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Input A Input B Output F Input Input A'B'C 1 A'B'C 1 A'BC' 1 1 АВС 1 AB'C' 1 1 AB'C 1 1 АВС 1 1 1 ABC

Input A Input B Output F Input Input A'B'C 1 A'B'C 1 A'BC' 1 1 АВС 1 AB'C' 1 1 AB'C 1 1 АВС 1 1 1 ABC

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Implementation of Combinational Functions using various Logic Gates

 

BCS Digital Logic Design 3. Experimental Work: In this experiment, you will Implement a combinational logic by applying the various inputs, according to the table given here under and find out the results with respect to the Boolcan expression. Input A Input C Input Input Output F A'B'C 1 A'B'C 1 A'BC' 1 1 АВС 1 AB'C' 1 AB'C 1 1 АВС" 1 1 1 АВС
Transcribed Image Text:BCS Digital Logic Design 3. Experimental Work: In this experiment, you will Implement a combinational logic by applying the various inputs, according to the table given here under and find out the results with respect to the Boolcan expression. Input A Input C Input Input Output F A'B'C 1 A'B'C 1 A'BC' 1 1 АВС 1 AB'C' 1 AB'C 1 1 АВС" 1 1 1 АВС
BCS Digital Logic Design EXPERIMENT # 5 IMPLEMENTATION OF COMBINATIONAL FUNCTIONS USING VARIOUS LOGIC GATES 1. Material Required • IC component: 4073, 4072, 4049 • Connecting Wires • Logic Trainer 2. Procedure • Connect the Logic trainer to 220 volts AC power supply. • Install the IC's on trainer's breadboard. Wire the circuit according to the diagram shown as here under. • Usc logic switches to provide inputs at A. B and C as per table provided in step 3. • Connect the output of the circuit to the LED provided on the breadboard. • Verify the truth table with respect to the inputs and outputs to satisfy the system design. A Out put ABC + AEC + ABC + ABC ABC ABC ABC ABC
Transcribed Image Text:BCS Digital Logic Design EXPERIMENT # 5 IMPLEMENTATION OF COMBINATIONAL FUNCTIONS USING VARIOUS LOGIC GATES 1. Material Required • IC component: 4073, 4072, 4049 • Connecting Wires • Logic Trainer 2. Procedure • Connect the Logic trainer to 220 volts AC power supply. • Install the IC's on trainer's breadboard. Wire the circuit according to the diagram shown as here under. • Usc logic switches to provide inputs at A. B and C as per table provided in step 3. • Connect the output of the circuit to the LED provided on the breadboard. • Verify the truth table with respect to the inputs and outputs to satisfy the system design. A Out put ABC + AEC + ABC + ABC ABC ABC ABC ABC
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