Member since: 1 year
Educational Institution: VIT VELLORE
Country: India
random counter
random counter3 bit synchronous up/down counter using T flipflop
3 bit synchronous up/down counter using T flipflopRANDON counter
RANDON counterMOD n counter
MOD n counter4 -BIT Adder
4 -BIT AdderMux for (b) y1
Mux for (b) y1Mux for (b) y1
Mux for (b) y1Mux for (B) y2
Mux for (B) y2Full Adder
Full AdderHalf Subtractor
Half SubtractorFull Subtractor
Full SubtractorSOP expression Using MUX
SOP expression Using MUX4:1 Mux Using 2:1 Mux
4:1 Mux Using 2:1 Mux8:1 USING 4:1
8:1 USING 4:1Circuit Diagram Using POS equation OAI
Circuit Diagram Using POS equation OAIMultiplexer Based Circuit Using 8:1 MUX
Multiplexer Based Circuit Using 8:1 MUXAOI logic circuit of 2:4 Decoder
AOI logic circuit of 2:4 DecoderNAND logic circuit of 2:4 Decoder
NAND logic circuit of 2:4 DecoderNAND logic circuit of 4:2 encoder
NAND logic circuit of 4:2 encoderTask I (SOP) implemented using Decoder Active Low logic
Task I (SOP) implemented using Decoder Active Low logicTask I (POS) implemented using Decoder Active Low logic
Task I (POS) implemented using Decoder Active Low logicPOS Expression Using MUX
POS Expression Using MUXHomework Q18
Homework Q18Q2 java 2
Q2 java 2q2 dsd 1
q2 dsd 11 BIT ALU
1 BIT ALU7 Segment Decoder common cathode
7 Segment Decoder common cathodeTask I (POS) implemented using Decoder Active High logic
Task I (POS) implemented using Decoder Active High logicCircuit verse link for code convertor circuit using NAND logic
Circuit verse link for code convertor circuit using NAND logicCircuit verse link for code convertor circuit using NOR logic
Circuit verse link for code convertor circuit using NOR logicHot Question 2 mux (a)
Hot Question 2 mux (a)SISO SIPO
SISO SIPOPISO PIPO
PISO PIPOBi-Directional Shift Registers
Bi-Directional Shift RegistersCAT-1 Q1
CAT-1 Q1CAT-1 Q2
CAT-1 Q2CAT-1 Q4
CAT-1 Q4CAT1 Q5
CAT1 Q5CAT1 Q1 B2
CAT1 Q1 B2CAT1 B2 Q2
CAT1 B2 Q2Binary to 7 Segment
Binary to 7 SegmentQ3_2_2
Q3_2_2Untitled
UntitledUntitled
UntitledCAT1 B2 Q4
CAT1 B2 Q4Half Adder
Half AdderCAT1 B2 Q5
CAT1 B2 Q5CAT2 B1 Q3
CAT2 B1 Q3CAT2 B1 Q5
CAT2 B1 Q5CAT2 B2 Q1
CAT2 B2 Q1CAT2 B2 Q3
CAT2 B2 Q3CAT2 B2 Q4
CAT2 B2 Q4DA Q9_1
DA Q9_1DA Q9_2
DA Q9_27 segment display using 1:16 demux
7 segment display using 1:16 demuxQ9_3 DA
Q9_3 DA7 segment display using 4:16 decoder
7 segment display using 4:16 decoder7 segment display using 4:16 decoder
7 segment display using 4:16 decoder7 segment display using 3:8 decoder
7 segment display using 3:8 decoderCAT2 B2 Q5
CAT2 B2 Q5Circuit vese code convertor circuit link using Multiplexer
Circuit vese code convertor circuit link using MultiplexerCircuit vese code convertor circuit link using Demultiplexer
Circuit vese code convertor circuit link using DemultiplexerCAT2 B1 Q4
CAT2 B1 Q4CAT2 B2 Q2
CAT2 B2 Q2AOI Logic Circuit
AOI Logic CircuitDecoder for reg. no.
Decoder for reg. no.Mux for reg. no.
Mux for reg. no.16:1 USING 8:1
16:1 USING 8:1Circuit Diagram Using 2:1 MUX NOR
Circuit Diagram Using 2:1 MUX NOR4 BIT ADDER
4 BIT ADDERViva Q1
Viva Q1Hot Question 2 dec (a)
Hot Question 2 dec (a)CAT 2 B1 Q4
CAT 2 B1 Q4da q8 a
da q8 aq8 da b
q8 da b7 Seg Decoder COMMON ANODE
7 Seg Decoder COMMON ANODEDA 3_2_2
DA 3_2_2Binary to 7 Segment COMMON ANODE
Binary to 7 Segment COMMON ANODE7 Seg Decoder COMMON CATHODE
7 Seg Decoder COMMON CATHODEDA 3_1_1
DA 3_1_1random counter
random counterCircuit Diagram Using 2:1 MUX NAND
Circuit Diagram Using 2:1 MUX NANDMultiplexer based circuit implemented using 4:1 Multiplexer
Multiplexer based circuit implemented using 4:1 MultiplexerCircuit vese code convertor circuit link using OAI logic
Circuit vese code convertor circuit link using OAI logicAOI logic circuit
AOI logic circuitCircuit Diagram Using 2:1 MUX AOI
Circuit Diagram Using 2:1 MUX AOIBinary to 7 Segment
Binary to 7 Segmentcat 2 b1 q2
cat 2 b1 q27 segment display 1:16 demux using 1:8 demux
7 segment display 1:16 demux using 1:8 demuxTask I (SOP) implemented using Decoder Active High logic
Task I (SOP) implemented using Decoder Active High logicDA Q6
DA Q67 segment display using 3:8 decoder
7 segment display using 3:8 decoderAOI logic circuit of 4:2 encoder
AOI logic circuit of 4:2 encoderCircuit verse link for code convertor circuit using AOI logic
Circuit verse link for code convertor circuit using AOI logicCircuit vese code convertor circuit link using Decoder
Circuit vese code convertor circuit link using Decoder7 segment display using 1:16 demux
7 segment display using 1:16 demux