実験テキスト - 秋田工業高等専門学校
Contents
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8. 21 3 6 1 LCD LCD 1600 x2
9. 8 V 1 6 5 V LMC662CN 21 OP LMC662CN 15 22 11 OP p 9 LED 1 22 2 experiment c 3
10. 3 7 A D 25 3 7 1 H8 AD H8 AD H8 CN1 23 5 V O 10 10 1111111111 1023 5 1023 4 88 mV H8 8 CN1 10 ANO
11. 10 3 LED 5 LED 1 10 2 3 2 H8 experiment c o 4 make 5 make H8 a H8 JP2 JP3 b 5 V c make write H8 3664F is ready 2001 2 1 Yukio Mituiwa Ctrl c d 20 EEPROM Writing is successed 6 H8 LED a 5 V b H8 JP2 JP3 c 5 V d LED e RES 2 LED include 3664 h int main t init led PDR5 0x2a amp 0x3f PDR5 amp 0xc0 PDR5 DD p
12. 3 6 3 H8 LCD H8 LCD H8 Port5 CN1 14 19 LCD 40 CN1 14 17 2 p 9 LED 1 17 2 experiment c LCD 7 3 make 4 make H8 5 H8 LCD h8c c void LCD init void LCD LCD void LCD_clear void LCD void LCD_locate int row int col void LCD putstr char string LCD void LCD putchar char c 100 LCD
13. 12 3 34 11 1 l 3 4 1 LED 0 5 LED 6 LED 2 3 0 5 int_timera PDR5 LED 0 5 2 LED TMA 0x99 0x98 1 Ox9a 0 25 0x9b 0 03125 1 LED 0 10 2 H8 experiment c 3 3 make 4 make H8 a H8 JP2 JP3 b 5 V make write H8 3664F is ready 2001 2 1 Yukio Mituiwa Ctr1 d 20 EEPROM Writing is successed 5 H8 5 V 9 18 JP2 JP3 5 V
14. H8 2 H8 5 V 9 V 2 H8 00 2 H8 AKI H8 3664N HD64N3664FP O 40P 1x40 167 IC 40P 6604S 40 P 1591 JP1 H8 7 12 V 3 5 V JP1 e JP1 OFF CN1 23 5 V 0 250 26 0 e 1 ON 0 CN1 24 7 12 18 250 26 0 0 CN2 IC 1 C H8 2005 2 H8 Tiny CQ 2005 3 Linux 2007
15. c make write H8 3664F is ready 2001 2 1 Yukio Mituiva Ctr1 d 20 EEPROM Writing is successed 7 H8 a 5 V OFF 0 b H8 JP2 JP3 c 5 V d LED e RES 1 LED include 3664 h int main t init led PDR5 0x01 amp 0x3f PDR5 amp 0xc0 PDR5 ports OOOOOOOO j while 1 SLEEP CN1E YY Ey JP2 223 CN2E ES 26 25 24 23 N R 00000000000 3 3 5 5 3 2 523 AKI H8 3664N 21 74111 CN2 26 GND 25 TXD 24 RXD 12 RES 8800 8L8909V 14 P50 v9
16. 2 3 e 4 e 3 2 00 3 2 1 H8 1 PC 3F PC 1 H8 AKI H8 3664N 1 1 5V 1 LED 6 25C1815 2 3 3 kQ 8 0 1 uF 2 1 1 1 National Semiconductor LM35 1 OP National Semiconductor LMC662 1 2 2 D SUB 1 3 2 2 e LED H8 e LED 2 4 3 2
17. e H8 Ctrl o 5 A K AT IE p KRY E ye KAY E HV FIRA BD A 2 LED 3 ie 39 th E C B E C 3L722 B N X E I y4 E C B gt
18. 32 5 HS 5 DA da Hi 00000
