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b) The figure shows the phase shift oscillator with Opam with R; = 12 k2 and feedback resistor of Re = 36 k2 that need to operate at 2.5 kHz. Select the capacitor C and resistor R to obtain the 2.5 kHz. Verify your design, making a simulation in a specialized software (Multisim) showing the input and output signals and the frequency of the output signal. +Vcc R, Amplificador operacional C C -VEE

b) The figure shows the phase shift oscillator with Opam with R; = 12 k2 and feedback resistor of Re = 36 k2 that need to operate at 2.5 kHz. Select the capacitor C and resistor R to obtain the 2.5 kHz. Verify your design, making a simulation in a specialized software (Multisim) showing the input and output signals and the frequency of the output signal. +Vcc R, Amplificador operacional C C -VEE

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Electrical Engineering b) The figure shows the phase shift oscillator with Opam with R; = 12 kn and feedback resistor of R; = 36 k2 that need to operate at 2.5 kHz. Select the capacitor C and resistor R to obtain the 2.5 kHz. Verify your design, making a simulation in a specialized software (Multisim) showing the input and output signals and the frequency of the output signal. +Vcc R; Amplificador operacional -VEE
Transcribed Image Text:Electrical Engineering b) The figure shows the phase shift oscillator with Opam with R; = 12 kn and feedback resistor of R; = 36 k2 that need to operate at 2.5 kHz. Select the capacitor C and resistor R to obtain the 2.5 kHz. Verify your design, making a simulation in a specialized software (Multisim) showing the input and output signals and the frequency of the output signal. +Vcc R; Amplificador operacional -VEE
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