task 4 - 46 - 21BCE3733

slow lerners q 12

Task-1-Circuit-1

Task-1-Circuit-2

Full adder 4:1 MUX

full adder using two half adders

4:16 Decoder

16 : 1 Multiplexer

4BIT ADDER USING NAND GATE

Full Adder

2 Bit Multiplier

Half Adder

Half Subtractor

4-Bit-Multiplier using adders

4:16 Decoder using NOR

SET-B 46

mux

reg no converter

Task 3 - 46 - 21BCE3733

SET-B-34

task 2 circuits

Full Subtractor

EXP : 6 3X3 BINARY MULTIPLIER

3 Bit Multiplier Circuit

4 Bit Adder using and or invert

half subtractor using mux

full subtractor using mux

3 Bit Multiplier Circuit

viva question 3

1x4 Demultiplexer using NAND gates

4:16 decoder using 3:8

DA1 - 7sd -common cathode - with dcc - using k map

DA1 - 7sd - common cathode - without dcc - using k map

DA1 - 7sd - common cathode - using boolean laws

DA1 - 7sd -common anode - using k map

4-bit Magnitude comparator

Mealy Machine

Moore Machine

asynchronous counter

BCD ripple counter

4x2 Priority Encoder using basic gates

64x1 mux using 8x1 mux

FAT question 4 circuit

16 : 1 Multiplexer

4*4 Bit Multiplier

4 BIT ALU

1x4 DEMUX using Basci Gates

Full adder using 3:8 decoder

4-Bit Synchronous Up Counter

4BIT SUBTRACTOR USING NAND GATE

Full adder using 8:1 Multiplexer