HY11S14 Hardware User`s Manual
Contents
1. 2009 2012 HYCON Technology Corp www hycontek com re 2 amp 2 019 8 20 22 02 26 08 90 52 G2 50 58404244 ON 00 S iG 297000000 9 23 95 22 29 93 83 65 87 99 4 43 2 CR OO EEPROM Sel 0 CR 2 109 VBAT OG JP4 1 07 2 EXT Ee 16 v J2 e 99 Gb 60 62 60 68 60 62 62 60 78 76 72 72 70 68 66 de P 63 62 60 69 60 62 62 60 79 79 72 72 70 68 60 dk 95 93 63 89 67 65 63 877977 79737 69 67 65 H 066696 65 63 93 69 67 65 63 63 00 72 75 73 69 67 65 AL sess ON S1 ONE 2 Q2. U2 S Olle J2 J1 ux 23 23 U4 3 C5 Rl SRAM cot AAA C1 9994 6 60 88 68 63 62 60 78 70 72 72 70 68 68 60 62 62 60 68 60 62 62 60 78 70 2 70 68 60 my 65 63 93 do 62 65 63 63 79777573 13 69 67 65 e 65 63 63 69 67 68 63 63 79 77757373 S HY11S1x US ooo 9902 ooo See 2209 Lee Goog Geel T Se e oe GG Saag ae OOOO c7 11514 e eee Sm Gee C8 9 SE O vppii 51 sees cesck 5 6 cecs AAAG 998 ICESDO DAGO eee ICESDI VSS VDD VV Q 6 a 5 820 22 02 26 28 80 avin J4 R Q G6 0 2 2 8 20 22 24 20 28 0 G2VIN 90000600020900 cia NOODO 3 6 9 22 23 25 22 29 HO VDDi ON VDD_i 3V Figure 3 2009 2012 HYCON Technology Corp APD HYIDE
3. gt Cem i 5 ICE ADU 2 A _ 13 s ue 25 m A ms LL 125 EU AS 1 DS A wegen 25295 Q HI Es E VI 18 i Ka pps e C c SE E ee c cn cn cn cn ei E DURS C 0 128 lt WD SBMMemory sp ees ad 5 a 4 VIN gt jog od d l og og og r 100K 1 2 D VDD ba 52 D o LL i VSS ram O gt S _VC ram 9 EN 9 4 _WSS ram p T PS26PIN x9 Fo Tite HY 11814 ICE Board eb Size Number Revision o M eM O A09001 2 VU 1 3 SEG APD HYIDE005 V04_EN ajan COOC ee ov 91 HYGON VDD bat _VSS mm VSSi 22pF m cd ra e ub 7 T BS S5 lu Pr PWN E s SI U2A m Figure 7 ny u In ny no Ie o Ie lala HY11S14 ICE Board Size Nunber Revisi Se A11022 2 HY IDE Hardware User s Manual 11514 2009 2012 HYCON Technology Corp www hycontek com 11514 HYGON HY IDE Hardware User s Manual HYCON TECHNOLOGY 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 Boar
4. page24 APD HYIDE005 V04_EN Figure 27 e ES FE d POWER NET Dom l 4 P4 VDDA JP TEASE UPS cose 3 Ul VAT 3 000 l 2 Ae seth cle ie o ccn D P a OOOO OOO euo 2 5 JC Analog NET SOS Soa ra nnn mma sata mane Lue Coton L ge ME S 7 2 Ee om o ma 509 1 gt P ADINPUT an q S VID ba 6 0 AD AD Jp mi SEI E 4 AD AD VDDAVDDA VDDA 6L SEG 2 3 4 2 SEG o AM AM AM a 58633 R8 P AREF 007247700 10K VSBAT 2 z CP AD AD 5 E 3 35 10k 704 CR PDAPOCADPWM SEG3S PRS 14 U 57 550 ows WEI RI AD AD Ap i5 Rl x wm 12 AME gt PD6CPAMCPA0 SEG RESI RESI AB 14 AD PD7 16 PT27 CPAI5CPAO SEGS 125 s AM AM R7 suo 5 S to 22 0 0 ORO 3 AS 2 VODA 7106 mu en ES RISI RSI 135 Alo AM 109 32 SCH 19 20 AM AT Ar 00 10 o sw 10k JP6 AR A y AB cu HYI1SI4 IQFPI28 E M RIS 7 ORO 1 AD A9 Aw D ut 02 Ma 9 ARB 10K ONS OPNVS O lone AID 4 Gg AD 15 W E s ONN OPNIN g AB T4