19. include 3664 h pragma interrupt void int 1 0 void CLI IRR1 amp Oxfe PDR5 PDR5 amp 0x3f PDR5 amp 0xc0 GRD 0x 1000 STI int main init led 1116 1190 init_pwm PDR5 0x00 amp 0x3f PDR5 amp 0xc0 GRA 0 x f f f f GRD 0x0000 start_pwm while 1 SLEEP DODDODO PWM OH OOO 1 16 UNUNU ports DODODODOO irgo 0 000000 000000 PDR5 DO ports 0 00000 000000000 pun DODODO 9 5 3 2 523 AKI H8 3664N FAZ 4117 CN2 26 GND 24 RXD 20 IRQO e 12 RES 8 gt z
20. 3 7 2 LM35 19 20 Vout 10 C
21. 28 3 20 C 200 mV LM35 Vs Vout G 19 14 LM35 G Vs 5 V Vout OP LM35 H8 AD 20 C 0 2 V AD 5 V OP operational amplifier OP 20 Vin Vout R R out p Vi 1 Vout Rs Y 1 20 OP 3 7 A D OP LMC662 21
22. 3 2 PIER CHERE AEP CHERE WRILTIVEDTY MER CIE BRITES AEP CHE J ERTI ARCHE AACHEN AHIL 3 2 4
23. A H80 0000000000 33
24. 6 3 33 0000000 3 3 1 8 I O Port5 LED Port5 H 5V O L 0V 0 LED Port5 H8 PDR5 PDR5 0 I O Port5 AKI H8 3664N CN1 CN2 o 0 o e e 85 3 6 i 26 8 o 7 gt 5 6 es 6 e ncs NN EMEN EE EN E L OV N PDRSQ ZE yk 7 PDR5 Port5 7 Port5 CN1N 14 19 LED PDR5 6 D 7 8 PDR5 0 1 14 LED 0 LED H8 PDR5 LED PDR5 C PDR5 0x01 PDR5 0 1 1 7 0 6 7 6 7 PDR5 0x01 Ox3f PDR5 0xc0 0x01 5 0x01 PDR5 1 Oxff 0 5
25. J O OLS O N H
26. 3 3 7 e Ox3f 6 Ox3f 00111111 amp AND 0x01 amp Ox3f e PDR5 amp 0 0 2 PDR5 amp 0 60 2 o OR 8 2 PDR5 0x01 amp 0x3f PDR5 amp 0xc0 3 3 2 1 LED LED LED 1 8 PDR5 CN1 14 5 V LED 0x01 0x00 LED PDR5 0 CN1 14 1 9 H8 LED a 5 V b H8 H8 8 c LED 2 3 Makefile htm html 4 1 H8 experiment c o 5 make 6 make H8 a H8 JP20 JP3 b 5 V 0 J O UOLS WN m NH O
27. experiment c make 4 make H8 5 PWM include 3664 pragma interrupt void int_irq0 void f OAG RUN O O O G 3 5 PWM CLI IRR1 Oxfe PDR5 PDR5 amp 0x3f P
28. 16 3 5 1 0 25 usec X GRA 0 25 566 X GRD ne ja 12 PWM 3 5 2 PWM al IRQO PDR5 LED 50 PWM CN2 13 FTIOD p 9 LED
29. gec gec DD0O0000000000000000000000000000
30. void LCD putint char i LCD void LCD putfloat double x int d O 0 IO CO N O O ON 3 6 LCD void LCD putbit8 unsigned char d 1 void wait ms int 8 CPU 7 Hello world 23 include lt stdlib h gt include 3664 h include h8c h int main LCD init
31. PDR5 LED 2 LED p 9 LED 2 experiment c IRQ 3 make 4 make H8 5 H8 IRQO LED 4 IRQ0 include 3664 h pr
32. H8 PC PC A4 AM8 45
33. HS LED C A D 2 UI 2 1 0000 CPU LSI las CPU 0 0 HL ZE A YF ROM 1 07 RAM EERBARE EEHL 750 1 3 UNU 31 1 40 1500 x 4 1 LED 2 e PWM 3 AD DA 100000000000 0000 microcomputer DD
