You are required to generate an AM signal based on below equation. Vc (t) = 2 sin [2r(50x103 )t ]V Use 100% depth of modulation and modulating wave frequency at 5 kHz. (1) Write the modulated wave equation. Put all necessary value inside the equation. (ii) Calculate the amplitude of modulated wave. (ii) Evaluate the Vmax and Vmin value. (iv) Verify that the value of Vmax and Vmin in (i) will produce 100% modulation depth. (v) Sketch the time domain of modulated waveform and put all the necessary value into the scale. (vi) Sketch the frequency domain of modulated waveform with all necessary value into the scale. (vii) Write the equation of frequency domain of modulated wave. (viii) Determine the power (dBm) in each sidebands and carrier. (ix) Determine the bandwidth for the signal.

You are required to generate an AM signal based on below equation. Vc (t) = 2 sin [2r(50x103 )t ]V Use 100% depth of modulation and modulating wave frequency at 5 kHz. (1) Write the modulated wave equation. Put all necessary value inside the equation. (ii) Calculate the amplitude of modulated wave. (ii) Evaluate the Vmax and Vmin value. (iv) Verify that the value of Vmax and Vmin in (i) will produce 100% modulation depth. (v) Sketch the time domain of modulated waveform and put all the necessary value into the scale. (vi) Sketch the frequency domain of modulated waveform with all necessary value into the scale. (vii) Write the equation of frequency domain of modulated wave. (viii) Determine the power (dBm) in each sidebands and carrier. (ix) Determine the bandwidth for the signal.

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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