「小型マイコンモジュール」 AT8010取扱説明書
Contents
1. 2001 6 MicrosoftMS MS DOS Windows WindowsNT Microsoft ADVANCED CIRCUIT TECHNOLOGIES Rev Date gt X 1 0 00 06 26 hk ADVANCED CIRCUIT TECHNOLOGIES CDE2. 2271120 O E UTAS EH
3. CPU 1999 1 SH7708 AT8011 RS 282C XMODEM H8 NMI FPGA NMT RTC 4 1 ADVANCED CIRCUIT TECHNOLOGIES 1 1 1 AT80 10 1M SRAM 4M ROM ROM
4. Hi gh 1 L o w 0 1 3 IO3D1I IO3 IO3 1 1 IO 3 1 Com ops IOD33 IOD32 IOD31 IOD20 sa uw w mw mw ww mw 1 0 ADVANCED CIRCUIT TECHNOLOGIES 20 4 1 3 IO3SL IO3 IO3 10 3 3
5. ADVANCED CIRCUIT TECHNOLOGIES 18 4 1 1 IO1D1I IO1 I O 1 1 1 IO1 BUS 1 gt n mw mw nw 1 0 I O 1 IO1SL IO1 IO1 I O 1 CPU 8 EEE um u Bs Temas ma o oj gt
6. Toner IOB4E 1 1 IOE0E m gt mw ww mw w m 1 IO3DT IO6E 1 IO 35 ON 1 4 5
7. Y F B ADVANCED CIRCUIT TECHNOLOGIES 5 8010 Terminal mode start y 2 00 2 ADVANCED CIRCUIT TECHNOLOGIES INC Command help Erase chip erase Programing XMODEM Display last error Memory dump Byte edit Program erase Y N Erase done gt P Y G K 8010 Terminal mode start y 2 00 2 ADVANCED CIRCUIT TECHNOLOGIES INC Command help Erase chip erase Programing XMODEM Display last error Memory dump Byte edit Program erase Y N rase done gt Write Program Y N Push ESC key to CANCEL ADVANCED CIRCUIT TECHNOLOGIES ss 29 5 30 8010 Terminal 2 00 ADVANCED CIRCUIT TECHNOLOGIES INC Command help Erase chip erase Programing X
8. A0 23 08 015 BE D15 D8 P40 P47 00 07 4Mbit lt 1001 FPGA8010 083 gt Fpprou ENMI LWR lt MD0 MD2 NMI INT PHD lt ALARM L CS i lt N RES 100ns P60 WAIT 4 H8RES SRAM 4 8 PRES 4 oR PHI w sio 5 P62 BACK 3 P70 P77 P P80 P84 PA7 x ALE p 5 2 2 Q Q CLE p NAND lt Flash M x lt RD gt p S 2 gt memory POR gt x 103 IO1 100 MM O OO OOO G G G G G O O O Q N ssssss GSGG 3 3 gt O O O O O O mmm m mn Sg s z mam M RS ADVANCED CIRCUIT TECHNOLOGIES 1 1 2 2
9. R DWR p Zes 7 1 NAND 6 4 8MX 8 CMOS NAND PROM TC58 6 4F NAND Hinclude lt machine h gt HT D BERANA 774 include 830425 h pedef enum FALSE 0 TRUE boolean pedef union 1 struct 16 7 ADVANCED CIRCUIT TECHNOLOGIES 39 NAND E 40 UShort typedef bi STFruet struct fhi struct b unsigned LTuct nsigned ns1igned nsigned
10. 1 ESC ADVANCED CIRCUIT TECHNOLOGIES 27 28 5 5 3 19200bps 1 8 Windows95 98 ME 2000 E 0 ON E E E ComDirect E CE RTV D AIW olz amp 18 26 l 8010 Terminal mode start Ver 2 00 ADVANCED CIRCUIT TECHNOLOGIES INC 2 Command help chip erase Programing XMODEM Display last error Memory dump Byte edit gt E Program erase Y N 4 00530 19200 8 N 1 SCROLL CAPS 12 8