34. LCD clear LCD locate 1 1 LCD putstr Hello World LCD locate 2 1 LCD putstr From Akita while 1 SLEEP LCD 0000 LCD 0000000 00000000 00000 24 3 D sub1 73 523 AKI H8 3664N 31 7111 CN2 26 GND 24 RXD 12 RES 0 8L8S09V 14 P50 d4r99 4r9 Nvdvr 19 P55 23 Vcc 25 GND Fa LCD O O O O O O O O O O O 4 gt s 14 3 gt 13 2 gt 12 1 gt 11 5V 5V 6 gt MAR 6 5 4 3 2 1 1060 gt uzak 17 H8 LCD 10 7 1 2 DO 11 7 LCD_putint 12 7 LCD putfloat 3 7 A DOOODOD H8 AD Analog to Digital Converter J O GE O D H
35. 2 sd 14 P50 23 e gt 13 FTIOD 5 z o 19 P55 9 o 23 6 25 GND o o LED 5V 5V 3 3kQ v L 28C1815 2 gt 8 gt 0 1uF X2 3 gt 3 7 25C1815 7 gt 4 gt 5 gt DCE 4 6 gt 14 PWM DC 3 6 1 01 LCD Liquid Crystal Display C H8 LCD 3 3 6 LCD
36. RES WW N O 9 O O NUN a 0 3 O BR NUN ae 3 4 13 include 3664 h pragma interrupt void int_timera void CLI IRR1 amp Oxbf PDR5 PDR5 amp 0x3f PDR5 amp STI int main init led init timer PDR5 0x00 amp 0x3f PDR5 amp TMA 0x99 while 1 SLEEP 0xc0 0xc0 0000000 port5 timer PDR5 port5 0000 0000 000 00000000 000 D 00000 3 4 2 IRQ IRQ Interrupt Request LED LED 20 IRQO
37. make 4 make H8 5 H8 5 V e H8 JP2 JP3 5 V o e RES 6 1 include lt stdlib h gt 2 include 3664 h 3 include h8c h 30 int main 1 int i sum ad N 10000 double t LCD init LCD clear LCD locate 1 1 LCD_putstr Start ADC wait ms 1000 LCD clear ADC init while 1 sum_ad 0 for i 0 i lt N i f sum_ad ADC t double sum ad N 5 1 1023 11 0 0 01 LCD clear LCD locate 1 1 LCD putstr Temperature LCD locate 2 1 LCD putfloat t 4 LCD locate 2 11 LCD putstr deg 31 89 53 2 523 AKI H8 3664N 31 7111 CN2 26 GND 24 RXD 5V 5V 10 ANO 12 RES 00 14 P50 818409V 99 8H d4r99 84r9 Nvdvr 19 P55 23 Vcc 25 GND O O O O O O O O O O O LM35 8 AE REGIE NAT 118 7 5 LCD zo AVISAR 22 A D 4 10000
38. 9 8H d3r99 4r9 Nvdvr 23 Vcc 25 GND O O O O O O O O O O O LED 3 3k0 1 gt 9 LED D O 1 LED D O 2 LED 3 3 KQ no 3 1 LED 3 3 3 LED LED LED 2 PDR5 6 Ox2a 101010 CN1Q 140 19 P50 P55 LED PDR5 7
39. AD CN1 O 23 p 9 LED 1 18 2 experiment c 8 3 make 4 make H8 5 H8 6 1 kQ AD h8c c void ADC_init void AD AD int ADC void ANO CN1 10 OL 1023 00 O V 1023 0 CN1 23 8 include lt stdlib h gt include 3664 h include h8c h int main int vdata double v LCD init LCD clear LCD locate 1 1 LCD putstr Start ADC wait ms 1000 16 17 18 19 20 21 23 24 25 26 27 29 30 31 32 33 35 26 LCD clear ADC init