5. O 55 1 2 3 4 5 6 SEG1 SEG2 5 SEG4 SEG5 SEG6 SEG7 SEG8 SEG9 SEG 10 SEG11 SEG12 SEG13 SEG14 SEG15 SEG16 SEG17 1 1E 2A 2E 3A 4 4 6A 6E 51 55 510 59 518 COM2 1B 1F 2B 2F 3B 4 4 5 5F 6B 6F 52 56 511 514 519 1 1 2 2 3C 3G 4 4 5 5G 6 6G S3 S7 512 815 520 1D 2 2H 3D 3H 4D 4H 5D 5H 6D 517 54 58 513 516 521 wm Kai wm Kei un gt 92 FA v Figure 17 lt 70mm JILL LL Lis LU LU LU C LU o Ka 21 2 ES E M Figure 18 Y 27mm v V Y CHR1 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 51 Control 2 0 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 2009 2012 HYCON Technology Corp APD HYIDEOO05 VO4 www hycontek com page20 11514 HYGON HY IDE Hardware User s Manual HYCON TECHNOLOGY Ul Figure 19 JP9 JP12 PT1 PT3 Port of DKO2 is shown as Figure 20 PT1 PT3 Port of DKOS is shown as Figure 21 54 58 button S3 RST S4 PT1 0 55 1 1 J5 is the expandable pin for S6 S
6. 2009 2012 HYCON Technology Corp APD HYIDE005 V04_EN page4 www hycontek com 11514 HYGON HY IDE Hardware User s Manual HYCON TECHNOLOGY Grii Figure 1 1 2009 2012 HYCON Technology Corp APD HYIDE005 V04_EN www hycontek com 5 11514 HY IDE Hardware User s Manual HY 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 vDD Q ICESDI ICESDO 5 ICECS 5 VPP 6 2 5 3 IICESDI 4 ICESDO 5 VDD 3V U7 HY IDE USB Control Board 52 Ground 51 J4 VSS Q Q D4 Blank Check Program 2009 2012 HYCON Technology Corp www hycontek com Figure 2 APD HYIDE005 V04_EN page6 11514 HYGON HY IDE Hardware User s Manual HYCON TECHNOLOGY 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 End Connector Download program for emulation debug function Download
7. 29 25 8 8 2 Eeee vss e 9899 B Q po loo 19898 2066 G CRI CR2 2 Q688 1 5 o 3 Saeg S S e US VSS yg 9 19999 ooo zu oi eee o Ge 2999 PI ee 9999 3 SS S 19 ee CAGA 2 19999 16 eee J13 6 0 01922220502 29 ah POWER 1 96 0 5 9 2 23 25 27 29 VIN 2 amp 6 2 6 82022222020 G0 G2 VDDBAT SE 9 0 2 2 40 8 20 22 23 09 29 90 2 TXD O zez xvW S Rs232 Sel A S3 RST S4 PT1 0 S5 PT1 1 56 57 58 1 2 90 5 IO JO l amp llmeeoeo PPSL Figure 9 APD HYIDE005 V04_EN page15 11514 HYGON HY IDE Hardware User s Manual HYCON TECHNOLOGY 4 2 Circuit Description 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 B 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 o
8. AR DHNS es AM AD AID AD 10 5 E ICE ADRIQ E DR y OPPIN S 4 5 T6 1 5 OPPGND OPPGND AIM MECH 11 44 R 35 36 SL ICE ADRS 5 5 A7 18 43 ee 3 3 1 ADIPTAT ICE ADR7 VSi 5 109 D ADR OPNET 7 19 40 ap ICE ADR6 mmer 4 Amber VSS i mp 0 ADR EUART NET E 5 10 5 12 ATIO PTS 2 ICE ADM 39 E ADR Amlog Net 0005 D 55 I AR VIN aE ICE ADR 1 4 ege DN PUMP Grcuit 15 5 3 AD i 15 3 DA EEPROM VDD ba 10 9 JR md P 3 trol Pump Control m 128 ve ICE DAS 33 ini PUMP Output d 4 R5 ausus um n RIS 10K HYIISM ti PD2 Z en e HAAN q 4 el B AF 4 l i 6 gt f d D VIN RIT aA 1 12 PFDSel VSi RST 0 10 PT2 2 1 J8 BZ Banua u uu Y x R LCDNET Pi U CMO COMO ee COM COMI BUZZER coo 3 4 COM3 COMB SEQ SEQ ES SEG EG SG SEG E SEG SEG PTL PT3IONET Sp SS SG vpiy A si SG SEG P SED EO 0 gt 58010 ke SEGIT SEGI VID i 1 9 pex SEGI2_SEGI2 55 16 5 SO 4 VDD d SEGA SEGI4 SEGIS 58015 0 1 2 PTLI PTI SEGI6 58616 x SEGI7 SEGI7 cs
9. 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 m