11. 0 ON A ComDirect F ATV D 5151 58 58 8010 Terminal mode start er 2 00 ADVANCED CIRCUIT TECHNOLOGIES INC Command help Erase chip erase Programing XMODEM Display last error Memory dump Byte edit Program erase Y N 00530 19200 8 N 1 CAPS 5 1 1 9 Command help 2 E Erase chip erase 3 P Programing XMODEM 4 L Display last error 5 D Memory Dump 6 M Byte edit ADVANCED CIRCUIT TECHNOLOGIES 23 5
12. ADVANCED CIRCUIT TECHNOLOGIES 50 243 0032 1 5 7 2F TEL 046 224 9130 FAX 046 224 8932 URL http www 1 1 jp ADVANCED CIRCUIT TECHNOLOGIES
13. ADVANCED CIRCUIT TECHNOLOGIES 12 3 AT8010 3 2 1 AT8010 FPGA HS8S 2 4 A 0 CA23 IO30 IO3 5 1 O H8 3042 1M 1 6M AT8010 0 3 H8 1 0 000 h OFFOFF h 1030 IOE0 OFF100 h 0OFF1FF h 1031 1 1 AT8010 6 7 H8 3 FFF000 h FFFOFF h 1030 IOE0 IO3 SL IO3SL 0 5 IOE0 1IOE5
14. 1 Hi gh 0 L ow Hi g h 1 L o w 0 1 0 IOOD1I IO0 IO0 1 1 IO0 FME 1 b be b5 bt b8 b2 bt bo m o o FME 0 1 0 ADVANCED CIRCUIT TECHNOLOGIES 17 4
15. 7 Vy VA 0 70 2977F 0 00 1 RTCW 2 7 OxFO 0x0B D3 ON 24 D2 OFF D1 ON 7 DO ON ALE 707 22 7 10 EVS 7 0x50 0x00 ALE t yh OFF 7 A ADJ TCW 2 1 7 0xEO 0x03 WTEN Cyh ON 1 ADJ 30 7 ON TCW 22 RTSTS 0x00 TOW TSTS V AAD BSY 1 0 2 ADVANCED CIRCUIT TECHNOLOGIES 35 6 RTC TCW 0 70 0 00 2 777 STS 0 hile RTSTS
16. BUS 7 1 IO10 T1TO1 7 SL 2 SL 0 6 1OE4 1OE5 ADVANCED CIRCUIT TECHNOLOGIES 19 4 4 4 IO3 IO3 103D IO3 IO30 1IO3 5 LO SD 1 O 8 SL iop T030 e w w nw Hi gh 0 L ow
17. 0 0 E 16 ADVANCED CIRCUIT TECHNOLOGIES 4 4 2 IO0 IO 0 1000 IO0 IO00 1IO0 7 IO0DT1I 1IO0 SL NAND pos
18. HS NM I H i g h H 8 NM I DEZ HJJ3 k NM I E AT8010 RC RTAG RTIG 0 RTC NMIC NMIS Rman Rre RAG RTG o o o o o gt n mw mw mwlmw mw nw mw mNMISE EF 7 NM I 4 6 RC 0 1 RT 1 5 RTC 0 1
19. 1 AT8010 3 6 8 3042 3 A 2 0 A 2 3 FEFF100 h FFF1FF h 1081 7 IOE1 1 ADVANCED CIRCUIT TECHNOLOGIES 13 3 AT8010 3 3 8 CPU 8 IO IO10 IO1 7 1OE 8 3 4 NAND IO00 1 3 5 AT8010 10151 7 BUS 1 0
20. mNMIEE EF 4 NM I 0 1 2 R C 4 1 EE mRTIGE EF 1 RTC R T C O EJE 1 mNMIGE EF O NM I NMI S E R C 4 AENA DIEA E 0 HH 1 E FC E 0 E
21. 3 8 4KK 5 1 2K FPGA H 8 NM I NAND TC58 3 2F T TC586 4FT 2M 4M 8M AT8010 1 ADVANCED CIRCUIT TECHNOLOGIES 1 8010
22. IR S5C817A AT8010 FPGA RC 6 1 222220 RTCR 611 RTCW 0 612 6 2 Le 5 RTCW RTCW RTC RTC BSY 1 BSY 1 RTCR RTCW
