Digital Logic Circuit Tutorials

2-Input AND Gate

2-Input AND Gate

2-Input OR Gate

2-Input OR Gate

2-Input NAND Gate

2-Input NAND Gate

2-Input NOR Gate

2-Input NOR Gate

2-Input Ex-OR Gate

2-Input Ex-OR Gate

Hex Inverting NOT Gate

Hex Inverting NOT Gate

Triple 3-Input AND Gate

Triple 3-Input AND Gate

Triple 3-Input NOR Gates

Triple 3-Input NOR Gates

Triple 3-Input NAND Gate

Triple 3-Input NAND Gate

Dual 4-Input NAND Gates

Dual 4-Input NAND Gates

Dual 4-Input AND Gates

Dual 4-Input AND Gates

8-Input NAND Gate

8-Input NAND Gate

Implementation of NOT Gate using NAND gate

Implementation of NOT Gate using NAND gate

Implementation of AND Gate using NAND gate

Implementation of AND Gate using NAND gate

Implementation of OR Gate using NAND gate

Implementation of OR Gate using NAND gate

Implementation of Ex-OR Gate using NAND gate

Implementation of Ex-OR Gate using NAND gate

Implementation of NOR Gate using NAND gate

Implementation of NOR Gate using NAND gate

Implementation of Ex-NOR Gate using NAND gate

Implementation of Ex-NOR Gate using NAND gate

Implementation of NOT Gate using NOR gate

Implementation of NOT Gate using NOR gate

Implementation of AND Gate using NOR gate

Implementation of AND Gate using NOR gate

Implementation of OR Gate using NOR gate

Implementation of OR Gate using NOR gate

Implementation of NAND Gate using NOR gate

Implementation of NAND Gate using NOR gate

Implementation of EX-NOR Gate using NOR gate

Implementation of EX-NOR Gate using NOR gate

Quad 2-input NAND Gates with Open-Collector Outputs

Quad 2-input NAND Gates with Open-Collector Outputs

Quad 2-input NAND Gates with Open-Collector Outputs

Quad 2-input NAND Gates with Open-Collector Outputs

Hex Inverters with Open-Collector Outputs

Hex Inverters with Open-Collector Outputs

Hex Inverters with Open-Collector Outputs

Hex Inverters with Open-Collector Outputs

Quad 2-input NAND Gates with Schmitt Trigger Inputs

Quad 2-input NAND Gates with Schmitt Trigger Inputs

4:1 Multiplexer Using IC 74LS153

4:1 Multiplexer Using IC 74LS153

8:1 Multiplexer using IC 74LS153

8:1 Multiplexer using IC 74LS153

Design and Implement 8:1 MUX using IC-74LS153

Design and Implement 8:1 MUX using IC-74LS153

74LS153 74LS04 74LS32

1:4 Demultiplexer Using IC 74LS139

1:4 Demultiplexer Using IC 74LS139

To design and implement Multiplexer using gates

To design and implement Multiplexer using gates

74LS10 74LS04 74LS20

To design and implement DeMultiplexer and using gates

To design and implement DeMultiplexer and using gates

Design & Implement the given 4 variable function Y= m(0,2,4,6,8,10,12,13)

Design & Implement the given 4 variable function Y= m(0,2,4,6,8,10,12,13)

Design 8:1 Mux and implement F (A, B, C) = m (0, 2, 4, 7)

Design 8:1 Mux and implement F (A, B, C) = m (0, 2, 4, 7)

74LS153 74LS04 74LS32

Binary to Gray code converter using logic gates

Binary to Gray code converter using logic gates

3 Bit Binary to Gray Code Conversion

3 Bit Binary to Gray Code Conversion

3 Bit Gray to Binary Code Conversion

3 Bit Gray to Binary Code Conversion

BCD to Excess-3 code converter using logic gates

BCD to Excess-3 code converter using logic gates

74LS86 74LS04 74LS08 74LS32

Design & Implement 3-bit Binary to Gray code converter using IC- 74LS138.

Design & Implement 3-bit Binary to Gray code converter using IC- 74LS138.

