4:16_decoder

coomon_anode_dc

half_adder_21bce2911

DA_4_AND_OR

Q1_b

Q3_a

Q3(b)

Q4_b

Q5_1

q4_a

full_adder_21bce2911

full_subtractor_21bce2911

practice_16x1

Full Adder using Half Adder using mux Using Mux

hs_21bce2911

2x1_mux_using_nor

16x1_using_8x1_and_2x1

4x1_using_2x1

half_adder_using_decoder

3x8_using_2x4_decoder

t1_34_21bce2911_1

t1_34_21bce2911_pos_nor

t1_34_21bce2911

Task_2_example

t1_34_21bce2911_SOP2

4-bit ALU

T1_34_VIVA_CIRCUIT_21BCE2911

VIVA_34_21BCE2911_Q2

4:2 Encoder

T1_34_21BCE2911_VIVA_Q1

T1_34_21BCE2911_Q2

2x1_using_and_or

1_BIT_ALU

2x1_SOP

2x1_mux_POS

2X1_mux_nand

implement_16x1_t1_t2

2:4 Decoder using NAND

3*8 DECODER USING TWO 2*4 DECODERS

Full Adder using Decoder

4-bit ALU

DeMux 1:4

7 Segment Display

DA_3_NAND

7_SEG_MUX_CATHODE

8X1_mux_7_segment

4-bit Magnitude comparator

Mealy_machines

Moore_machine

Synchron_ctr

Aynchr_ctr

SEVEN SEGMENT DECODER CIRCUITCOMMON ANODE

8:1 MUX using 2:1 MUX

COMMON CATHODE 7 SEGMENT DECODER_16:1 MUX

COMMON ANODE SEVEN SEGMENT DECODER USING 16:1 MUX

without_dc_cathode

Q3_HOT_QUES_CIRCUITVERSE

Implement a Combinational circuit framed by reg no 8:1 mux

8 BIT ALU

3:8_decoder

t1_34_21bce2911_pos_1

Untitled

8 BIT ALU

2x4_Decoder_using_AOI

2x2_multiplier_21bce2911

Implementation of combinational circuit using 16:1 mux:(1,2,9,11,12,14)

LAB 10