project.name

AKASHDEEP GUPTA

Member since: 519 days

Educational Institution: KIET Group of Institutions

Country: India

1x4 Demultiplexer( Akashdeep )

1x4 Demultiplexer( Akashdeep )
Public
1x4 Demultiplexer( Akashdeep )

NOR Latch(Akashdeep)

NOR Latch(Akashdeep)
Public
NOR Latch(Akashdeep)

Exp 4 Carry look-ahead adder

Exp 4 Carry look-ahead adder
Public
Exp 4 Carry look-ahead adder

sub M=0 Exp - 3

sub M=0 Exp - 3
Public
sub M=0 Exp - 3

Half Subtractor

Half Subtractor
Public
Half Subtractor

Encoder ( 8 to 3) Akashdeep

Encoder ( 8 to 3) Akashdeep
Public
Encoder ( 8 to 3) Akashdeep

SR Latch Using NOR(Akashdeep)

SR Latch Using NOR(Akashdeep)
Public
SR Latch Using NOR(Akashdeep)

Adder M=1 Exp - 3

Adder M=1 Exp - 3
Public
Adder M=1 Exp - 3

Binary Multiplier (Akashdeep)

Binary Multiplier (Akashdeep)
Public
Binary Multiplier (Akashdeep)

NAND Latch(Akashdeep)

NAND Latch(Akashdeep)
Public
NAND Latch(Akashdeep)

4x1 Multiplexer (Akashdeep)

4x1 Multiplexer (Akashdeep)
Public
4x1 Multiplexer (Akashdeep)

Master Slave D Flip flop(Akashdeep)

Master Slave D Flip flop(Akashdeep)
Public
Master Slave D Flip flop(Akashdeep)

SR Latch Using NAND(Akashdeep)

SR Latch Using NAND(Akashdeep)
Public
SR Latch Using NAND(Akashdeep)

1x8 Demutliplexer( Akashdeep )

1x8 Demutliplexer( Akashdeep )
Public
1x8 Demutliplexer( Akashdeep )

Decode (3 to 8) Akashdeep

Decode (3 to 8) Akashdeep
Public
Decode (3 to 8) Akashdeep

Binary to Gray code (exp - 5)

Binary to Gray code (exp - 5)
Public
Binary to Gray code (exp - 5)

logic gates

logic gates
Public
logic gates

Sequential Circuit using JK Flip Flop

Sequential Circuit using JK Flip Flop
Public
Sequential Circuit using JK Flip Flop

8x1 Multiplexer (Akashdeep)

8x1 Multiplexer (Akashdeep)
Public
8x1 Multiplexer (Akashdeep)

Clocked sequential circuit(exp-16)Akashdeep

Clocked sequential circuit(exp-16)Akashdeep
Public
Clocked sequential circuit(exp-16)Akashdeep

Full Adder

Full Adder
Public
Full Adder

Sequential Circuit using D Flip Flop(Akashdeep)

Sequential Circuit using D Flip Flop(Akashdeep)
Public
Sequential Circuit using D Flip Flop(Akashdeep)

Sequential Circuit using D Flip Flop(Akashdeep)

Sequential Circuit using D Flip Flop(Akashdeep)
Public
Sequential Circuit using D Flip Flop(Akashdeep)

J/K Flip Flop(Akashdeep)

J/K Flip Flop(Akashdeep)
Public
J/K Flip Flop(Akashdeep)

T Flip Flop(Akashdeep)

T Flip Flop(Akashdeep)
Public
T Flip Flop(Akashdeep)

D Latch Using NOR(Akashdeep)

D Latch Using NOR(Akashdeep)
Public
D Latch Using NOR(Akashdeep)

2-bit Arithmetic Logic Unit(Internal Assessment)

2-bit Arithmetic Logic Unit(Internal Assessment)
Public
2-bit Arithmetic Logic Unit(Internal Assessment)

Binary Mutiplier 3*3 (Akashdeep)

Binary Mutiplier 3*3 (Akashdeep)
Public
Binary Mutiplier 3*3 (Akashdeep)

sub M=1 exp - 3

sub M=1 exp - 3
Public
sub  M=1 exp - 3

Experiment - 3 Adder M=0

Experiment - 3 Adder M=0
Public
Experiment - 3 Adder M=0

Half adder

Half adder
Public
Half adder

Encode ( 4 to 2 ) Akashdeep

Encode ( 4 to 2 ) Akashdeep
Public
Encode ( 4 to 2 ) Akashdeep

Decoder (2 to 4) Akashdeep

Decoder (2 to 4) Akashdeep
Public
Decoder (2 to 4) Akashdeep

Gray to Binay Code (exp - 5)

Gray to Binay Code (exp - 5)
Public
Gray to Binay Code (exp - 5)

JK uisng D flip flop(Akashdeep)

JK uisng D flip flop(Akashdeep)
Public
JK uisng D flip flop(Akashdeep)

D Latch Using NAND(Akashdeep)

D Latch Using NAND(Akashdeep)
Public
D Latch Using NAND(Akashdeep)

Full Subtractor

Full Subtractor
Public
Full Subtractor

ALU Design 8-bit(Akashdeep)

ALU Design 8-bit(Akashdeep)
Public
ALU Design 8-bit(Akashdeep)

ALU Design 2-bit(Akashdeep)

ALU Design 2-bit(Akashdeep)
Public
ALU Design 2-bit(Akashdeep)
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