Member since: 3 years
Educational Institution: Not Entered
Country: Not Entered
4:1 MUX USING NOR LOGIC
4:1 MUX USING NOR LOGICBCD TO EXCESS-3 using 1:8 DE-MUX
BCD TO EXCESS-3 using 1:8 DE-MUX8-4-2-1 TO EXCESS-3 USING DECODER
8-4-2-1 TO EXCESS-3 USING DECODERSERIAL ADDER
SERIAL ADDERSerial adder
Serial adder2to4 decorder using NOR
2to4 decorder using NORCIRCUIT USING REG N0
CIRCUIT USING REG N014 HW
14 HW4-bit Serial Adder
4-bit Serial Addercircuit using NOR logic
circuit using NOR logicImplement comparator design using a 4-to-16-line decoder
Implement comparator design using a 4-to-16-line decodertask 4
task 41:4 demux using NAND logic
1:4 demux using NAND logic4:1 MUX
4:1 MUX4:16 Decoder using NOR logic.
4:16 Decoder using NOR logic.CAT 2 Q
CAT 2 Q4:1 MUX
4:1 MUXDUAL MUX TO 1:8 DEMUX
DUAL MUX TO 1:8 DEMUXDesign the BCD to Common anode Seven Segment Code converter using only 4:16 Decoders constructed by two input logic gates.
Design the BCD to Common anode Seven Segment Code converter using only 4:16 Decoders constructed by two input logic gates.6 input OR gate in SOP(AOI) and POS (OAI) circuit using only 2 input NAND gates for (AOI/SOP) and using 2 input NOR gates for (OAI/POS).
6 input OR gate in SOP(AOI) and POS (OAI) circuit using only 2 input NAND gates for (AOI/SOP) and using 2 input NOR gates for (OAI/POS).INTERNAL CIRCUIT OF 1:2 DEMUX USING TWO INPUT NAND GATE
INTERNAL CIRCUIT OF 1:2 DEMUX USING TWO INPUT NAND GATE