Figure 1 shows the circuit diagram of a square law modulator. The signal appliedto nonlinear device, such that a square law can represent it:V2 (t) = 2 V1 (t) + 5 V1? (t)Vi (t) is the input voltage, and V2 (t) is the output voltage.The input voltage is defined by:Vi (t) = 3 COS (2 a fet) + 4 COS (2 7 fmt)Where 3COS( 2 a fmt ) is the message signal and 4 COS( 2 n fet) is the carrierwave.1. Evaluate the output voltage V2(t)2. What is the sensitivity of the AM signal3. What is the power for Vi(t)4. What is the power of career signal5. Draw the frequency component for V2(t) ( assume fm= 1KHZ , f.= 100 KHzand the spectrum frequency for the message is impulse)NonlineardeviceA. cos (2mf)Tuned to feFig. 1

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Figure 1 shows the circuit diagram of a square law modulator. The signal applied to nonlinear device, such that a square law can represent it: V2 (t) = 2 V1 (t) + 5 V1? (t) V1 (t) is the input voltage, and V2 (t) is the output voltage. The input voltage is defined by: V1 (t) = 3 COS (2 n fet) + 4 COS (2 a fm t) Where 3COS( 2 n fmt ) is the message signal and 4 COS( 2 a fet ) is the carrier wave. 1. Evaluate the output voltage V2(t) 2. What is the sensitivity of the AM signal 3. What is the power for Vi(t) 4. What is the power of career signal 5. Draw the frequency component for V2(t) ( assume fm= 1KHZ , fe= 100 KHz and the spectrum frequency for the message is impulse) Nonlinear device A, cos (2mf) Tuned to fe Fig 1

Figure 1 shows the circuit diagram of a square law modulator. The signal applied to nonlinear device, such that a square law can represent it: V2 (t) = 2 V1 (t) + 5 V1? (t) V1 (t) is the input voltage, and V2 (t) is the output voltage. The input voltage is defined by: V1 (t) = 3 COS (2 n fet) + 4 COS (2 a fm t) Where 3COS( 2 n fmt ) is the message signal and 4 COS( 2 a fet ) is the carrier wave. 1. Evaluate the output voltage V2(t) 2. What is the sensitivity of the AM signal 3. What is the power for Vi(t) 4. What is the power of career signal 5. Draw the frequency component for V2(t) ( assume fm= 1KHZ , fe= 100 KHz and the spectrum frequency for the message is impulse) Nonlinear device A, cos (2mf) Tuned to fe Fig 1

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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