Barani Daran

INDIAN INSTITUTE OF INFORMATION TECHNOLOGY KOTTAYAM • Computer

25 Circuits

De-Morgan's theorem for 2 variables 2020BCS0040

De-Morgan's theorem for 2 variables 2020BCS0040

74LS04 74LS08 74LS32

3- bit gray to binary converter 2020BCS0040

3- bit gray to binary converter 2020BCS0040

74LS04 74LS08 74LS32

four variable Boolean function(example 1) using NAND gates(2&3 inputs gates) 2020BCS0040

four variable Boolean function(example 1) using NAND gates(2&3 inputs gates) 2020BCS0040

3 bit 2's complement 2020BCS0040

3 bit 2's complement 2020BCS0040

74LS32 74LS04 74LS08

single bit comparator implementation 2020BCS0040

single bit comparator implementation 2020BCS0040

74LS04 74LS08 74LS02

SR latch implementation using NOR gates only 2020BCS0040

SR latch implementation using NOR gates only 2020BCS0040

1:2 Demultiplexer 2020BCS0040

1:2 Demultiplexer 2020BCS0040

Half Adder Implementation (using only NOR gates) 2020BCS0040

Half Adder Implementation (using only NOR gates) 2020BCS0040

2 : 4 decoder 2020BCS0040

2 : 4 decoder 2020BCS0040

4:1 multiplexer 2020BCS0040

4:1 multiplexer 2020BCS0040

74LS04 74LS11 74LS32

2:1 Multiplexer 2020BCS0040

2:1 Multiplexer 2020BCS0040

74LS04 74LS08 74LS32

2-input NXOR gate implementation using basic gates 2020BCS0040

2-input NXOR gate implementation using basic gates 2020BCS0040

74LS32 74LS08 74LS04

2-input NOR gate implementation using basic gates(OR,NOT) 2020BCS0040

2-input NOR gate implementation using basic gates(OR,NOT) 2020BCS0040

74LS32 74LS04 74LS02

Implement 2-input AND gate using only NOR gates(74LS02) 2020BCS0040

Implement 2-input AND gate using only NOR gates(74LS02) 2020BCS0040

rough - Copy

rough - Copy

74LS04 74LS00 74LS08

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