23. typedef enum FALSE 0 boolean RTC define RTCW volatile unsigned char 0 612 7 2 Vy AJ define volatile unsigned char 0xFFF611 7 2 VY define RTSTS volatile unsigned char OxFFF610 AFAA F 4 const unsigned char rtcreg 14 VA 0 00 0 10 0 1 1 10 0x20 0x30 2 1 3 10 22 0x40 0 50 4 1 22 5 10 0 60 6 0 80 0x90 7 1 8 10 BKTV 0 0 9 1 22 10 10 0 0 0xDO 1 12 gt 10 EHTIV 22 0x00 2000 6 26 0 0 0 const unsigned char setdate 13 0 00 0 01 0 10 00 1 1 01 0 00 0x06 2 10 00 3 1 06 0 02 0x06 4 10 02 5 1 06 0 02 0x00 6 02 7 10 00
24. WDTC RTC TMOU RST 7 1 0 TERT DTE 0 1 ADVANCED CIRCUIT TECHNOLOGIES 21 4 6 SYSCTL AT80 10 m p o o o s R W R W R W R W R R R R PRES
25. HH8 5 1 1 k 1 High MD1 711 0 1 2 3 A olololol e 1 High w ADVANCED CIRCUIT TECHNOLOGIES 11 3 AT8010 AT8010 2 3 4
26. RTSTS VAAD BSY 1 0 RTSTS 2 03 00 2 1 1 2 1 BSY OFF 0 OFF f lin RTCR OxEFO RTSTS 0x00 while RTSTS amp 0x80 if RTSTS amp 0x01 break ADVANCED CIRCUIT TECHNOLOGIES 37 6 RTC for 1 0 i lt 13 i RTCW rtcreg i setdate 12 i RTSTS 0 00 while RTSTS amp 0x80 H void RtcGetDateTime unsigned char short i RTCR VZ 17 0xE0 AFAA F AV RTSTS 0x00 RTSTS VIA 1 0 RTSTS 03 00 t hF y 1 027 7 2 1 BSY OFF 0 BSY OFF folca RTCR OxEO RTSTS 0x00 while RTSTS amp 0x80 if RTSTS amp 0x01 break ADIA OVS MADD
27. FMRB TIO0 2 4 3 IO1 1 1 101D IO1 1O10 1IO1 7 IO1DTI IO1 SL r or p r 1 Hi gh 0 L ow Hi gh 1 Low 0 IO1
28. 90 00 mm 84 00 mm 32 00 mm 4 2 3 24 5mm gt 0 5mm gt He 0 5mm 0 25mm ADVANCED CIRCUIT TECHNOLOGIES 1 3 AT8010 H8S AXK5S00045 AXK6S00545P AT8010 H8 CN1 1 1 50 51 100 51 100 vo oO 10 19 26 32 41 60 69 75 82 91 2 9 11 18 33 40 70 72 76 77 80 I O FFF000 H FFF0FF 1I O
29. AT8010 HS8S RTC NAND H 8 H8 AT8010 H8 3 0 0H H 8 1 6 1 6 1 6M 1 6 10 A D 8 DA DMMA
30. NAND 8 8 8 6 3 1 AT8010 0 0 1 Hi gh 1 L ow 0 1 H i g h 0 L ow
31. 1O0 IO0OSL IO0 IO0 IO0 NAND b be b5 b4 b b2 bo u i nw FME 7 1 IO0 IO00 ALE IO01 CLE IO0 3 FMWE I O0 4 FMWE IO06 FMCS IO0 7 IO02 IO05 FMRB FMWE TO0 H8 WR L o FMRE IO0 8 RD L o ALE CLE IO0 7
32. 7 PRE S L o Hi RES 5 1 H8 3 2 AE 4 PRE S L o Hi MD 3 MD 0 3 0 ADVANCED CIRCUIT TECHNOLOGIES 22 5 AT8010 H8 SC I 0 XModem AT8010 TXD0 RXD0 R S 2 3 2 RS232C 19200bps 1 8
33. Wa Wa Wa TECHNOLOGIES AT8010 r ra 1 pols SS gt y 8010 s 5 13918991 2879 z qa 1117 9 Z a 2 MEA
34. ns 28 RTO su munan Duss 32 32 32 1 83 D his S SS aS u Sa 34 NANDI ZSZ a2 E VOEST 39 EE ES 39 48 aspas 49 Tipi SS 50 ADVANCED CIRCUIT TECHNOLOGIES 1 JH AT8010 16 H8 3 0 4 2 1M SRAM 4M ROM 3 8 4K RS5C817A NAND 2M 4M 8M H8 1 0 0 2 FPGA 1 O H 8
