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- 10 Wz = 20 x 106 %3D FIGURE P3.2.2. 10° rad/s is applied to a circuit as shown in Fig. P3.2.3. Determine the level of the 50th harmonic. [83.01 dBµV] Use 3.2.3 A periodic waveform with wo ? PSPICE to verify this. [83.009 dBµV] VsU)4 1 ΚΩ r20 2BAV +20 -40 Vsl) 400 pF 1 kQ 100 dBuV Vout!h Do = 105 З000 200 0c 106 %3D FIGURE P3.2.3. +1

- 10 Wz = 20 x 106 %3D FIGURE P3.2.2. 10° rad/s is applied to a circuit as shown in Fig. P3.2.3. Determine the level of the 50th harmonic. [83.01 dBµV] Use 3.2.3 A periodic waveform with wo ? PSPICE to verify this. [83.009 dBµV] VsU)4 1 ΚΩ r20 2BAV +20 -40 Vsl) 400 pF 1 kQ 100 dBuV Vout!h Do = 105 З000 200 0c 106 %3D FIGURE P3.2.3. +1

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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A periodic waveform with w0 = 10^5 rad/s is applied to a circuit as shown in Fig. P3.2.3. Determine the level of the 50th harmonic.

- 10 Wz = 20 x 106 %3D FIGURE P3.2.2. 10° rad/s is applied to a circuit as shown in Fig. P3.2.3. Determine the level of the 50th harmonic. [83.01 dBµV] Use 3.2.3 A periodic waveform with wo ? PSPICE to verify this. [83.009 dBµV] VsU)4 1 ΚΩ r20 2BAV +20 -40 Vsl) 400 pF 1 kQ 100 dBuV Vout!h Do = 105 З000 200 0c 106 %3D FIGURE P3.2.3. +1
Transcribed Image Text:- 10 Wz = 20 x 106 %3D FIGURE P3.2.2. 10° rad/s is applied to a circuit as shown in Fig. P3.2.3. Determine the level of the 50th harmonic. [83.01 dBµV] Use 3.2.3 A periodic waveform with wo ? PSPICE to verify this. [83.009 dBµV] VsU)4 1 ΚΩ r20 2BAV +20 -40 Vsl) 400 pF 1 kQ 100 dBuV Vout!h Do = 105 З000 200 0c 106 %3D FIGURE P3.2.3. +1
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