Member since: 4 years
Educational Institution: Not Entered
Country: Not Entered
LAB TEST
LAB TESTHALF ADDER ONLY USING BASIC GATES
HALF ADDER ONLY USING BASIC GATESHALF ADDER USING NAND GATE
HALF ADDER USING NAND GATEGRAY TO BINARY
GRAY TO BINARYHALF ADDER CIRCUIT
HALF ADDER CIRCUITFULL ADDER
FULL ADDERXS-3 TO BCD
XS-3 TO BCDBCD TO XS-3
BCD TO XS-3DECODER
DECODERFULL ADDER
FULL ADDERXOR USING NAND
XOR USING NANDXOR
XORDesign of Combinational Circuit To Drive Seven-Segment Display
Design of Combinational Circuit To Drive Seven-Segment DisplayHALF ADDER USING NOR GATE
HALF ADDER USING NOR GATE8 X 1 MUX using 2 2 X 1MUX
8 X 1 MUX using 2 2 X 1MUXXNOR USING NOR
XNOR USING NORXOR USING NOR
XOR USING NORXNOR
XNORFULL SUBTRACTOR
FULL SUBTRACTORXNOR USING NAND
XNOR USING NANDNOR GATES
NOR GATESHALF-SUBTRACTOR USING NAND GATE
HALF-SUBTRACTOR USING NAND GATEHALF-SUBTRACTOR
HALF-SUBTRACTOR2 Bit Adder/Subtractor Circuit Using Non-Universal Gates
2 Bit Adder/Subtractor Circuit Using Non-Universal GatesBINARY TO GRAY
BINARY TO GRAY1 BIT COMAPARATOR USING NAND GATE ONLY
1 BIT COMAPARATOR USING NAND GATE ONLY2 TO 4 DECODER AS 1 X 4 DE-MULTIPLEXER
2 TO 4 DECODER AS 1 X 4 DE-MULTIPLEXER1 BIT COMPARATOR CIRCUIT
1 BIT COMPARATOR CIRCUITImplementation of f=m(0,2,5,6) using 4x1 decodee
Implementation of f=m(0,2,5,6) using 4x1 decodee