Yet another FM system is being tested on the lab bench. The input message signal is a pure sine wave. • If no message si

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Yet Another Fm System Is Being Tested On The Lab Bench The Input Message Signal Is A Pure Sine Wave If No Message Si 1 (93.51 KiB) Viewed 16 times

Yet another FM system is being tested on the lab bench. The input message signal is a pure sine wave. • If no message signal is applied, a spectrum analysis shows a single carrier with an amplitude of 1000 (in linear, voltage, spectrum-analyzer units). All other readings are • relative to this level. • The message signal has a frequency of 50 kHz. • The carrier has a frequency of 300.00 MHz. • The system has a B value of 3.0 (unit less) With the message signal applied, what is the amplitude (in linear units) displayed on the spectrum analyzer at 300.00 MHz? With the message signal applied, what is the amplitude (in linear units) displayed on the spectrum analyzer at 300.15 MHz? With the message signal applied, what is the amplitude (in linear units) displayed on the spectrum analyzer at 300.20 MHz? With the message signal applied, what is the effective transmitted bandwidth of the signal? With the message signal applied, what is the Maximum Frequency Deviation (AF)?