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In the figure shown below, AM modulator contains Nonlinear device followed by band pass filter tuned at fe The nonlinear equation is given by: vo(t) = a,v, (t) + azv}(t) 1. Determine s(t), s2(t), s(t) 2. What is the condition to recover the information signal for both AM modulators? What is the D C component at the outout of nonlinear derrige?

In the figure shown below, AM modulator contains Nonlinear device followed by band pass filter tuned at fe The nonlinear equation is given by: vo(t) = a,v, (t) + azv}(t) 1. Determine s(t), s2(t), s(t) 2. What is the condition to recover the information signal for both AM modulators? What is the D C component at the outout of nonlinear derrige?

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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In the figure shown below, AM modulator contains Nonlinear device followed by band pass filter tuned at f. The nonlinear equation is given by: vo (t) = a,v, (t) + azv? (t) 1. Determine s,(t), s2(t), s(t) 2. What is the condition to recover the information signal for both AM modulators? 3. What is the DC component at the output of nonlinear device? s,(t) m(t) AM Modulator s(t) Local Oscillatar <(t) - A, cos (2mf t) -m(t) AN Modulator (t)
Transcribed Image Text:In the figure shown below, AM modulator contains Nonlinear device followed by band pass filter tuned at f. The nonlinear equation is given by: vo (t) = a,v, (t) + azv? (t) 1. Determine s,(t), s2(t), s(t) 2. What is the condition to recover the information signal for both AM modulators? 3. What is the DC component at the output of nonlinear device? s,(t) m(t) AM Modulator s(t) Local Oscillatar <(t) - A, cos (2mf t) -m(t) AN Modulator (t)
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