35. RTSTS RTSTS BSY 1 0 6 3 RTC AT8010 RTC RIC Vdd RTC RTC VBU ADVANCED CIRCUIT TECHNOLOGIES 33 6 RTC 6 4 RS5 C317A B RTC k RTC
36. 5 2 5 2 1 Command help m B BB ComDirect E RRD RTV D 2 el 10010 0 10020 10030 s r gt O T cO O cO O O gt G co O O O O O O gt O gt 0 OxOFFFFF rm T rm O O gt O N O O moomooga SITS J gt gt O O O O 0 01 01 01 01 gt Command help Erase chip erase Programing XMODEM Display last error Memory dump Byte edi 4 00312 192008 N 1 SCROLL CAPS 17 5 2 2 Erase chip erase E
37. M Display Address 0 OxFFFFFF gt 0 FFFFFF HEX 1 6 e0000 0OE0000 A D gt gt 0E0000 HEX HEX 10 Enter D D ComDirect FE CE RTV AIH amp 18 26 l Display Address 0 0OxOFFFFFF gt gt Command help chip erase P Programing XMODEM L Display last error D Memory dump M Byte edit M OV splay Address 0 0x0FFFFFF gt e0000 0000 AD gt gt 10 p E00 E0000 10 gt gt 0E0001 EC gt gt E00 C gt gt 0 00 0 00 gt L Error nothing gt gt gt gt gt CS th i m 4 Ga 00530 19200 8 N 1 SCROLL CAPS NUM Enter 1
38. S S1 S2 S3 AT8010 2 5 H8 1 6M A20 A23 H 8 ADVANCED CIRCUIT TECHNOLOGIES 48 9 HS8 H 8 LUT DC H8 32KOUT CLKC v os 68 v High HJJ Low H8 9 8304MHz ADVANCED CIRCUIT TECHNOLOGIES 49 10 AT8010 114 X250 AT8010 2 5 4
39. 3 IOcB3TP9 PB1 BRE O Gs ETOOXAM TP12 PBA RRE 7 NTOCXAB4 TP13 PB5 0 s PA3 TP3 TI0cB0 TCLKD 18 2o 21 015 085 2 014 04 23 IO13 DB3 24 012 082 25 27 00 00 FPGA H8 NM ADVANCED CIRCUIT TECHNOLOGIES AJ 5 1 RE IO05 FMRB 1004 NAND 65 io03 FMRE NAND A 1 AU ruam 0 P77 AN7 DA1 atas o P83 CSIIRG9 _ jana Paras pp jp _ EERROR ko RT
40. 2 3 NAND AT80 10 O0 7 H8 NMI H H8 3 6 H NMI AT8010 H8 RES
41. HS8S 3042 H8 300H etc ADVANCED CIRCUIT TECHNOLOGIES RB B 38 MO OR B B 1 J sns AA 2 4 oe 5 9 11 u 12 12 Yau munasa ua hatuy E ia usa 13 14 AN 14 A 14 14 15 NMI C 16 NC i 17 asnu a 18 OS 20 WDTC lt 21 SYSCTL ki 22 O O O O t RBE 2 1 Command 24 2 2 Erase chip erase 24 2 3 P Programing XMODEM kk 25 2 4 L Display Se 25 2 5 D Memory 26 2 6 M Byte edit 27
42. AT8010 L o H8 PRES H8 RESO High PRES 4 8V H8 FPGA PRES H 8 H8 3 2 Low PRES 14 L o w ADVANCED CIRCUIT TECHNOLOGIES AT8010 4 YF VA FF600 h FF601h FF
43. DO ON RTCW 22 RTSTS lt 0x00 RTSTS V BSY 1 0 RTCW OxEO 0 00 RTSTS 0 while RTSTS amp Ox80 RTCW OxFO 0x09 24 RTSTS 0 while RTSTS amp Ox80 ADVANCED CIRCUIT TECHNOLOGIES 36 6 RTC 43027 7 1 0 1 lt 13 i RTCW rtcreg i 2 777 RTSTS 0 while RTSTS amp 0x80 return TRUE void RtcSetDateTime unsigned char short i RTCW V 2 1 7 0xEO 0x01 FTA WTEN OFF 2 1 ADJ 30 7 E ON RTSTS 0x00 RTSTS AOD BSY 1 0 RTCW 0 0 01 ADJ RTSTS 0 while RTSTS amp 0x80 1 0xE0 7 7 7 Vi RTSTS 0x00
