An RF amplifier operates such that the output sinusoidal function at 50 Hz at ±20 volts hits its voltage rails at ±1 volts, with a white noise component of 0.05 volts rms over a 10 second time window. Please use the Fourier Transform to determine the magnitude of the odd harmonic peaks relative to the fundamental up to the 5th harmonic.

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Author:Robert L. Boylestad
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An RF amplifier operates such that the output sinusoidal function at 50 Hz at
+20 volts hits its voltage rails at ±1 volts, with a white noise component of 0.05
volts rms over a 10 second time window. Please use the Fourier Transform to
determine the magnitude of the odd harmonic peaks relative to the fundamental up
to the 5th harmonic.
Transcribed Image Text:An RF amplifier operates such that the output sinusoidal function at 50 Hz at +20 volts hits its voltage rails at ±1 volts, with a white noise component of 0.05 volts rms over a 10 second time window. Please use the Fourier Transform to determine the magnitude of the odd harmonic peaks relative to the fundamental up to the 5th harmonic.
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