21BCI0156_Cat-1_Q4b

21BCI0156_Cat-1_Q5

21BCI0156 VIVA Q3

AOI logic circuit of 2:4 Decoder

4 :1 multiplexer using 2:1 Multiplexers

half subtractor using mux

16:1 MUX using 8:1 MUX

half adder using mux

full subtractor using mux

8x1 mux 21BCI0156

3*8 decoder using 2*4 decoder

2:4 decoder using 1:2 decoder

AOI logic circuit of 4:2 encoder

NAND logic circuit of 4:2 encoder

1x8 21BCI0156

21BCI0156_TASK4_VIVA_SetB

8:1 MUX using 4:1 MUX & 2:1 MUX

4 :1 multiplexer using 2:1 Multiplexers

2x1 mux using nand

2x1 mux using nor

16X1 MUX 21BCI0156

1x16 decoder 21BCI0156

21BCI0156_Cat-1_Q1a

21BCI0156_Cat-1_Q3a

21BCI0156_Cat-1_Q3b

21BCI0156_Cat-1_Q4a

21BCI0156_Cat-1_Q1b

21BCI0156_Cat-1_Q2

Universal Shift Register

4:16 USING 3:8 DECODER

3:8 DECODER USING TWO 2:4 DECODERS

3*8 decoder using 2*4

3:8 DECODER USING 2:4 DECODER

4:16 decoder using 3:8

Common Cathode without dc

Common Cathode without dc

Common Cathode with Don't care

Common Cathode with Don't care

Common Anode w/o dc

Common Anode with DC

Common Anode w/o dc

21BKT0038_BCD_CC_16:1_w_dc

BCD_CC_16:1_w_dc

8:1 7SEG DISP without dont care

BCD_CC_16:1_w/o_dc

BCD_CA_16:1_w_dc

BCD_CA_16:1_w/o_dc

8:1 7SEG DISP without dont care

8:1_using_4:1

4:1_using_2:1

BCD_CA_1:16

1:4_using_1:2

BCD_CC_1:16

1:16_using_1:8

1:8_using_1:4

BCD_CA_1:16

BCD_CC_4:16

BCD_CA_4:16

21BCI0156_BCD_TO_5421_AOI

BCD ripple counter

BCD_CC_8:1_w_dc

Circuit 3.3

4:16_using_3:8

1 BIT ALU

4 BIT ALU

2:1 multiplexer IOA

NAND logic circuit of 2:4 Decoder

Common Anode with DC

21BCI0156_TASK4_VIVA_SetA

8:1 7SEG DISP common anode without dont cares

8:1 7SEG DISP common anode with dont cares

2:1 multiplexer IOA

Full Adder using Half Adder using mux Using Mux