44. RTCR BSY 0 RTC D3 DO E y B6 b4 ba b2 bt bo RTCR A3 40 f HU HU u i w w w w RTC A3 A0 RTC O RTSTS RTSTS BSY 1 0 RTSTS D3 DO Eu ADVANCED CIRCUIT TECHNOLOGIES 32 6 RTC Ar Do A3 AO E
45. Hd1d d SSHAQdV Nd 1X 89861 MVd 9111 SS3300V Nd 1X 89861 NOY MH1SAS 83785 4351 333333 H 363353 H 967223 H 978230 H 908230 H 938339 H 000000 IQON 706 8 dQOW 4351 01081V SS3300V 331 3 944 01081V 104102 391 34 TVd HdIddd SSdHQdV Nd 1X 9181 MVd 9111 SS3300V 331 3 83785 4351 333333 H 353333 347333 H 318338 H 358338 H 338338 H 000000 3QOW 706 8 4QOM 01081V AJouS9M 01081V ADVANCED CIRCUIT TECHNOLOGIES 10 2 AT8010 MD 0 MD 3 4 6 5 H8 AT8010 H8 1 3 5 3 H8 1 3
46. dew gY 410 1 11 3AddSdM W31SAS 914 01081 704109 391 39 VadHdIddd SSdMQV Nd 1X 89861 NYY 9141 533 4 1 89519 3AHSdH W3ISAS 9 9 Woy 8019 1009 9 JON choe 1 0 OM H 33333 96353 H 0 H 96929 H 95929 H 99829 H 99944 H 99994 H 99999 H 99996 H 999 400000 WALSAS 0108 AJoweW 01081V ADVANCED CIRCUIT TECHNOLOGIES 1 W 5 2 3Ad Sd WALSAS 219 43838 01081V 7104109 391440 43 SS33G00V 31 3 93861 MVd 9111 SS33G00V 31 3 87861 WALSAS 83785 33Sn H 3333393 H 364443 H 347333 H 318253 H 358353 338353 H 000000 3QO0W 706 8 3Q0NW 4351 01081V 11 3143 34 WALSAS 943 4Y 01081V 108102 391440 43 SS33G00V 31 3 93861 MVd 9111 SSdHV 34 3 83785 4351 333333 363333 EEEE 368355 338333 H 339383 H 999980 H 000000 3QO0W 706 8 r 4QOM 01081 gX 410 1 HBA SSdHdV Nd 1X 914 01081V 1084102 391 34 TVd
47. 7 NAND NAND 7777234 1 py2 block 7 ny2 0 512 boolean TRUE FALSE 7 ny 7 7 py my 60H my 2 rv DOH 7 py boolean FmErase unsigned short block UShort REG UShort UFmemStatus sts boolean ret 46 py A13 A22 4 UShort amp block lt lt 4 FmCntl ALE O OFF FmCntl CLE O CLE FmCnt1 0 OFF gt BSY OFF UF 7 7 if FmCnt1 BSY break 7 FmCnt1 CLE 1 ON FmData FM_BERASE nyy RE hy FmCnt1 CLE 0 OFF FmCntl ALE 1 ON FmData x gt b py 2 A13 16 tyb FmData
48. RAAT for i 0 i lt 13 i RTCR rtcreg il RTSTS 0x00 while RTSTS amp 0x80 dt 12 i RTSTS amp Ox7F ADVANCED CIRCUIT TECHNOLOGIES 38 o 7 NAND NAND TC5864F AT80 10 IO0 IO0 FME 1 FFF 6 0 4H
