 14 ei Hz SW 2 RELI PTI O IN RANGE PTI 1 IN KEY2 PTI 2 IN KEY3 PTI S INOUT KEY4 PTI amp INOUT KEYS PT3 7 INOUT or PT2 KIN OUT Figure 14 54 Function switch pin for PT2 4 PT2 7 as shown in Figure 15 Function switch LANO S Ld OdIND t ld UO NIN NIO zz NO Figure 15 2012 Technology Corp APD HYIDE011 V02_EN www hycontek com page14 HY12S65 N HY IDE Hardware User Manual 51 52 Divided by resistors R1 R4 R12 R15 using comparator to form 16 Figure 16 2012 HYCON Technology Corp APD HYIDE011 V02_EN www hycontek com page15 HY12S65 HY IDE Hardware User Manual HYGON HYCON TECHNOLOGY Digital Multi meter DMM application measurement circuit shown in Figure 17 the diagram is circled in red as in Figure 3
10. rep J13 15F ICESigral R39 R49 90000000000 dE 16 _VSS en IN G BERBERE j gt n olo Ia Tite HY 12565 ICE Size Number Revision c A10004 V04 Date 19 Jun 2012 Sheet d File Y My Designddb Drawn By 1 2 3 4 6 3 3 HY IDE Hardware User Manual HY12S65 2012 HYCON Technology Corp www hycontek com HY12S65 N HY IDE Hardware User Manual 4 Simple Error Detection 4 1 ICE cannot connect to software REESE Checksum Ox7D30 oimple error correction is described as follows when ICE cannot connect to software e Hardware configuration IDE mode error detection B Options gt Interface Setup gt Interface Mode defaults as USB B IDE Mode is emulation and Debug r Interface Setup cg Interface Setup Build Options Int Setup ICE Test Register OSC Calibration Chip Select 12P65 Language English Hardware Interface Interface Mode USB IDE Made Ce emulate and Debug Programmer Program Memory Select RAM 62256 Close 2012 HYCON Technology Corp APD HYIDE011 V02_EN www hycontek com page18 HY12S65 HY IDE Hardware User Manual HYCON TECHNOLOGY Power System Debug B This action is to testify whether HY IDE USB Control Board is completely connected to PC through USB port
11. HYGON 8 fL S 12565 HY IDE Hardware User Manual HY12S65 N HY IDE Hardware User Manual Table of Contents 1 SG TT 4 2 HY IDE USB CONTROL BOARD cux meas enses cce cna u 5 2 1 E E au u 5 2 2 EGU DOS Ip 6 sha ss 7 3 1 EARN um 7 3 2 8 3 9 C jc 17 4 SIMPLE ERROR DE ECTION WE 18 4 1 ele connec e SOM E 18 4 2 FTOSranr Memory Loading E 21 5 REVISION HISTORY E 23 92012 TechnologyCOp SSCS www hycontek com page2 HY12S65 HYGON HY IDE Hardware User Manual HYCON TECHNOLOGY Attention 1 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 spe
12. and the regulated 3V voltage output functions normally B Options gt ICE Test gt Click CK ALL and confirm VCC voltage is close 3V B 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 ON Interface Setup E BR Interface Setup Build Options Int Setup ICE Test Hegister SARAM Data Address VPP Write Data 6 26 V Head Data WPP We Head Program Data Address Write Data Head Data 2012 HYCON Technology Corp APD HYIDE011 V02_EN www hycontek com page19 HY12S65 HY IDE Hardware User Manual e ICE Power Debug When using USB to supply power a few switches must be inspected to ensure ICE chip operates normally ICE Board S5 switching VIN VDD bat to ON Using voltage meter to check whether there is a 3V voltage existed in between VDD PIN83 VSS PIN81 and also a 3V voltage in between ICE PIN12 VSS 81 Ifthere is no such voltage existed please double check the Power system error detection and ICE power error detection chapter B Using external power supply please check the following switched Switching VIN VDD bat and VDD ito OFF of the ICE Board S5 2012 HYCON Technology Corp APD HYIDEO11 V02 www hycontek com page20 HY12S65 N HY IDE Hardware User Manual Connecting 1 2 of the ICE Board exte
13. cified 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 th
14. e 9 EEPROM IIC SDA Figure 9 2012 HYCON Technology Corp APD HYIDEO11 VO2 EN www hycontek com 11 HY12S65 N HY IDE Hardware User Manual 10 LCD pin as shown Figure 10 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 Visible angle 60 Operation frequency 60Hz Bias 1 3 bias Waveform 1 4 duty Pin i degree S1 52 53 54 Se Ss 58 H m A p e H f gt 510 516 v S20 51 817 TARE S gt 57 H oi p ZERO 2507 1 2 3 4 5 6 SEG1 SEG2 SEG5 SEG6 SEG7 SEG8 SEG9 SEG10 SEG11 52212 SEG13 SEG14 52215 52216 17 1A 2A 2E AA AE 5E 6A 6E SI 5 510 50 518 1B 1 2B 2F 4B 4F 5B 6B 6 52 56 511 514 519 1C 1G 2C 2G 3C 3G 4C 4G 5G 6C 6 83 57 S12 S15 520 COMM 1D 1H 2D 2H 3D 3H 4D 4H 50 6D 817 54 58 S13 516 821 Figure 11 2012 HYCON Technology Corp 011 02 www hycontek com 12 HY12S65 N HY IDE Hardware User Manual u CET ECHT Loe LL LI CI LJI LJ Y e 21 We 2 la sear
