SR FLIP FLOP USING NAND GATE.

DISTRIBUTIVE LAW, LHS=RHS.

DE MORGAN'S THEOREM, [(A.B.C)'=A'+B'+C'], LHS=RHS.

COMMUTATIVE LAW, A+B=B+A, LHS=RHS.

COMMUTATIVE LAW, A.B=B.A, LHS=RHS.

DEMORGAN'S THEOREM [A+B+C]'=A'.B'.C', LHS=RHS.

ASSOCIATIVE LAW, (A.B).C=A.(B.C), LHS=RHS.

A+A'B=A+B, LHS= RHS.

A.(A'+B)=A.B, LHS=RHS.

A'+AB=A'+B, LHS=RHS.

A+AB=A, LHS=RHS.

AND Gate Using NOR Gate.

OR Gate Using NAND Gate.

OR Gate Using NOR Gate.

AND Gate Using NAND Gate.

XOR Gate Using NAND Gate.

XOR Gate Using NOR Gate.

OR GATE.

NAND GATE.

NOR GATE.

NOT GATE.

AND GATE.

XOR GATE.

OR Gate Using NAND Gate.

XNOR GATE.

XNOR Gate Using NAND Gate.

Y=A+BC Using NAND Gate.

Untitled

HALF ADDER USING BASIC GATE AND NAND GATE.

FULL ADDER USING NAND GATE.

FULL ADDER USING BASIC GATE.

HALF SUBTRACTOR USING BASIC GATE.

FULL SUBTRACTOR USING BASIC GATE.

FULL SUBTRACTOR USING NAND GATE.

HALF SUBTRACTOR USING NAND GATE.

Y=A'B'D'+A'C' USING BASIC GATES.

Y=A'B'D'+A'C' USING NAND GATES.

Y=A'D'+BC+AD USING NAND GATES.

DISTRIBUTIVE LAW, A+(B.C)=(A+B).(A+C).

ASSOCIATIVE LAW, A+(B+C)=(A+B)+C.

2 X 1 MUX