49. amp 0x80 TCW OxFO OxOB 1 STS 0 hile RTSTS amp 0x80 TC 0x50 0x00 ALE 7 STS 0 hile RTSTS amp 0x80 TCW OxEO 0x03 ADJ RUE STS 0 RTSTS amp 0x80 m m VZ 22 17 0xEO 4 L 27 24 72 V RTSTS 0x00 RTSTS VAAD BSY 1 0 RTSTS D3 D0 t y hF X 22 1 1 BSY OFF 0 BSY OFF RTCR 0 RTSTS 0 00 while RTSTS amp 0x80 if RTSTS amp 0x01 break 1 RTCW V ABC 22 1 7 0xEO 0x00 FA WTEN E OFF 1 ADJ 30 FEDT YANE OEF 2 RTCW v 2 7 0xFO 0x09 D3 ON 24 D2 2 2 E OFF D1 A yh OFF 2
50. x gt b h py 17 22 FmCntl ALE 0 OFF FmCnt1 CLE 1 CLE ON FmData FM_RESUME ny tyh FmCnt1 CLE 0 CLE OFF TIYATRO BSY OFF UF 4 if FmCntl BSY break ADVANCED CIRCUIT TECHNOLOGIES 7 NAND py for jj FmCnt1 CLE 1 FmData FM_STATE FmCnt1 CLE 0 sts b FmData if 1515 61 continue CLE ON 2 tyh CLE OFF 27 82 5 3 BSY ONO 1 BSY Ready Pass Fail 1 1515 bi ret TRUE else ret FALSE break CE FmCntl CE 1 return ret PAS ON Fail OFF Pass ON ADVANCED CIRCUIT TECHNOLOGIES 47 8 R OM SS
51. 7 FFF100 FFF1FF I O FFF200 H FFF2FF I O FFF300 FFF3FF I O FFF400 H FFF4FF I O FFF500 FFF5FF 3 6 7 36 7 X 3 6 7 36 7 ADVANCED CIRCUIT TECHNOLOGIES e bao fa Mic XX D0 D8 n 7 D8D16 pa pi HoeP4e e5 ps pia p ps p o p s Pp p p 6 98 9 AT8010 D7 AT8010 D6 AT8010 D5 AT8010 D4 AT8010 D3 AT8010 D2 AT8010 D1 AT8010 DO0 D9 D8 ADVANCED CIRCUIT TECHNOLOGIES CN2 10 19 26 32 41 60 69 75 82 91
52. i i gt m gt 1 1 gt 2 I oO lt 010 8 Display Address 0 N complete 0 0 6 5 0 O O O gt O ui O C TI T O w gt gt gt gt gt O c gt O lt gt O 1 oro es gt gt gt gt gt O lt SE y YT T 0 1 D 0 00 07 1 9 9 oo mem 6A xOFFFFFF JE Ne O 0 O G gt gt NNOO O gt CO O O c gt O1 TI C lt Cy Cy ty ey gt O gt G gt O O O Or 26 ADVANCED CIRCUIT TECHNOLOGIES 5 2 6 Byte edit 1424 lt Address gt m gt M Display Address 0 0xOFFFFFF gt e0000 0E0000 AD gt gt 10 0E0001 EC gt
53. 0 00 0 00 8 1 00 9 10 00 0 00 0x00 10 1 00 11 10 00 0x00 11 1 00 unsigned char data 14 void main void boolean RtcInit void void RtcSetDateTime unsigned char dt void RtcGetDateTime unsigned char dt ADVANCED CIRCUIT TECHNOLOGIES 34 6 RTC void main void RtcInit RTC RtcSetDateTime setdata while 1 RtcGetDateTime data C m boolean RtcInit void short i gt 7 2 RTCR 17 0 tyh 7 7 7 RTSTS 0x00 RTSTS 1 DD 0 RTSTS V 22 D3 DO 1 1 2 1 XSTP OFF 0 XSTP ON 1 RTCR OxEO RTSTS 0 00 while RTSTS amp 0x80 if RTSTS amp 0x02 0 return FALSE
54. 5 06 z 5 010010 Display Address 0 0xOFFFFFF gt D Display Ad X 1 6 010000 C 2 5 6 D Enter ESC C ComDirect A dress 0 OxFFFFFF gt 0 FFFFFF HE 010000 0100FF 2 5 6 isplay Address 0 OxFFFFFF gt 2 5 6 V C NIW D 58 gt P Write Program Y Push ESC key to CANCE HAPrFogram write gt Display Address 0 010000 07 gt y O lt gt CO O TI r Mam os gt a
