DA Q3 17 L27L28 MUX Code Converter 22BCE2049

DA Q3 17 L27L28 MUX Code Converter 22BCE2049

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4*4 Bit Array Multiplier

FULL ADDER USING NAND GATES

FULL SUBTRACTOR

OAI LOGIC F(A,B,C,D)

(A'+B+D).(C+D').(B'+D)

Q 13

BCD To 7 Segment Decoder

VIVA QUESTION 2

1:2 DECODER

2:4 decoder using 1:2 decoder

AOI logic circuit of 2:4 Decoder

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SOP EXPRESSION USING 8:1 MUX

SOP EXPRESSION USING 4:1 MUX

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BCD To 7 Segment Decoder

Common Cathode with Don'T Care

Common Anode with DC

darn_1_q9

BCD_CA_1:16

7SEG_CA_1:16

BCD_CC_8:1_w_dc

8:1 7SEG DISP common anode without dont cares

8:1 7SEG DISP common anode with dont cares

BCD_CA_1:16

BCD_CC_1:16

BCD_CA_1:16

8:1 7SEG DISP common anode with dont cares

BCD_CC_8:1_w_dc

8:1 7SEG DISP without dont care

8:1 7SEG DISP common anode without dont cares

BCD_CC_1:16

21BKT0038_BCD_CA_w_dc

BCD_CC_16:1_w/o_dc

BCD_CA_16:1_w/o_dc

BCD_CA_16:1_w_dc

BCD_CC_16:1_w_dc

BCD_CC_16:1_w_dc

21BKT0038_BCD_CC_4:16

21BKT0038_BCD_CA_4:16

21BKT0038_BCD_CA_4:16

21BKT0038_BCD_CC_4:16

BCD_CC_16:1_w/o_dc

7 segment display using 3:8 decoder

BCD_CA_16:1_w_dc

BCD_CA_16:1_w/o_dc

4-to-16 Decoder from 2-to-4 Decoders

4-to-16 Decoder from 2-to-4 Decoder

Common Cathode with Don't care

Common Anode w/o dc

Common Anode w/o dc

7 segment display using MUX

7 segment display using MUX

7 segment display using 8x1 mux

Common Anode w/o dc

Common Anode w/o dc

Common Cathode with Don't care

7 SEG DISPLAY USING 3:8 DECODER

7 Segment Display

Common Anode with DC

Common Cathode with Don'T Care

4*4 Bit Array Multiplier

3X3 MULTIPLIER

NAND logic circuit of 2:4 Decoder

3*8 DECODER USING TWO 2*4 DECODERS

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2x2 bit binary multiplier

3 INPUT OR GATE USING 4:1 MUX

BCD To 7 Segment Decoder

Full adder using 2 pcs 8x1 multiplexer

Full adder using 2 pcs 8x1 multiplexer

8:1 7SEG DISP without dont care