10. 09 03 23 05 27 09 89 83 85 87 89 4 43 Ou EEPROM Sel 04 8 C j3 VBAT Al 07 EXT e 99 ddddddbbbb0000000000 flv 2 99 do d d 60 6 62 62 60 8 7 72 7 70 GE P 02 62 60 69 60 62 62 60 78 76 2 72 70 69 65 deelt 65 63 63 69 67 65 63 697977757379 69 62 65 SE VO DAT 65 63 63 69 62 65 63 697972757379 60662 65 99990 99589 61 JP3 85898 2 59898 502 _ ooo a JP2 e GG 42 Jol 9898 VSS O U7 loo 9 eod Biet 18292 CR2 e eee PT15 G pr 66 GGG S U5 VSS 9 oo 19998 ege Sp 19 loo IG 9999 ee 9828 SOJA ow 90090 KEE Dol LARA 55668 2 ee 2980 ee 20909 CON J13 CIO 1 6 6 0 9 3 5 3 23 65 62 29 POWER 1 6 5 093 23 65 62 99 GO VIN 6 9 0 6 0 0 6 BH 22 22 Gb amp 80 52 VDDBAT r 0 ABE BH 22 62 Gb 68 D 62 VDDBAT lt 7 lt E 3 J5 U3 8 S3 RST 84 PT10 55 56 57 58 1 ON S10 RXGO O O O O Imeeooonio 5 Rs232 Sel Figure 8 2009 2012 HYCON Technology Corp APD HYIDE005 V04_EN www hycontek com page14 11514 HY IDE Hardware User s Manual HYGON HYCON TECHNOLOGY JP8
11. 24 26 28 80 92 2 6 8 20 22 02 26 08 80 G2 VIN JHA 8 9 9G 69 27 25 C 6969 9 SSS 3 5 2 023 23 25 27 29 deo 3 5 0922 23052209 89465 5 VSS Power Select VDD_bat VIN J5 e ANOO S1 VDD_bat O VIN O VDD i 4 ICESDO ICESDI VDD Figure 4 2009 2012 HYCON Technology Corp www hycontek com APD HYIDE005 V04_EN page9 11514 HYGON HY IDE Hardware User s Manual HYCON TECHNOLOGY 3 2 Circuit Description 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 11514 through Control Board It can download program to SRAM6 and can perform single execution Free etc debugging functions Si 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 51 VDD bat and VDD i must be turned to ON When it is powered v
12. ________ PIU PT PH2 3 4 PI 1 SEGIS SEGIS lt 9 SEGIO PTLO so PTZ 5 6 s Pas 9 SEQ SECH SEQUI SEQ Pri PHA PTI7 PT pT i Re e ae a 7 29 30 VS i VSi D vi 58008 58006 31 32 SEQ SEU ve PTL d SEG SEGO 2 SEGI SEG PTI2 gr SECS SHE2 ag 05 SEGD PD0 PBO PBI PBI 6 SCKPTI 6 SEGM 58034 70 SEG SEG PB2 PBZ 3 1 PD3 PB3 5 SDO PTLS SEG6 8636 39 40 SE 7_SEG7 PRA Pes PBS s GPTL 58038 58038 ap 40 E 809 PDO 7 8 D I 6 Sa Stad B 4 NC SEGUI VOPT3 SPI Lo Tite HY 11814 Target Board Size Number Revision M A09001 1 V0 2009 2012 HYCON Technology Corp www hycontek com HY IDE Hardware User s Manual HYCON TECHNOLOGY 11514 page25 APD HYIDE005 V04_EN PPIN DPNIN VSSi VS Amlog Pet VS Analog 5 amp VSSi 128 Figure 28 SDA RS232 Sel LCDNET COMI COMI COMB SEG _ SEG SEG SEG SEG SEG SEG SEQ SEGI I SEGI1 SEGI3 SEGI3 SEGI5 SEGIS SEGI7 5 7 SEGI9 SEGI9 SEQ SEQ SEQ3 SE 3 lt 05 SEQ5 56007 SEO SEQ9 SEQ9 SEGI SEGII SEG33 SEG3 SEG35 Ss 8037 SEG7 SEGI SEG9 SOU PTLPT3I ONET IP PT3 PELS PTI 0 46 EE PILS 5 4 M LI PL 5 1 1 S i VDD i i
