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Design PISO register.
Design PISO register.4 BIT PARALLEL ADDER
4 BIT PARALLEL ADDERD flip flop
D flip flopD flip-flop to T flip-flop
D flip-flop to T flip-flopSEVEN SEGMENT DECODER
SEVEN SEGMENT DECODERA 3
A 3A 3
A 3and,or,not gate using nand gate
and,or,not gate using nand gateand,or,not gate using nor gate
and,or,not gate using nor gatehalf adder using nand gate
half adder using nand gatehalf adder using nor gate
half adder using nor gatehalf subtractor using nand gate
half subtractor using nand gateMUX is a universal gate
MUX is a universal gateAB+BC+CD+DA
AB+BC+CD+DADESIGN A HALF ADDER SUBTRACTOR USING ENABLE LINE
DESIGN A HALF ADDER SUBTRACTOR USING ENABLE LINEparity checker
parity checkerS R flip flop to D flip flop
S R flip flop to D flip flopDesign SISO register.
Design SISO register.Design Universal Register using multiplexer and flip-flops.
Design Universal Register using multiplexer and flip-flops.full subtractor using basic gates
full subtractor using basic gatesUntitled
UntitledNAND GATE USING NOR GATE
NAND GATE USING NOR GATEF(A,B,C)=SUM(1,3,5,6)
F(A,B,C)=SUM(1,3,5,6)CONVERT D FLIP FLOP TO JK FLIP FLOP
CONVERT D FLIP FLOP TO JK FLIP FLOPDesign a 3-bit synchronous MOD-3 counter using JK - f/f.
Design a 3-bit synchronous MOD-3 counter using JK - f/f.Design a 3-bit synchronous counter that count in straight binary (starting from 000) using D- f/f.
Design a 3-bit synchronous counter that count in straight binary (starting from 000) using D- f/f.4 BIT PARALLEL ADDER
4 BIT PARALLEL ADDER