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1. Find the cut off frequency of the circuit given in Figure 1 with R=10 2, C=4.7 uF and amplitude of source voltage is 2.5 V. 2. Plot the gain (Vo /V,) of the circuit versus frequency.

1. Find the cut off frequency of the circuit given in Figure 1 with R=10 2, C=4.7 uF and amplitude of source voltage is 2.5 V. 2. Plot the gain (Vo /V,) of the circuit versus frequency.

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
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The low-pass filter configuration with a capasitor and resistor is given in Figure 1. A cut-off frequency of the circuit is given as: 1 2n RC Resistor, R Vr Capacitor, C Vout Figure 1: The RC Low-Pass Filter[1] Low Pass Filtter 3 d8 i= Cutoff Frequency Increasing Frequency-> f Figure 2. Frequency Response of the Low-Pass Filter[2] 3. PRELIMINARY WORK 1. Find the cut off frequency of the circuit given in Figure 1 with R=10 Q, C=4.7 uF and amplitude of source voltage is 2.5 V. 2. Plot the gain (V,/V,) of the circuit versus frequency. Normalized Output Power
Transcribed Image Text:The low-pass filter configuration with a capasitor and resistor is given in Figure 1. A cut-off frequency of the circuit is given as: 1 2n RC Resistor, R Vr Capacitor, C Vout Figure 1: The RC Low-Pass Filter[1] Low Pass Filtter 3 d8 i= Cutoff Frequency Increasing Frequency-> f Figure 2. Frequency Response of the Low-Pass Filter[2] 3. PRELIMINARY WORK 1. Find the cut off frequency of the circuit given in Figure 1 with R=10 Q, C=4.7 uF and amplitude of source voltage is 2.5 V. 2. Plot the gain (V,/V,) of the circuit versus frequency. Normalized Output Power
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