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When two or more signals merge in a linear device, such as a passive network or a small-signal amplifier, it is called linear mixing. When two or more signals are merged in a nonlinear device such as a diode or a large-signal amplifier, this is known as nonlinear mixing. In terms of mathematical expressions, these are the following:

When two or more signals merge in a linear device, such as a passive network or a small-signal amplifier, it is called linear mixing. When two or more signals are merged in a nonlinear device such as a diode or a large-signal amplifier, this is known as nonlinear mixing. In terms of mathematical expressions, these are the following:

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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When two or more signals merge in a linear device, such as a passive network or a small-signal amplifier, it is called linear mixing. When two or more signals are merged in a nonlinear device such as a diode or a large-signal amplifier, this is known as nonlinear mixing. In terms of mathematical expressions, these are the following: Select your answer. The output voltage of a nonlinear mixing multiple-input frequencies is equal to the polynomial function of the sum of input voltages. The output voltage of a linear mixing multiple-input frequencies is equal to the polynomial function of the sum of the input voltages. The output voltage is equal to the polynomial function of the input voltage for a linear mixing single-input frequency. The output voltage of a nonlinear mixing single-input frequency is just the product of gain and input voltage signal.
Transcribed Image Text:When two or more signals merge in a linear device, such as a passive network or a small-signal amplifier, it is called linear mixing. When two or more signals are merged in a nonlinear device such as a diode or a large-signal amplifier, this is known as nonlinear mixing. In terms of mathematical expressions, these are the following: Select your answer. The output voltage of a nonlinear mixing multiple-input frequencies is equal to the polynomial function of the sum of input voltages. The output voltage of a linear mixing multiple-input frequencies is equal to the polynomial function of the sum of the input voltages. The output voltage is equal to the polynomial function of the input voltage for a linear mixing single-input frequency. The output voltage of a nonlinear mixing single-input frequency is just the product of gain and input voltage signal.
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