Answered: different configurations shown in

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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Hand Calculation: 1. For different configurations shown in Figure 1, perform approximate hand calculations assuming that the operational amplifier is ideal. In each case sketch the expected output waveform in Table I. Assume that the sine and triangular waves have amplitude of 1V, the square wave varies from 0 to 5V with 50% duty cycle, and frequency of all signals is set to 1kHz. 2. Redesign the integrator circuit so that when the input is sine wave with frequency 1kHz the output voltage will have same amplitude. Use C=0.1μF. 3. Redesign the differentiator circuit so that when the input is sine wave with frequency 1kHz the output voltage will have same amplitude. Use C=0.1μF.

Function
CIRCUIT
+15V
10k
2
741
+16V
Unity-gain Buffer
1500pF
Vout
Differentiator
415V
741
Vat
R=5k
3
15V
+15V
%3D
R;=1k
R=2k
Inverting Amplifier
741
+15V
Vet
2 R;=1k
15V
Difference Amplifier
741
Vaut
R,=1k
R3=2k
R=1k
R=2k -15V
+15V
R=1k
2
Summing Amplifier
(Adder)
ReSk
741
Vout
15V
*.15V
R5k
2
741
1500pF
Voltage to Current Converter
R-10k
15V
+15V
100k
Va
2|
1k or 2k E z
R-10k
Inverting Integrator
741
out
15V
Cont. Next Page
4d2

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