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Assignment 4
Assignment 4at 5
at 52 bit comparator using 1 bit comparator
2 bit comparator using 1 bit comparatorat5
at5Assignment - 3
Assignment - 3Assignment - 3
Assignment - 3assignment 4(main)
assignment 4(main)at4
at4odd parity new
odd parity newat 1
at 1Half Subtractor from nand
Half Subtractor from nandFull Subtractor using NAND
Full Subtractor using NANDand from nand
and from nandnor from nand
nor from nandFull adder from NAND and XOR
Full adder from NAND and XORXOR FROM NAND
XOR FROM NANDBCD to GRAY code converter using NAND
BCD to GRAY code converter using NANDFull Adder From 2 half Adders
Full Adder From 2 half Adders1 bit comparator
1 bit comparatorodd parity generator cum checker
odd parity generator cum checkerEven parity new
Even parity new1 d. boolean expression using 2 to 1 mux
1 d. boolean expression using 2 to 1 muxassignment 3
assignment 3Full Adder From 2 half Adders
Full Adder From 2 half AddersAssignment-4 2
Assignment-4 2XNOR using NAND
XNOR using NANDShreya Kale/Design and Realization: Flip Flop conversion a. D Flip Flop to JK Flip Flop b. T Flip-Flop to D Flip-Flop
Shreya Kale/Design and Realization: Flip Flop conversion a. D Flip Flop to JK Flip Flop b. T Flip-Flop to D Flip-FlopHalf Subtractor using XOR and NAND
Half Subtractor using XOR and NANDFull Subtractor using XOR and NAND
Full Subtractor using XOR and NAND2 bit new
2 bit new1 c. 8 to 1 mux using 4 to 1 and 2 to 1 mux
1 c. 8 to 1 mux using 4 to 1 and 2 to 1 muxHalf Adder using Nand
Half Adder using NandFull Adder using Nand
Full Adder using Nand1 a. 2 to 1 Mutliplexer
1 a. 2 to 1 MutliplexerEven Parity Generator Cum Checker
Even Parity Generator Cum CheckerMemory
Memoryat 2
at 2Half adder using XOR and NAND
Half adder using XOR and NANDat 1
at 1at 2
at 2at4
at4at5
at5Assignment-4 2
Assignment-4 2