while 1 vdata ADC v double vdata 1023x5 1 LCD clear LCD locate 1 1 LCD putstr ADC result LCD locate 2 1 LCD putfloat v 3 LCD locate 2 10 LCD putstr V wait ms 100 3 7 A D 10 ANO 12 RES 14 P50 19 P55 23 Vcc 25 GND N O zum AVISAR AKI H8 3664N BAZZ 415 00 818409V 99 8H d4r99 84r9 Nvdvr 18 A D 14 13 12 11 Aao O O O O O O O O O O O 27 89 53 2 523 CN2 26 GND 24 RXD 5V 1000 1x0 LCD 13 8
40. DR5 amp 0xc0 GRA GRA 4x3 GRD GRA 2 STI int main init_led 1911 1 0 init_pwm PDR5 0x00 amp 0x3f PDR5 amp 0xc0 GRA 0 x f f f f GRD GRA 2 start pwm while 1 SLEEP i 17 DODDODO D0000 3 4 PDR5 00 ports OOOOODOO 00000 pwm OOOOOD 18 AKI H8 3664N 21 74111 CN2 5 5 3 2 523 26 GND 24 RXD 20 800 O 12 RES 8 3 E 2 o 14 P50 88 E o 13 FTIOD gt 5 2 o 19 P55 5 O 23 Vcc 5 25 GND o O LED 5V 5 3 3kQ 1 g
41. LCD LCD ge 1120 ON OFF 15 LCD LCD 4 8 4 14 12 4 2 1 15 LCD 3 6 2 16 A 16 OD 7 10 0 LCD Se 3 RLOMEIEY 0 SIVIERU HED 5V G 3 lt o 16 8 16 9 0 16 00 5 V 22
42. OO 2100 00000 1 1 1 Experiments in Electric Engineering tl Berea 00000 1 1 000 NUT 3 1 3 2 3 3 3 4 3 5 3 6 3 7 3 2 1 3 2 2 3 2 3 3 2 4 3 3 1 3 3 2 1 3 3 3 3 4 1 3 42 IRQ PWM 3 5 1 3 5 2 3 5 3 DC LCD 3 6 1 LCD 3 6 2 3 6 3 Ha A D 3 7 1 3 7 2 A H8 12 12 13 15 16 16 18 20 21 21 22 24 25 27 31 32 33 HOU
43. agma interrupt void int irg0 void f CLI IRR1 amp Oxfe PDR5 PDR5 amp 0x3f PDR5 amp STI 0xc0 0000000 14 int main init led init_irq0 PDR5 0x00 amp 0x3f PDR5 amp 0xc0 while 1 SLEEP port5 0000 irgo DODODO PDR5 U U ports 000 000 000 D 0000 00000 3 5 PWM 12 RES 14 P50 19 P55 23 Vcc AKI H8 3664N AAZ IAIY CN2 D suba R74 523 26 GND 24 RXD 20 800 00 818409V v99 8H 0499 9 Nvdvr O O O O O O O O O 15 25 GND LED 5V 3 3k0 1 gt 1 2 gt 0 1 X 2 3 3kQ 7 gt 4 gt 5 gt 6 gt 11 IRQ0 3 5 PWMOO 120 H 5V PWM Pulse Width Modulation H8 GRA GRD PWM
44. orts OOOOOOOO while 1 SLEEP 3 3 D sub 523 AKI H8 3664N 2 CN2 26 GND 24 RXD O e e 12 RES 8 z 14 P50 8 o z U H 19 P55 o O 23 Vcc o 25 GND 6 jo LED 3 3kQ 1 gt 2 gt 3 gt 4 gt 5 gt 6 gt 10 LED 4 2 LED ON ON ON OFF OFF OFF 5 2 LED ON ON OFF OFF ON OFF 11
45. t L 2SC1815 2 gt 0 1uF X 2 3 gt 3 3kQ 7 4 5 gt 6 gt 13 PWM 3 5 3 DC PWM DC DC PWM DC 6 GRD 1 16 16 100 O UL N H O O 0 Io VL ON a 3 5 PWM H8 PWM 13 19 FTIOD p 9 LED 2 experiment c DC 3 make 4 make H8
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