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1) Oscillator is widely used in the radio frequency circuits. It performs a simplicity application and better phase noise attributes. It is constructed by using passive elements such as resistors, inductors and capacitors. The oscillator basically contains two systems; square wave generator and filter as shown in Figure 1. Square wave generator is applied as an input signal to the oscillator. On the other hand, filter is applied to remove the certain frequencies from square wave in order to produce an output signal of sinusoidal frequency. One periodic square-wave signal is shown in Figure 2. Evaluate the Fourier coefficients for the signal. What is the expectation of the frequency spectrum of the sinusoidal output signal? Square-wave generator Various type of filter

1) Oscillator is widely used in the radio frequency circuits. It performs a simplicity application and better phase noise attributes. It is constructed by using passive elements such as resistors, inductors and capacitors. The oscillator basically contains two systems; square wave generator and filter as shown in Figure 1. Square wave generator is applied as an input signal to the oscillator. On the other hand, filter is applied to remove the certain frequencies from square wave in order to produce an output signal of sinusoidal frequency. One periodic square-wave signal is shown in Figure 2. Evaluate the Fourier coefficients for the signal. What is the expectation of the frequency spectrum of the sinusoidal output signal? Square-wave generator Various type of filter

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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1) Oscillator is widely used in the radio frequency circuits. It performs a simplicity application and better phase noise attributes. It is constructed by using passive elements such as resistors, inductors and capacitors. The oscillator basically contains two systems; square wave generator and filter as shown in Figure 1. Square wave generator is applied as an input signal to the oscillator. On the other hand, filter is applied to remove the certain frequencies from square wave in order to produce an output signal of sinusoidal frequency. One periodic square-wave signal is shown in Figure 2. Evaluate the Fourier coefficients for the signal. What is the expectation of the frequency spectrum of the sinusoidal output signal? Various type Square-wave generator of filter Figure 1: Oscillator x(t) +t -2T0 -T'o -To/4 To/4 То 270 Figure 2: Square-wave signal
Transcribed Image Text:1) Oscillator is widely used in the radio frequency circuits. It performs a simplicity application and better phase noise attributes. It is constructed by using passive elements such as resistors, inductors and capacitors. The oscillator basically contains two systems; square wave generator and filter as shown in Figure 1. Square wave generator is applied as an input signal to the oscillator. On the other hand, filter is applied to remove the certain frequencies from square wave in order to produce an output signal of sinusoidal frequency. One periodic square-wave signal is shown in Figure 2. Evaluate the Fourier coefficients for the signal. What is the expectation of the frequency spectrum of the sinusoidal output signal? Various type Square-wave generator of filter Figure 1: Oscillator x(t) +t -2T0 -T'o -To/4 To/4 То 270 Figure 2: Square-wave signal
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