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1. Set the function signal generator to generate square wave at f = 650 Hz and Vs p.p = 8 V. 2. Connect the circuit shown in Figure 1. %3D i(t) R | vR(t) 1.5 KN v,(t)=8 Vp.p( + 650 Hz C 0.1 #F ve(t) Figure 1 3. Plot the curves of v,(t) and v.(t) against time in graph paper on the same аxis.

1. Set the function signal generator to generate square wave at f = 650 Hz and Vs p.p = 8 V. 2. Connect the circuit shown in Figure 1. %3D i(t) R | vR(t) 1.5 KN v,(t)=8 Vp.p( + 650 Hz C 0.1 #F ve(t) Figure 1 3. Plot the curves of v,(t) and v.(t) against time in graph paper on the same аxis.

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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1. Set the function signal generator to generate square wave at f = 650 Hz and Vs p.p = 8 V. 2. Connect the circuit shown in Figure 1. %3D i(t) + R ↑ Vr(t) 1.5 KN v,(t)=8 Vp.p( 650 Hz C 0.1 μF ve(t) Figure 1 3. Plot the curves of v,(t) and v.(t) against time in graph paper on the same аxis.
Transcribed Image Text:1. Set the function signal generator to generate square wave at f = 650 Hz and Vs p.p = 8 V. 2. Connect the circuit shown in Figure 1. %3D i(t) + R ↑ Vr(t) 1.5 KN v,(t)=8 Vp.p( 650 Hz C 0.1 μF ve(t) Figure 1 3. Plot the curves of v,(t) and v.(t) against time in graph paper on the same аxis.
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