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Full Subtractor
Full SubtractorGray code to Binary Converter
Gray code to Binary ConverterT Flip Flop
T Flip FlopBCD to Excess-3 using 8x1 MUZ
BCD to Excess-3 using 8x1 MUZSequence Detector
Sequence DetectorSR Flip Flop
SR Flip Flop4x1 Multiplexer
4x1 Multiplexer3-bit Synchronous up-counter using JK flipflop
3-bit Synchronous up-counter using JK flipflop16x1 Multiplexer
16x1 MultiplexerBCD to Excess-3
BCD to Excess-3Binary to Gray code Converter
Binary to Gray code ConverterFull Adder
Full AdderHalf Subtractor
Half SubtractorExternal Viva
External VivaBCD to seven segment - Common Anode
BCD to seven segment - Common AnodeFull Adder using MUX
Full Adder using MUX3-bit Asynchronous down-counter using JK flip-flops
3-bit Asynchronous down-counter using JK flip-flopsFull Adder using Decoder
Full Adder using DecoderExcess-3 to BCD Converter
Excess-3 to BCD ConverterD Flip Flop
D Flip FlopD counter, states: 0,1,2,4,0
D counter, states: 0,1,2,4,08x1 Multiplexer
8x1 MultiplexerJK Flip Flop
JK Flip FlopQuestions to Implement
Questions to ImplementHalf Adder
Half Adder4-bit SISO
4-bit SISOAsynchronous 2-bit up-counter using JK flipflop
Asynchronous 2-bit up-counter using JK flipflopBCD to Seven Segment Decoder - Common Cathode
BCD to Seven Segment Decoder - Common Cathode2x1 Multiplexer
2x1 Multiplexer2-bit Synchronous up-counter using Jk flipflop
2-bit Synchronous up-counter using Jk flipflop3-bit Synchronous down-counter using JK fliplfop
3-bit Synchronous down-counter using JK fliplfop3-bit Asynchronous up-counter using JK flip-flops
3-bit Asynchronous up-counter using JK flip-flops