Half Adder Using Basic Gates

Half Adder Using Basic Gates

Half subtractor basic gates

Half subtractor basic gates

74LS86 74LS04 74LS08

Half Adder Using NAND Gates

Half Adder Using NAND Gates

Half Subtracter Using NAND Gates

Half Subtracter Using NAND Gates

HALF ADDER USING MUX

HALF ADDER USING MUX

Full Adder Using NAND Gates

Full Adder Using NAND Gates

Full Subtractor using Two half adders basic gates

Full Subtractor using Two half adders basic gates

74LS86 74LS04 74LS08 74LS32

Full Adder function using 3:8 Decoder

Full Adder function using 3:8 Decoder

Design and Implement 4-bit Binary subtractor using IC-74LS83

Design and Implement 4-bit Binary subtractor using IC-74LS83

74LS04 74LS83 74LS86

One Bit Comparator

One Bit Comparator

74LS04 74LS08 74LS02

One Bit Comparator

One Bit Comparator

74LS86 74LS04 74LS08

Implement 4-Bit Magnitude Comparator using IC-74LS85

Implement 4-Bit Magnitude Comparator using IC-74LS85

8 Bit Comparator Using 74LS85

8 Bit Comparator Using 74LS85

2-Bit Asynchronous UP Counter using 74LS76

2-Bit Asynchronous UP Counter using 74LS76

2-Bit Asynchronous DOWN Counter using 74LS76

2-Bit Asynchronous DOWN Counter using 74LS76

3-Bit Asynchronous UP Counter using 74LS76

3-Bit Asynchronous UP Counter using 74LS76

3-Bit Asynchronous DOWN Counter using 74LS76

3-Bit Asynchronous DOWN Counter using 74LS76

4-Bit Asynchronous UP Counter using 74LS76

4-Bit Asynchronous UP Counter using 74LS76

4-Bit Asynchronous DOWN Counter using 74LS76

4-Bit Asynchronous DOWN Counter using 74LS76

4 bit Synchronous DOWN counter using JK Flip flops 74LS76

4 bit Synchronous DOWN counter using JK Flip flops 74LS76

4 bit Synchronous UP counter using JK Flip flops 74LS76

4 bit Synchronous UP counter using JK Flip flops 74LS76

3-bit Synchronous UP Counter using IC74LS76

3-bit Synchronous UP Counter using IC74LS76

4 bit Up/Down Counter using 74HC191

4 bit Up/Down Counter using 74HC191

Decade 4-bit Synchronous counter using 74LS76

Decade 4-bit Synchronous counter using 74LS76

74LS76 74LS08 74LS32

To Design and Verify the operation BCD ripple counter using JK flip-flops

To Design and Verify the operation BCD ripple counter using JK flip-flops

MOD-2 Counter using D Flip-Flop IC-74LS74

MOD-2 Counter using D Flip-Flop IC-74LS74

MOD-4 Counter using D Flip-Flop IC-74LS74

MOD-4 Counter using D Flip-Flop IC-74LS74

Mod 6 Counter

Mod 6 Counter

MOD-8 Counter using D Flip-Flop IC-74LS74

MOD-8 Counter using D Flip-Flop IC-74LS74

Mod-10 Counter using IC-74LS90

Mod-10 Counter using IC-74LS90

Mod-16 Counter using IC-74LS93

Mod-16 Counter using IC-74LS93

Design and implement MOD-96 counter using IC 74LS90

Design and implement MOD-96 counter using IC 74LS90

Design and implement MOD-100 counter using IC 74LS90

Design and implement MOD-100 counter using IC 74LS90

Universal Shirt Register using 74LS194

Universal Shirt Register using 74LS194

Design and implement pulse train generator using IC74HC194 for pulse 111001 (Use right shift)

Design and implement pulse train generator using IC74HC194 for pulse 111001 (Use right shift)

74HC194 74LS04 74LS32

Design and implement pulse train generator using IC74HC194 for pulse 111001 (Use left shift)

Design and implement pulse train generator using IC74HC194 for pulse 111001 (Use left shift)

74HC194 74LS04 74LS32

Design and Implement 4-bit right shift register using D-flip flop

Design and Implement 4-bit right shift register using D-flip flop