13. programming program for HY11P Series products J1 HY ICE Board Control Port PIN1 ICESDO connects ICE SDO of 11514 PIN2 ICESDI connects ICE SDI of 11514 PINS ICESCS connects ICE CS of 11514 DIN A VDD connects ICE VCC of 11514 PIN5 ICESCK connects ICE SCK of 11514 PING VSS connects ICE VSS of 11514 P6 HY11P Series Programming Control Port PIN1 VPP 6V connects VPP of the IC PIN2 ICECK connects PSCK of the IC PIN3 ICESDI connects PSDI of the IC 4 ICESDO connects PSDO of the IC 5 VDD 8V connects VDD of the IC PING VSS connects VSS of the IC 51 Program IC Programming Button 92 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 2009 2012 HYCON Technology Corp APD HYIDE005 V04_EN www hycontek com page7 11514 HYGON HY IDE Hardware User s Manual HYCON TECHNOLOGY 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 DKO2 is shown as Figure and HY IDE ICE Board of DKO3 is shown as Figure 4
14. signal source or it can filter voltage reference source ax OT x A NC VDDA VDDA ACM ACM gt OPO AI0 PT4 0 AIV PTA 1 AI2 PTA 2 AIS 116 __ 16 117 e E O luk 118 Ze Ge eme ae sl ee Figure 26 2009 2012 HYCON Technology Corp APD HYIDE005 V04_ EN www hycontek com page23 HYGON HYCON TECHNOLOGY it Diagram of 27 the igure f DKO2 can be referred to Fi it Diagram tD Ircul DKO3 can be referred to Figure 28 HY IDE Hardware User s Manual 11514 4 3
15. 005 V04_EN www hycontek com pages 1151 4 HY IDE Hardware User s Manual HYGON HYCON TECHNOLOGY 112 59 A 60 60 W Eo 60 Go Go 00186 BOOA WWW WW W 60 60 c9 0186 2 amp 60 60 6 60 W 66 0 amp 60 60 EO 60 OW 66 0 m SRAM 03 SRAM U2 V L C5 96 92 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 72 72 70 68 66 95 93 9 89 87 85 83 8 79 77 75 73 7 69 67 65 95 93 93 89 87 85 83 8 79 V7 75 73 73 69 62 65 HY11S1x C7 HY11S14 C8 99 UT 83 85 87 89 4 43 45 47 49 63 63 65 67 69 6 63 GA 80 88 40 42 42 46 48 60 62 62 66 68 60 62 64 GA 80 88 40 42 42 46 48 60 62 62 60 68 60 62 64 83 85 87 99 4 43 45 47 49 63 63 65 67 69 6 63 2 6 8 20 22
16. 7 and S8 button PTLPT3I ONET See VPP RST GN vss i 56 33 56 VDD i VDD i VDD 15 54 PTID 11 EI 57 1 s 5 4 PITA 5 15 5 PT16 FILIA PTL PTL 58 53 1 Um VSS i LOPTI VSS i VSS i VSS i PTL 30 FPT3U Fi Liat PTS Figure 20 PT1 PT3 I O NET PT1 1 PT1 1 PTT 5 PUES PULT PTI VSS i i VDD i VDD i 4 PT1 2 SDKPTI 2 PI3 1 PES PT1 6 6 PT3 3 PT1 5 SDO T1 5 PT3 5 PI3 5 1 1 CSEPILI PIS BIS VSS i Figure 21 2009 2012 HYCON Technology Corp 005 04 EN www hycontek com 21 11514 HYGON HY IDE Hardware User s Manual HYCON TECHNOLOGY 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 PT2 IO 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 HO Pump Control PUMP Output nz PFD Sd Figure 23 Analog Port For DK02 as shown in Figure 24 For DK03 as shown Figure 25 JP3 Analog port providing external sensor input signal connection Other por
17. HYGON HYCON TECHNOLOGY HY11S14 Hardware User s Manual 11514 HYGON HY IDE Hardware User s Manual HYCON TECHNOLOGY Table of Contents E IDE FRAME M 4 2 WY IDE USB CONTROL u LLULLU 6 2 1 p E 6 2 2 Gircuit e REM RC 7 oh E RICH Le e WEE 8 3 1 D M 8 3 2 6 _ 10 9 9 Gi P RI Corin ERIT 12 UU TARGET BOARD u u eee eee earned ete 14 4 1 Bel ON 14 4 2 4 Red ____ _____ ____ 16 4 3 CC HI 24 5 SIMPLE ERROR DETECTION eege 26 5 1 ICE cannot connect to 26 5 2 Program Memory Loading GU 29 OMEN BEVDIONTISTORY ua u u 31 2009 2012 HYCON Technology Corp APD HYIDE005 V04_EN www hycontek com page2 11514 HYGON HY IDE Hardware User s 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
