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第1回 デジタル回路の基礎 - 工学院大学

4. 4 .. 1.. Logic circuit . (Logic gate) AND( ) OR( . ) NOT( ) nand ( ) NOR( ) .. IC(Integrated Circuit) LED (Light Emitting Diode) . nand . 2 .. IC CT-311R Eneloop 4 . IC 10 . 6 30 IC .. 1 ABCDE FGHIJ 74LS00. IC 1 E11 A11,B11,C11,D11 . 1 2 . (Vcc, +5V) (GND, 0V) . GND . 2 IC . 1 . 1. 2 IC . IC. IC IC IC 74 . 74 IC 3 74LS00 4 . 4 (Notch) 14 . (Vcc +5V) 7 (GND, 0V) IC . 3 74LS00 4 74LS00 . 5 9 IC IC . H L 1 0 True False . 2. IC . H L . 74LS00 quad 2- input nand Gates 2 nand 4 . 5 74LS00 . 74LS02 quad 2- input NOR Gates 2 NOR 4 . 6 74LS02 . 74LS04 Hex Inverting Gates NOT 6 . 7 74LS04.

74LS32 Quad 2-input OR Gates（2入力のORゲート×4） 図9．74LS32のピン配置図（左）と真理値表（右） 本実験で使用するブレッドボードには，74LS00(NAND), 74LS04(NOT), 74LS08(AND), 74LS32(OR), 74LS02(NOR)が図10のように差し込まれている．各ICの1番ピンは，E11, E21, E31, E41, E51に差

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Transcription of 第1回 デジタル回路の基礎 - 工学院大学

1 4. 4 .. 1.. Logic circuit . (Logic gate) AND( ) OR( . ) NOT( ) nand ( ) NOR( ) .. IC(Integrated Circuit) LED (Light Emitting Diode) . nand . 2 .. IC CT-311R Eneloop 4 . IC 10 . 6 30 IC .. 1 ABCDE FGHIJ 74LS00. IC 1 E11 A11,B11,C11,D11 . 1 2 . (Vcc, +5V) (GND, 0V) . GND . 2 IC . 1 . 1. 2 IC . IC. IC IC IC 74 . 74 IC 3 74LS00 4 . 4 (Notch) 14 . (Vcc +5V) 7 (GND, 0V) IC . 3 74LS00 4 74LS00 . 5 9 IC IC . H L 1 0 True False . 2. IC . H L . 74LS00 quad 2- input nand Gates 2 nand 4 . 5 74LS00 . 74LS02 quad 2- input NOR Gates 2 NOR 4 . 6 74LS02 . 74LS04 Hex Inverting Gates NOT 6 . 7 74LS04.

2 74LS08 quad 2- input AND Gates 2 AND 4 . 8 74LS08 . 3. 74LS32 quad 2- input OR Gates 2 OR 4 . 9 74LS32 . 74LS00( nand ), 74LS04(NOT), 74LS08(AND), 74LS32(OR), 74LS02(NOR) 10 IC 1 E11, E21, E31, E41, E51 .. 74LS00 74LS04 74LS08 74LS32 74LS02. ( nand ) (NOT) (AND) (OR) (NOR). 10 IC . 3 1 . IC. OFF .. OFF ON. LED 1 2 . (ON/OFF) 10 10 ON/OFF . 11 10 D0-I0 D1-I1, D9-I9 . IC ON/OFF . LED / . 4. 11 LED .. NOT( ) NOT IC74LS04( 13) .. [ ] 12 GND-A27 Vcc-J21 . [ ] 12 D0(SW0)-D21 I0(LED0)-D22 . IC SW0 . SW0 (ON )LED (OFF ) .. +5V Vcc( ) .. Vcc Vcc-J21. GND. GND-A27. SW0 LED. 13 74LS04 . D0-D21 I0-D22.

3 GND( ) .. 12 . 5. 7 LED . 7 LED 2 4 10. BCD (Binary Coded Decimal) BCD 7 . LED (Decode) IC 74LS47 . 0101(2) 5(10) 7 LED 5 .. IC 7 LED . (74LS47) . 14 Vcc(+5V) 7 LED 5V IN . 14 7 LED D0- A' D1- B' . D2- C' D3- D'. IC ON BCD 0000(2) . 1111(2) 7 LED . 7 (A~G) LED / . +5V IN . Vcc . 74LS47. D', 'C', 'B', A' . 14 7 LED , .. ON .. DA-I0 DB-I1 . IC ON DA, DB . LED / . 6.. IC 1Hz(1 ) 1kHz(1 ) .. Vcc (CK) +5V IN . LED CK-I0. IC Hz 1Hz . LED0 1 1kHz . 1000 1 (1 ) . 4 2 nand . nand .. NOT AND OR XOR nand .. nand . nand ( ) . A nand B = A B ( 1). nand MIL 15 . A !!!!!! A B. B. 15 nand . nand IC LS7400 74LS00 nand .

4 [ ] 16 A17-GND J11-Vcc . [ ] D11- D1(SW1) D12-D0(SW0) D13-I0(LED0) . SW0, SW1 nand 1 . nand nand SW ON/OFF LED . ON/OFF . 7. 16 74LS00( nand ) . 1 nand . nand ( ) nand ( ).. A B A B SW1 SW0 LED0. 0 0 1. 0 1 1. 1 0 1. 1 1 0. NOT AND OR XOR nand . 1 . ( ) 16 . NOT . NOT( ) . A = A A ( 2). nand 2 A A . 17 . A ! A. 17 nand NOT . 8. AND . AND( ) . A B = A B = A B A B ( 3). 18 . A. A B. B. 18 nand AND . OR . OR( ) . A+B=A+B=A B=A A B B ( 4). 19 . A. A B. B. 19 nand OR . XOR . XOR( ) . A B = A B + A B. = A B + A B. = ( A B) ( A B ). = ( A B + B B) ( A A + A B ). = (( A + B ) B) ( A ( A + B )).

5 = (( A B) B) ( A ( A B)) ( 5). 5 A B 2 nand 4 nand . XOR 20 . A. A . B. B. 20 nand XOR . 9. 5 .. 1 7 LED . 2 nand NOT AND OR XOR . 6 .. 3 NOR . nand NOR . NOT AND OR XOR NOR .. NOT NOR . AND NOR . OR NOR . XOR NOR NOR . NOR OR NOT .. NOT nand NOT . OR NOR MIL 21 OR .. 21: NOR . AND A + B = MIL 22 . 22: NOR . XOR 0 A B A A B = A B + A . NOR A B A AND .. 10. 1 .. 11. 2 . 1 .. 2 .. 3 .. 4 .. xx . xx .. 5 . ( ) . (mV) .. 00 . 0 165cm . 3 4 . 4 . 2 .. 6 .. 12.. 7 .. NOT nand 1 AND nand 2 . OR nand 3 XOR nand 4 . 13.

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