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LAB
LABPrime and Non-Prime numbers (4-bit) Display
Prime and Non-Prime numbers (4-bit) Display4-bit Odd and Even indicator
4-bit Odd and Even indicator2 bit magnitude Comparator
2 bit magnitude ComparatorOctal to binary using basic Gate
Octal to binary using basic Gate4:2 Priority Encoder
4:2 Priority EncoderImplementation of Full Adder Using MUX IC 4539B.
Implementation of Full Adder Using MUX IC 4539B.NAND gates as AND gate
NAND gates as AND gateFull Adder Using Two Half Adder and an OR Gate
Full Adder Using Two Half Adder and an OR GateBCD to decimal
BCD to decimalfull subtractor using two half subtractor and an Or gate
full subtractor using two half subtractor and an Or gate4 bit Gray code to 4 bit Binary
4 bit Gray code to 4 bit BinaryBCD to Excess -3 code
BCD to Excess -3 codeTrial befre 1st ex
Trial befre 1st exUntitled
UntitledXOR with NAND
XOR with NANDExcess -3 code to BCD.
Excess -3 code to BCD.Adder
AdderEven Parity
Even ParityMUX 4:1
MUX 4:11:4 De-MUX
1:4 De-MUX1:4 De-MUX
1:4 De-MUX3-8 De-Coder
3-8 De-CoderNOR gates as AND gate
NOR gates as AND gateNAND gates as OR gate
NAND gates as OR gateNAND gates as AND gate
NAND gates as AND gateA’ + A.B + B’
A’ + A.B + B’EXP-2
EXP-2A.B’ + A’B’ + B’C
A.B’ + A’B’ + B’CA + B.C
A + B.C4 bit Binary code to 4 bit Gray code.
4 bit Binary code to 4 bit Gray code.Half-Subtractor
Half-SubtractorNAND gates as NOT gate
NAND gates as NOT gateNOR gates as X-OR gate
NOR gates as X-OR gateFull Subtractor
Full SubtractorFlipflop
FlipflopNAND gates as X-OR gate
NAND gates as X-OR gateFull Subtractor
Full SubtractorNOR gates as OR gate
NOR gates as OR gateBCD to decimal
BCD to decimalImplementation of Full Subtractor using MUX
Implementation of Full Subtractor using MUX