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parallel adder
parallel adderjk circuit excitation
jk circuit excitation3 to 8 line decoder
3 to 8 line decoderD Flip Flop
D Flip FlopFull adder using decoder and two OR gates
Full adder using decoder and two OR gatesHalf-Subtractor
Half-SubtractorXOR using basic gates
XOR using basic gatesPLA with 3 inputs
PLA with 3 inputsPAL
PAL4 TO 1 MUX
4 TO 1 MUXNOT Gate
NOT Gatequestion 7
question 7OR using NOR
OR using NORFull-adder
Full-adderT flip flop using nand
T flip flop using nandJK excitation circuit
JK excitation circuitD excitation circuit
D excitation circuitT excitation circuit
T excitation circuitNOT using NAND
NOT using NANDAND Gate
AND GateQuestion 4
Question 4Full-subtractor
Full-subtractorFull subtractor using decoder
Full subtractor using decoder4 TO 1 MUX OF F
4 TO 1 MUX OF FJ K Flipflop
J K FlipflopOR Gate
OR GateHalf-adder
Half-adderAND unsing NAND
AND unsing NANDOR using NAND
OR using NANDAND using NOR
AND using NORquestion 6
question 6MAGNITUDE COMPARATOR
MAGNITUDE COMPARATORSR latch using nand gates
SR latch using nand gatesJ K Flipflop using AND and NOR
J K Flipflop using AND and NORSR latch using NOR gates
SR latch using NOR gates32 x 4 ROM
32 x 4 ROMXNOR using basic gates
XNOR using basic gatescombinational circuit using ROM that accepts 2 bit number and generates output binary number equal to the square of the input number
combinational circuit using ROM that accepts 2 bit number and generates output binary number equal to the square of the input numberNOT using NOR
NOT using NORBCD to excess 3 code converter
BCD to excess 3 code converter4 to 1 MUX
4 to 1 MUXRS excitation circuit
RS excitation circuitSR latch with control input using NAND gates
SR latch with control input using NAND gates8 to 3 line encoder
8 to 3 line encoderJK master slave flip flop
JK master slave flip flop