18. II 4 F d 2 SDIPTI 2 13 1 6 SCK TI 6 3 PT3 3 PTI 5 SDOPT15 1 CSPTLD SPI VSS i Title HY11S14 Target Board Number Size AL1022 1 WI Data Del Revision 2009 2012 HYCON Technology Corp www hycontek com 11514 HYGON HY IDE Hardware User s Manual HYCON TECHNOLOGY 5 Simple Error Detection 5 1 ICE cannot connect to software EES Checksum Ox7D30 Simple 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 emulate and Debug gt Interface Setup Interface Setup Build Options Int Setup ICE Test Register Chip Select Language English Hardware Interface nterface USB gt IDE Mode f emulate and Debug Programmer Program Memory Select xl 2009 2012 HYCON Technology Corp APD HYIDEOO05 V04 EN www hycontek com page26 11514 HYGON HY IDE Hardware User s 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 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 Boar
19. alfunction 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 2009 2012 HYCON Technology Corp APD HYIDE005 V04_EN www hycontek com 11514 HYGON HY IDE Hardware User s Manual HYCON TECHNOLOGY 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 DKO2 DKO3 Board Target Board 09001 1 11022 1 ICE Board A09001 2 A11022 2 USB Control Board A09001 3 A11022 3 The following statement be referred when using development kit HY11S14 DK02 HY11S14 DK03 The difference between DKO2 and DKOS will be specified particularly N PC CO 5 Ki HY IDE USB Control Board L HY IDE USB Control Board HY IDE ICE Board DKO2 DK03 Figure 1
20. ardware User s Manual HYCON TECHNOLOGY RST Circuit Is demonstrated as in Figure 5 T SSA VISLLAH Figure 5 2009 2012 HYCON Technology Corp APD HYIDEOO05 VO4 EN www hycontek com 11 HYGON HYCON TECHNOLOGY ircuit Diagram HY IDE Hardware User s Manual 11514 3 3 lt 5 gt Q E CH 5 VID i Q E jen t gt iS 1 C EET J vs ix n S Ul emory NET S a S o e ine NIME E EAR Ga cO co cn cn cn cn cn cn cn cn cn cn cn cn cn cn cn c cO oe RI CeO 3 a nc ma 58009 VDD SEGO O Q PT OXTO SEGI O is aa mp PD3 10 PRSICPALLPWMITICKI SEGM eps jor 2 8035 io PLSPIKPABPWIS 36 EDT PILSCPIACPAO SEQ d eet SEG38 i 107 5 co 1 VIDA 18 58099 6 VDDA SEGIO D MIC SEGH SBM SH ADRIS L2 A 1514 IQFP128 ICE ADR 1 ICE ADRI3 LL ADPT42 ICE ADRI2 ICE ADRII AMPTAA ICE ADRIO 5 ICE ADRO AIGPT46 ICE AIR E ATIPTA7 ICE ADR AISPTSO I ADR Z 20 APTS _ W I 57 IERT _ ICE ADM
21. d 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 03 RS232 connector CON1 Regulator 04 LED D2 D9 Key Switch 53 58 and Buzzer U5 Target Board of DK is illustrated as in Figure 8 Target Board of DKO3 is illustrated as in Figure 9 JP8 p 2 2 9 22 09 6008 9 9 G 60 dB 0 3 ON C 3 TE 19 6 0
