Problem 1:The frequency modulated signal is expressed asxe(t) = 10 cos (2π fet + 2n fa m(a)da)[where fe = 10 MHz. The modulating signal is m(t) = 10 cos (27 fmt), where fm = 5 KHz. Consider thatfa = 50 Hz/V.Consider that the above FM signal ze(t) is narrowband and converted to a wideband using a frequencymultiplier with n = 25.d) Calculate the peak frequency deviation (in Hz) and the carrier frequency of the wideband FM.. e) Calculate Carson's bandwidth of the wideband FM?

Problem 1: The frequency modulated signal is expressed as Te(t) 10 cos (2n fet + 2π fa fm(a)da) where fe = 10 MHz. The modulating signal is m(t) = 10 cos (27 fmt), where fm = 5 KHz. Consider that fd = 50 Hz/V. Consider that the above FM signal xe(t) is narrowband and converted to a wideband using a frequency multiplier with n = 25. ● d) Calculate the peak frequency deviation (in Hz) and the carrier frequency of the wideband FM. . e) Calculate Carson's bandwidth of the wideband FM?

Problem 1: The frequency modulated signal is expressed as Te(t) 10 cos (2n fet + 2π fa fm(a)da) where fe = 10 MHz. The modulating signal is m(t) = 10 cos (27 fmt), where fm = 5 KHz. Consider that fd = 50 Hz/V. Consider that the above FM signal xe(t) is narrowband and converted to a wideband using a frequency multiplier with n = 25. ● d) Calculate the peak frequency deviation (in Hz) and the carrier frequency of the wideband FM. . e) Calculate Carson's bandwidth of the wideband FM?

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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