Muskan Bhatia

PIMPRI CHINCHWAD COLLEGE OF ENGINEERING • Computer

23 Circuits

ETE PRACTICAL ODD PARITY GENERATOR

ETE PRACTICAL ODD PARITY GENERATOR

Assign 8 3 bit ripple down counter

Assign 8 3 bit ripple down counter

Assign 8 3 bit ripple up counter

Assign 8 3 bit ripple up counter

7th assign JK to D flip flop

7th assign JK to D flip flop

Assign 5 8: 1 mux according to maam's question

Assign 5 8: 1 mux according to maam's question

Assign 7 using IC 7476 JK to T flip flop

Assign 7 using IC 7476 JK to T flip flop

2 bit ripple up counter ( not there in assign)

2 bit ripple up counter ( not there in assign)

Assign 9 mod 10 counter using ic 7490

Assign 9 mod 10 counter using ic 7490

4th bcd adder using 7483

4th bcd adder using 7483

74LS83 74LS08 74LS32

Full adder using NAND gates

Full adder using NAND gates

Half adder using basic gates

Half adder using basic gates

Full subtractor using 2 half adders and basic gates

Full subtractor using 2 half adders and basic gates

74LS86 74LS04 74LS08 74LS32

Even parity generator using EX-OR

Even parity generator using EX-OR

Odd parity generator using EX-OR and NOT gates

Odd parity generator using EX-OR and NOT gates

BCD to EXCESS 3

BCD to EXCESS 3

74LS86 74LS04 74LS08 74LS32

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