22. d only connects to USB port the voltage of VPP closes 5V when Adapter 9V of J4 is connected VPP voltage will close to 6 3V ON Interface Setup E Interface Setup Build Options Int setup ICE Test Register SARAM Data Address VPP Write Data 626 V Head Data WPP Head Program Data Address Write Data Head Data 2009 2012 HYCON Technology Corp APD HYIDEOO05 V04 EN www hycontek com page27 11514 HYGON HY IDE Hardware User s Manual HYCON TECHNOLOGY e ICE Power Debug B When using USB to supply power a few switches must be inspected to ensure ICE chip operates normally ICE Board 51 switching VIN VDD bat to ON re Rh Mitt tid LLL St Target Board Short J2 PIN1 2 and J1 switching S2 to ON a Ci pa 4 ca M E f e Use DMM to inspect whether 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 B Using external power supply inspects some switches ICE Board S1 switching VDD bat to ON other switches turns OFF T f 1 H 2009 2012 HYCON Technology Corp APD HYIDE005 V04_EN www hycontek com 28 11514 HYGON HY IDE Hardware User s Manual HYCON TECHNOLOGY Target Board JP4 is inputted from exte
23. f 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 B 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 output supplying VDD i for the whole system the output voltage is changeable through modifying R8 R14 and R15 68 RIA The equation is Vour 1 240V x 1 T 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 Jl 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 2009 2012 HYCON Technology Corp APD HYIDEOO05 V04 EN www hycontek com 16 11514 HY IDE Hardware User s Manual Current est J7 Figure 11 PIN1 PIN2 PIN3 PIN4 PIN5 6 J8 Figure 10 commu
24. ia 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 Jl J2 Capacity selection of the emulation chip For 2 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 H1 C1 amp 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 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 AIO Al1 O 1uF C9 ADC Reference filter capacitor AI2 AI3 0 1uF 2009 2012 HYCON Technology Corp APD HYIDE005 V04_EN www hycontek com page10 11514 HYGON HY IDE H
25. ld Options Int Setup ICE Test Hegister SARAM Data Address E Write Data 626 Read Data rk WPP VCC 3 02 Address E 02 V write Data VLL Head Data Program Data 2009 2012 HYCON Technology Corp APD HYIDE005 V04_EN www hycontek com page30 11514 HYGON HY IDE Hardware User s Manual HYCON TECHNOLOGY 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 Add the description related to DK03 28 Correct the description of ICE power debug 2009 2012 HYCON Technology Corp APD HYIDE005 V04_EN page31 www hycontek com
26. nication port as shown in VDD o SPI OTP programming port HYGON HYCON TECHNOLOGY PT1 2 SDI PT1 2 1 6 SCK PT1 6 1 5 SDO PT1 5 1 1 CS PT1 1 VSS i Figure 11 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 PIN1 VPP 1 3 PIN2 PT1 0 2 E PIN3 PT1 1 PIN 3 DIN A PT1 5 PIN 7 PINS VDD PIN 98 PING VSS PIN 128 2009 2012 HYCON Technology Corp www hycontek com O VPP F PT1 0 PTI 1 PT 2 PT1 3 4 1 5 1 6 PT1 7 RT lt Figure 12 APD HYIDE005 V04_EN page17 11514 HYGON HY IDE Hardware User s Manual HYCON TECHNOLOGY UART communication port RS232 common use for 9 PIN connector as illustrated in Figure 13 J13 is the power input JUMP for 03 232 If short it is connected with J1 VDD bat power 232 is a signal voltage conversion IC it can convert I O power signal to standard RS232 potential signal 510 is the connecting pin switch of RS232 RXD means connecting to PT1 3 TXD means connecting to PT1 4 VDD bat 713 4PT1 4 TXD JFIL3 RXD RS232 Sel Figure 13 J9 B
