An FM transmitter is determined to have a transmitter sensitivity of 203.314Hz/V. If the modulating signal is designed to be 13.158V, and the modulation index is kept to be at 5, solve for the peak voltage of the 1st sideband. if the carrier signal is determined to be Vc(t)=25sin(2π160000000t)An FM transmitter is determined to have a modulation index of 5. If the carrier voltage is determined to have a peak voltage of 24.800Vp. Solve for the power transmitted in dBrnC of the highest sideband considering a transmitter antenna resistance of 116.204Ohms.An FM transmitter is determined to have a transmitter sensitivity of 728.832Hz/V. Determine the percent modulation of the system if the modulating signal is determined to be Vm(t)=25sin(12566.3706t)Vm(t)=25sin⁡(12566.3706t).

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Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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An FM transmitter is determined to have a transmitter sensitivity of 203.314Hz/V. If the modulating signal is designed to be 13.158V, and the modulation index is kept to be at 5, solve for the peak voltage of the 1st sideband. if the carrier signal is determined to be Vc(t)=25sin(2π160000000t)
An FM transmitter is determined to have a modulation index of 5. If the carrier voltage is determined to have a peak voltage of 24.800Vp. Solve for the power transmitted in dBrnC of the highest sideband considering a transmitter antenna resistance of 116.204Ohms.
An FM transmitter is determined to have a transmitter sensitivity of 728.832Hz/V. Determine the percent modulation of the system if the modulating signal is determined to be Vm(t)=25sin(12566.3706t)Vm(t)=25sin⁡(12566.3706t).

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