15. e information described herein for other purposes and or reproduction or copying without the permission of HYCON Technology Corp is strictly prohibited 2012 HYCON Technology Corp APD HYIDEO11 VO2 EN www hycontek com page3 HY12S65 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 function as illustrated in Figure 1 The actual connection way of HY IDE boards to HY IDE software can be referred to below Figure1 1 eee eer HY IDE USB Control Board HY 12565 ICE Board Figure 1 Figure 1 1 2012 HYCON Technology Corp APD HYIDE011 V02_EN www hycontek com page4 HY12S65 HY IDE Hardware User Manual 2 USB Control Board 2 1 Diagram 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 HYCON TECHNOLOGY ICESDI ICESDO 3 ICECS D4 5 VPP 6 ICESCK ICESDI ICESDO VDD 3V VSS HY IDE USB Control Board S2 51 Blank Program Check U7
16. rent consumption It must be shorted if current meter was not connected VDD bat voltage will equals to that of VDD i as shown in Figure 4 Users must pay attention that bat voltage will equal to voltage when J1 short If using external power then VIN VDD bat and 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 HYIDEO11 VO2 EN www hycontek com page9 HY12S65 N HY IDE Hardware User Manual Figure 4 RST Circuit Please refer to Figure 5 below VDD 76 R36 _ 80 100 81 82 VDD 83 3 2 COMB HY12865 I Figure 5 JP4 SPI communication port as shown in Figure 6 HIN VDD PIN2 1 2 SDI _ NH PINS 1 6 SCK sss 1 5 SDO E SE PINS PT1 1 CS PING VSS T S Figure 6 851 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 HY12S65 N HY IDE Hardware User Manual Photo RS232 Figure 7 BUZZER1 Buzzer connects to JUMP PT1 7 signal as Figure 8 illustrated BUZZERI BZ Figure 8 09 EEPROM 24C02 as described in Figur
17. rnal voltage input short J1 2 and PIN1 2 if gt 3V is needed short J2 PIN2 3 Switching S3 to ON Using voltage meter to check whether there is voltage existed in between VDD PIN83 VSS PIN81 and also a 3V voltage in between ICE PIN12 VSS PIN81 Ifthere is no such voltage existed please double check the Power system error detection and ICE power error detection chapter 4 2 Program Memory Loading Error Error E 9 Terus DT RB mh A Rl B ICE SRAM detection B Check ICE Board J8 and J9 When emulating 12565 8 J1 PIN1 2 and J2 PIN1 2 must be short P f I ER M d tr IK 3 D d PLE t m 34 da SSS SA Ke E L RAIER 2012 HYCON Technology Corp APD HYIDE011 V02_EN www hycontek com page21 HY12S65 N HY IDE Hardware User Manual e SRAM Data and Program ROM Data detection B Options gt ICE Test 2SRAM Data Input 80 in Address AA in Write Data and then click Write button Writing all data into SRAM Click Read button to read out all data B Options gt ICE Test gt 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 Interface Setup a 4 Interface Setup Build Options Int Setup ICE Test Hegister SRAM Data Address 80
18. y power to ICE Board via USB or from external power sources When it is powered by USB the switches of S5 VIN and VDD bat must turn to ON When it is powered by external power source it must be connected though HY IDE ICE Board Batt JP1 JP2 and the switch of VDD bat and VDD i must be turned to OFF J11 Can set up whether to short VIN and VDD bat 07 amp U8 J1 amp J2 Program capacity selection of IC emulation chip 12565 ROM Size is16k Word 32K Byte thus when HY 12565 is chosen J8 PIN 1 2 and J9 PIN 1 2 must be shorted When using HY12P series that has 8K Word 16K Byte ROM Size or under J8 PIN 2 3 and J9 PIN 2 3 must be shorted Y1 R39 C15 and C16 connects to external crystal and peripheral capacitors and resistors C24 VDD power input regulated capacitor is recommended to keep in between 1uF to 10uF C13 VLCD power output regulated capacitor is recommended to keep in between 1uF 4 7uF C4 C5 C10 C11 C12 C13 and C14 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 C4 REFO AGND capacitor 100nF C5 AGND capacitor 100nF C10 VGG capacitor 1uF C11 VDDA capacitor 1uF C12 CA amp CB capacitor 100nF C13 VLCD capacitor 1uF C14 ACM capacitor 100nF APD HYIDEO11 VO2 EN page8 HY12S65 N HY IDE Hardware User Manual Power system ICE power system be supply

HY12S65 HY-IDE Hardware User Manual

Contents

Download Pdf Manuals

Related Search

Related Contents