27. rnal voltage making J1 short PIN1 2 of J2 short if gt is needed short PIN2 3 of J2 52 ON AER n E m dili abuelos i Ae a g ZS Kl 1 SE Using voltmeter to inspect whether voltage exists 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 B ICE SRAM Debug B Check whether ICE Board J1 amp J2 is correct when emulating HY11S14 16K J1 PIN1 2 and J2 PIN1 2 must be short circuit Zeg gt Tm i ed w sma e Lil a 2009 2012 HYCON Technology Corp APD HYIDE005 V04_EN page29 www hycontek com 11514 HYGON HY IDE Hardware User s Manual HYCON TECHNOLOGY e SRAM Data Program ROM Data Debug B Options gt ICE Test 2SRAM 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 B Options gt ICE Test gt Program ROM Data Keyin 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 5 Interface Setup a Interface Setup Bui
28. ts are all expandable analog signal input they can be designed according to user s application 2009 2012 HYCON Technology Corp APD HYIDE005 V04_EN page22 www hycontek com 11514 HYGON HY IDE Hardware User s Manual HYCON TECHNOLOGY VDD NEP ES Sen d SET Analog VDD VDD VDD ACM ACM ACM OPO OPO OPO AIO AI AIO es OPO 2 12 AD AI AIS 14 e R12 OPPGND 13 15 5 15 135 16 AI AI6 AI Ai AIS Ais Als AI AI AIS 27nF AIIO AIIO AIIO AI acm 2 2 2 AII3 AII3 OPPGND OPPGND 5 5 5 vss 455 i VSS NEP ES Sen EE Analog VSS 1 VDD VDD VDD AIO AIO AI2 2 AI2 AD AB AIS Al4 14 12 OPPGND 13 AIS AIS 15 in 135 AIS AI AI6 Ai Al AIS Ais AIS AIS 9 AIS 27nF AIIO Allo acm 2 2 2 AII3 4 4 5 5 5 VSS i VSS i AnalogPort VSS_i Figure 25 C10 C15 Filter capacitor shown as Figure 26 This filter capacitor provides ADC input
29. uzzer JUMP that connects to PT1 7 signal as shown in Figure 14 U5 BUZZER Figure 14 U2 EEPROM 24602 as shown in Figure 15 59 When using EEPROM 24002 to save the calibration parameters PIN 1 2 of S9 must be started J3 Short PIN 1 2 when it is prohibit writing 24C02 APD HYIDEOO05 V04 EN 2009 2012 HYCON Technology Corp 18 www hycontek com 11514 HY IDE Hardware User s Manual VSSi 24 02 EEPROM NET Figure 15 J6 JP11 LCD pin as shown in Figure 16 Figure 16 COMO COMO SEGA SEGA SEG SEGE SEGB SEGIO SEGI2 sEGl4 SEGI6 SEGIS SEG20 SEG20 sEGZZ2 SEGZZ sEG24 SEGZ sEGZ26 SEAD sEG28 SEGZS sEG3U SEG3U SEG34 SEGJA sEG34 SEG34 sEG36 SEC36 sEG38 SEG sEG4U RAL VDD bat HYGON HYCON TECHNOLOGY SDA LCD LCD panel on HY IDE Target Board is HYCON Technology 5 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 2009 2012 HYCON Technology Corp www hycontek com 005 04 EN 19 11514 HYGON HY IDE Hardware User s Manual HYCON TECHNOLOGY 51 82 53 54 un oo 514 On O
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