55. 602 h FF603 h 1 2 2 FF605 h FF606 h FF607 h FF60B h FF60E h WDTC woa m s s sa b 52 sr to kran eraa tw F Fms o oe ps m po 1020 10035 1OD33 IOD31 1OD30 IOEGE IOE5E IOE4E 1 TOE0E wre wpmwl 1011 Y H REEN AY 22 IOE AA 77 Ya 22 1 y ADVANCED CIRCUIT TECHNOLOGIES 15 4 4 1 NMI C AT8010 NM I FPGA H 8 NM I H 8 NM I
56. C 2 y2 p MO ADVANCED CIRCUIT TECHNOLOGIES 1 1 4 gt x AT8010 4 1 X gy o a H 33333 96353 3AddSdM H 989 90829 01081V 99933 704109 391 34 VadHdIddd SSddQV 33333 N341X4 H 9999 4 9181 NYY 9141 H 99999 33 4 3 3 H 99997 87801 NOY MH1SAS H 99998 81785 yasn JOON V g h 00000 dQOM 4351 01081V gY 410 1 B H 33333 96353 3 43 34 H H 96833 969 01084 99933 71031409 391134 IVddHdIddd 553 00 33333 1 H 0099 9181 NYY 9141 H 99999 SSdHQV Nd 1X H 99998 84788 NOY CT 0m 2705 94 00000 0 300NW 4351 01081V gY 410 1 H 33333 H 90433 3 43 34 H H 90829 98 7041409 391134 _IVddHdIddd 553 00 H 33333 1 9999 89861 NYY 9111 H 39995 SS3300V 1 H 99999 8788 3 43 34 1141555 H 9999 87861 NOY 3151 HOM V Ih IION WALSAS 01081
57. LE 0 yh OFF FmCnt1 ALE 1 ON FmData O A AO tyh FmData x gt b X A9 16 tyh FmData h N S TEVA 22 tyh FmCnt1 0 OFF gt BSY OFF 4 if FmCnt1 BSY break ADVANCED CIRCUIT TECHNOLOGIES 7 NAND 1 2 for i 0 i lt 264 1 FmData datali FmCnt1 CLE 3 CLE ON FmData FM_PROG au tyh FmCntl CLE 0 CLE OFF BSY OFFF 4 if FmCntl BSY break F AEA T ER 207 z FmCntl CLE 1 CLE ON FmData FM_STATE 2 FmCnt1 CLE 0 CLE OFF sts b FmData if 151 bi BSY BSY ONAF 4 continue BSY Ready Pass Fail if lsts bi PAS ret TRUE ON Fail else ret FALSE OFF Pass break CE ON FmCntl CE 1 Teturn ADVANCED CIRCUIT TECHNOLOGIES 45
58. MODEM Display last error Memory dump Byte edit Program erase Y N a done Write Program Y N Push ESC key to CANCEL modem xmo d em HEX ADVANCED CIRCUIT TECHNOLOGIES 5 E SC gt ZOR L 8010 Terminal mode start Yer 2 00 ADVANCED CIRCUIT TECHNOLOGIES INC Command help Erase chip erase Programing XMODEM Display last error Memory dump Byte edit Program erase Y N prase done gt Write Program Y N Push ESC key to CANCEL HAProgram write complete gt ADVANCED CIRCUIT TECHNOLOGIES 31 6 RTC
59. SY t yh OFF UF 4 fz92 if FmCnt1 BSY break 1 for i 0 i lt 264 i data i FmData CE ON FmCntl CE 1 ADVANCED CIRCUIT TECHNOLOGIES 43 7 NAND 44 NAND 7577239 1 page 0 8192 7 boolean TRUE FALSE p 7 PARIE 7 nm Aa 10H 0 boolean FmWrite unsigned short page unsigned char data UShort x int i UFmemStatus sts boolean ret 2 AAO BSY t yh OFF 4 Fry Lag s if FmCntl BSY break x UShort amp page FmCntl ALE O FmCntl CLE 0 yh OFF yh OFF FmCnt1 yh OFF FmCntl CLE 1 yh ON FmData FM_AWRITE FAAJI FmCntl C
