4.Procedure1. Connect the circuit as shown in Figure 3. Wiring sequence :12V(+)-1, 12V(-)-3, GND-2, 30V(+)-8, 15V(+)-19, VM(+)48, VM(-)-65,30V(-)-66, 15V(-)-66.2. Switch the power supply on ±12V.3. Set reference voltage V=1V at non inverting i/p and vary thevoltage at inverting i/p a shown in table 1. Note down all theobservations.20V+12V0- 30VDCSupply1 12VPowerSupply+12V-12V6.7410- 15VDCSupplyVrefV 200V-12VResults faferintenting inputISPnonin ker ting Vref l Valt0/P-l1.1180/p va.61.21.2inkerting infutinkertingKef=2 VaHI/PI/PVe.5Hell82.2.21.5IL 52.2Discussion:1. From the results you obtained, discuss themechanism of comparingtwo D. C voltages by the comparator.2. What is the main player in the comparison process?3. How can this operation be useful in practice?4. Suggest a few applications for the comparator.

Given the circuit, as shown below: Given the result: a) From the results we need to discuss the…

Discussion: 1. From the results you obtained, discuss the mechanism of comparing two D. C voltages by the comparator. 2. What is the main player in the comparison process? 3. How can this operation be useful in practice? 4. Suggest a few applications for the comparator.

Discussion: 1. From the results you obtained, discuss the mechanism of comparing two D. C voltages by the comparator. 2. What is the main player in the comparison process? 3. How can this operation be useful in practice? 4. Suggest a few applications for the comparator.

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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