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DE EXAM
DE EXAMBINARY TO GRAY USING MUX
BINARY TO GRAY USING MUX8:1 using 4:1 mux
8:1 using 4:1 mux8:1 using 4:1 mux
8:1 using 4:1 muxFULL ADDER USING 4:1 MUX
FULL ADDER USING 4:1 MUXF(1 3 4 7)
F(1 3 4 7)Full Adder circuit using MUX
Full Adder circuit using MUXDeMux 1:4
DeMux 1:4binary to gray code
binary to gray codeMUX
MUXsequential 3
sequential 32 bit asynchronous up counter
2 bit asynchronous up counterfull adder
full adderfull adder
full adder8:1 MUX
8:1 MUXSEQUENTIAL 2
SEQUENTIAL 2half adder
half adderhalf subtractor
half subtractorfull adder
full adderfS
fSFULL SUBTRACTOR
FULL SUBTRACTOR5TH
5THsequential 3
sequential 3DE EXAM
DE EXAM4 BIT ADDER USING FULL ADDER ALREADY IMPLEMENTED USING MUX
4 BIT ADDER USING FULL ADDER ALREADY IMPLEMENTED USING MUX4*1 USING NAND GATES
4*1 USING NAND GATES