60. char 0xFFF604 7 define FM_AWRITE 0 80 WIFE AAH define FM_READ1 0 00 1 FM_READ2 0 50 J F F 3 _ OxFF FM_PR0G 0 10 7 Fh _ 0 60 4 2 7 7 FM_STATE 0 70 2 Hd FM_RESUME 0xDO 1 17 007195 NAND 72 9 const unsigned char cstdat 3 0x00 0x55 OxAA unsigned char wtbuff 528 NAND 7 977 unsigned char rdbuff 528 NAND 977 ADVANCED CIRCUIT TECHNOLOGIES 41 7 NAND void main 14 FmlnitO while 1 8 MN NAND 7577314 8192 1 528 1 16 512 py2 py2 py for 1 0 1 lt 8192 i dat cstdat i 3 for 0 j lt 264 j wtbuff j dat FmWrite i wtbuff 3 FmRead i rdbuff for j 0 35264 j if wtbuff j rdbuff j br
61. eak 512 for j 0 j lt 512 j if FmErase j 2 break NAND 7 void FmInit void 10051 AAD FME ON I00D V VIL FmCntll FME 1 ADVANCED CIRCUIT TECHNOLOGIES 42 7 NAND NAND 7 2 1 page 0 8192 data Y void FmRead unsigned short page unsigned char data UShort x int 1 unsigned char sts TIIVA REN AOD BSY OFF UF 4 if FmCnt1 BSY break VA ay x UShort amp page FmCntl ALE O FmCnt1 CL 0 FmCnt1 CE 0 mCnt1 CL J 5 t yh ON mData F 1 27y F tyb mCntl CL OFF mCnt1 ON mData 0 VA tyh mData as X A9 16 tyh mData A17 22 tyh mCnt1 OFF sts 0 224 B
62. m gt E Program erase Y N Erase done gt Program erase Y Erase done N ADVANCED CIRCUIT TECHNOLOGIES 24 5 5 2 3 Programing XMODEM P 5 3 4 L Display last error L ADVANCED CIRCUIT TECHNOLOGIES 25 5 5 2 5 D Memory Dump D lt Address gt m gt D Display Address 0 0xOFFFFFF gt 010000 010000 7 07 00 00 00 01 00 6D F6 OF F6 5E 01 3
63. nsigned nsigned nsigned gt unsigned unsigned unsigned unsi unsi unsi unsi unsi unsi unsi unsi unsi unsi unsi unsi unsi unsi unsi unsi unsigned unsigned short Ejes ADE k lt ve yh 7 AR T yh 7 22 ADVANCED CIRCUIT TECHNOLOGIES TER CFR 7 NAND typedef union strict 779 RN AAAF y RR unsigned 0 Protect 1 Not protect unsigned 0 1 Ready unsigned 0 Not Suspended 1 unsigned 4 unsigned 5 0 Pass 1 Fail bi unsigned char UFmemStatus Suspend void main void void FmInit void void FmRead unsigned short page unsigned char data boolean FmWrite unsigned short page unsigned char data boolean FmErase unsigned short block define FmCnt1 TFmemCtl 0xFFF601 77 Y Hdefine FmCntll TFmemCtl 0xFFF603 1 FmData unsigned
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