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report. The report should cover the followings 1. Name of the experiment 2. Objective 3. Required Components and Equipments 4. Experimental Setup (i.e., diagram of the circuit) J. Results and Discussions Draw a circuit diagram which will compare three 4 bit numbers. You have Magnitude Comparators and 2:1 MUXs.   plz attach the proteus file

report. The report should cover the followings 1. Name of the experiment 2. Objective 3. Required Components and Equipments 4. Experimental Setup (i.e., diagram of the circuit) J. Results and Discussions Draw a circuit diagram which will compare three 4 bit numbers. You have Magnitude Comparators and 2:1 MUXs.   plz attach the proteus file

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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report.
The report should cover the followings
1. Name of the experiment
2. Objective
3. Required Components and Equipments
4. Experimental Setup (i.e., diagram of the circuit)
J. Results and Discussions
Draw a circuit diagram which will compare three 4 bit numbers. You have
Magnitude Comparators and 2:1 MUXs.


 

plz attach the proteus file

Experiment # 8 Design and Implementation of the following circuit: Four 2 bit numbers A, B, C, D and two selection variables S, and S, are available. S1 will select either A or B and S2 will select either C or D. Depending on the two selection variables, the circuit will work in the following way. S S IC: MUX (74153) 1 2 Adder: 7483 Operation A+C A+D 1 B+C B+D 1 1 1 Az A, B, C2 c, D2 D, 2:1 2:1 2:1 2:1 S, s, 2 bit Parallel Adder B,
Transcribed Image Text:Experiment # 8 Design and Implementation of the following circuit: Four 2 bit numbers A, B, C, D and two selection variables S, and S, are available. S1 will select either A or B and S2 will select either C or D. Depending on the two selection variables, the circuit will work in the following way. S S IC: MUX (74153) 1 2 Adder: 7483 Operation A+C A+D 1 B+C B+D 1 1 1 Az A, B, C2 c, D2 D, 2:1 2:1 2:1 2:1 S, s, 2 bit Parallel Adder B,
Mux 74153 DATA INPUTS strobe VcC 2G MUX Connection: output select 2C3 2C2 2C1 2C0 Make 4:2 Mus to 2:1 Mux in the following way 16 1514 13 12 11 10 6. Shoit Selector A and B Selector 00 11 Data input (Active) Output (1Y) Ouput (2Y) 100 1C3 2C3 2G 2C2 2C1 BBAĀ 2C0 2Y 100. 200 1C3 2C3 200 203 Giye Inputs 1G B BAA First IC Connection: A B-S1 (Selector) 1C3 1C2 1C1 1CO 1Y 100-Al IC-B1 1/2 5 6 78 4 0HA2 strobe B 1C3 1G select 1C2 1C1 1C0 output GND DATA INPUTS Adder 7483 Second IC Connecton C D-52 (Seiector) B4 24 C4 CO GND B1 A1 21 I0-CI IC-D 14 12 16 15 13 11 10 9. ac0 MS/ 24 C4 CO B1 A1 100 B4 1 A4 A2 B2 Σ3 A3 83 22 Seecter 51 OUTPUT f MUX-1 TY Selector 52 OUTPUT of MUX-2 (Second MUX 7 8 IFrst MUX 2Y 2Y 3 4 6. A1 A2 A4 Σ3 A3 B3 VCC 2 B2 A2 A1 D2 82 C1 C2 Set: C4 = COUTCo=0 Strobe = Low 82 DI 02 MUX Connection: 439
Transcribed Image Text:Mux 74153 DATA INPUTS strobe VcC 2G MUX Connection: output select 2C3 2C2 2C1 2C0 Make 4:2 Mus to 2:1 Mux in the following way 16 1514 13 12 11 10 6. Shoit Selector A and B Selector 00 11 Data input (Active) Output (1Y) Ouput (2Y) 100 1C3 2C3 2G 2C2 2C1 BBAĀ 2C0 2Y 100. 200 1C3 2C3 200 203 Giye Inputs 1G B BAA First IC Connection: A B-S1 (Selector) 1C3 1C2 1C1 1CO 1Y 100-Al IC-B1 1/2 5 6 78 4 0HA2 strobe B 1C3 1G select 1C2 1C1 1C0 output GND DATA INPUTS Adder 7483 Second IC Connecton C D-52 (Seiector) B4 24 C4 CO GND B1 A1 21 I0-CI IC-D 14 12 16 15 13 11 10 9. ac0 MS/ 24 C4 CO B1 A1 100 B4 1 A4 A2 B2 Σ3 A3 83 22 Seecter 51 OUTPUT f MUX-1 TY Selector 52 OUTPUT of MUX-2 (Second MUX 7 8 IFrst MUX 2Y 2Y 3 4 6. A1 A2 A4 Σ3 A3 B3 VCC 2 B2 A2 A1 D2 82 C1 C2 Set: C4 = COUTCo=0 Strobe = Low 82 DI 02 MUX Connection: 439
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