Anish Moodi

DR. VISHWANATH KARAD MIT WORLD PEACE UNIVERSITY, PUNE • Electronics and Telecommunication

22 Circuits

FSM

FSM

74LS76 74LS08 74LS04

Half Adder using Mux - Copy

Half Adder using Mux - Copy

C1_PC25_Anish Moodi_DE_Exp_5_Sequence Generator - Copy

C1_PC25_Anish Moodi_DE_Exp_5_Sequence Generator - Copy

74LS76 74LS08 74LS32

C1_PC25_Anish Moodi_DE_Exp_5_Sequence Generator

C1_PC25_Anish Moodi_DE_Exp_5_Sequence Generator

74LS32 74LS76 74LS08

3-bit Synchronous UP Counter using IC74LS76

3-bit Synchronous UP Counter using IC74LS76

Mid Term_4-Bit_Grey to Binary Converter

Mid Term_4-Bit_Grey to Binary Converter

MOD 5_Asychronous_Counter

MOD 5_Asychronous_Counter

Down Counter

Down Counter

3-Bit Asynchronous Counter

3-Bit Asynchronous Counter

3-Bit Converter (6 Output)

3-Bit Converter (6 Output)

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

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

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