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2:1 MUX USING NAND GATE
2:1 MUX USING NAND GATE8:1 MUX USING 2:1 MUX
8:1 MUX USING 2:1 MUXBT20ECE080_NOR_Gate_Truthtable_verification
BT20ECE080_NOR_Gate_Truthtable_verificationBT20ECE080_NOT_Gate_Truthtable_verification
BT20ECE080_NOT_Gate_Truthtable_verificationBT20ECE080_EXNOR_Gate_Truthtable_verification
BT20ECE080_EXNOR_Gate_Truthtable_verificationBT20ECE080_EXOR_Gate_Truthtable_Verification
BT20ECE080_EXOR_Gate_Truthtable_Verification4 bit bidirectional shift register
4 bit bidirectional shift register8:3 ENCODER
8:3 ENCODERDECODER 3:8
DECODER 3:8T and D F/F using JK F/F
T and D F/F using JK F/FNAND GATE
NAND GATEDe'morgance law
De'morgance lawBoolean function using minimum no. of NAND gate
Boolean function using minimum no. of NAND gateFull adder using NAND gate
Full adder using NAND gateJK F/F truthtable and Master slave JK f/f
JK F/F truthtable and Master slave JK f/fLAB 2 Circuit using NANd Gate
LAB 2 Circuit using NANd GatePRIORITY ENCODER 4:2
PRIORITY ENCODER 4:2synchronous 2 bit counter
synchronous 2 bit counterBT20ECE080_AND_Gate_Truthtable verification
BT20ECE080_AND_Gate_Truthtable verificationBT20ECE080_OR_Gate_Truthtable_Verification
BT20ECE080_OR_Gate_Truthtable_Verificationlogic gates using minimum no. of NAND gates
logic gates using minimum no. of NAND gatesdecade counter
decade counter