Full Adder using 4:1 MUX

CAT 2 B2 Q3

CAT 2 B2 Q5

HA

HS

FA

FS

3*3 multi

2*2 multi

4*4 multi

4 Bit adder

f sop nand

f sop nor

f' sop nor

f' sop nand

f pos nor

f pos nand

f sop

f sop

f sop

f' sop

f pos nand

f' pos

4 Bit SISO Shift Register

4 Bit SIPO Shift Register

4 BIT PISO SHIFT REGISTER

4 Bit PIPO Shift Register

CAT 1 B2 Q1

BCD to 4321 using NOR Logic with dc

BCD to 4321 using NAND logic with dc

4 BIT ALU NIT

BCD to 4321 without dc

NAND logic circuit of 2:4 Decoder

AOI logic circuit of 2:4 Decoder

AOI logic circuit of 4:2 encoder

NAND logic circuit of 4:2 encoder

F SOP using decoder

F POS using Decoder

Half adder using Decoder

4:1 MUX using AOI

CAT 1 B1 Q2

f' pos nand

8:1 MUX A - SL

8:1 MUX B - SL

Full Subtractor using 8:1 MUX

4:1 MUX SOP

4:1 MUX POS

Half Adder using 4:1 MUX

Half Subtractor using 4:1 MUX

Full Subtractor using 4:1 MUX

2:1 MUX POS

Full Adder using 8:1 MUX

POS MUX Circuit

2:1 MUX SOP

SOP MUX Circuit

2:1 MUX NAND

2:1 MUX NOR

16:1 MUX SOP

16:1 MUX POS

Full adder using Decoder

Half subtractor using Decoder

Full subtractor using Decoder

Full Adder USING FA

full adder

f' pos nor

decoder

CAT 2 B1 Q5

CAT 2 B2 Q1

Bidirectional Shift Register

MOD 10 Counter

CAT 1 B1 Q1

CAT I B1 Q4

CAT 1 B2 Q4

CAT 2 B2 Q4

CAT-2 B2 Q5

f' sop nor

f pos

BCD to 4321 POS without dc

BCD to 4321 using MUX with Don't Care

BCD to 4321 using DeMultiplexer with Don't Care

BCD to 4321 using Decoder with Don't Care

CAT 1 B2 Q2

CAT 1 B2 Q5

Decoder Task 2

BCD to 4321 using AOI Logic with Don't Care

BCD to 4321 using OAI Logic with Don't Care

CAT 1 B1 Q5

4 BIT ALU

bcd to gray code converter using 16x1 mux

CAT 2 B1 Q3