Ashbin Shiju
Member since: 2 years
Educational Institution: School of engineering , Cochin University of Science and Technology
Country: India
4:1 mux using gates
4:1 mux using gates
Function using Mux
Function using Mux
full adder ad mux 4:1
full adder ad mux 4:1
3 bit down counter
3 bit down counter
JK and D Flip flop
JK and D Flip flop
T Flip Flop
T Flip Flop
4 bit Adder using blocks
4 bit Adder using blocks
Half Adder Using Mux
Half Adder Using Mux
Demux using Basic Gate
Demux using Basic Gate
Adder to Adder and Sub using Gate
Adder to Adder and Sub using Gate
Adder to Add and Sub using Block
Adder to Add and Sub using Block
16:1 mux
16:1 mux
Aadhar With Indirect method
Aadhar With Indirect method
DE Exam Test 1
DE Exam Test 1
n+1 Mod 9 upcounter
n+1 Mod 9 upcounter
mod 64 using Sub circuit
mod 64 using Sub circuit
Excess 3 Adder using 4 Bit
Excess 3 Adder using 4 Bit
4 Bit BCD Adder
4 Bit BCD Adder
3 bit down counter
3 bit down counter
Mod 3 up Counter
Mod 3 up Counter
Harsha 3 bit up
Harsha 3 bit up
SR Flip Flop using Nand
SR Flip Flop using Nand
Mod 56 counter
Mod 56 counter
Mod 10 Syn Counter with Gates
Mod 10 Syn Counter with Gates
Serial and Parallel out and in
Serial and Parallel out and in
Mod 16 Counter with mod bit
Mod 16 Counter with mod bit
Aadhar with Direct Method
Aadhar with Direct Method
8:1 mux
8:1 mux
Binary To Grey using Mux
Binary To Grey using Mux
Even Parity Hamming code Generator
Even Parity Hamming code Generator
4:1 Demux using NAND Gates
4:1 Demux using NAND Gates
Full Adder using Half Adder using mux Using Mux
Full Adder using Half Adder using mux Using Mux
3 to 8 decoder
3 to 8 decoder
Mod 8 Up / Down Counter using mod Bit
Mod 8 Up / Down Counter using mod Bit
Mod Ring and johnson counter
Mod Ring and johnson counter
Mod 8 Up / Down Counter using mod Bit
Mod 8 Up / Down Counter using mod Bit
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