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Digital Electronics and Logic Design

This is Course Material of Digital Electronics and Logic Design

Mc-Clusky Method

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- July 22, 2020

Mc-Clusky Method

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Labels

BCD Adder
Code Converter - BCD to Excess 3
Code Converter-Grey to Binary and Binary to Grey
Combinational Circuits-Adder & Subtractor
Combinational Circuits-half Adder and Full Adder
Combinational Logic Circuit-Binary Adder
Design and Implement Sequence Generator for Odd Numbers using D-Flip Flop
Design and Implementation of 2 and 3 bit Counter using MS JK Flip Flop
Design and implementation of 3-Bit Synchronous Up/Down Counter using MSJK Flip Flop
Design and Implementation of Parity Generator and checker using Ex-OR

Design and Realization of Flip flop Conversion
Implementation of 2 bit Comparator using Logic Gates
Implementation of BCD Adder using IC 7483
Implementation of BCD to Excess 3 Converter
Implementation of Binary to Gray Code Converters
Implementation of Boolean expression using DeMultiplexer 74138
Implementation of Full Adder using Universal Gates
Implementation of Full Subtractor using Universal Gates
Implementation of Multiplexer for Boolean Equations
Lookahead Carry Adder
Mc-Clusky Method
Number System
Previous Years University Question Papers
Realization of Mod-6 Counter using Decade Counter IC 7490

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