05: A. The output voltage of a transmitter is given by the following envelope wave form. This voltage is fed to a load (RL= 19). Determine: (e) The carrier power and power in sidebands. (f) The total transmitted power. (g) Write the modulated wave equation at the output of the transmitter. Amplitude 10 volts 40 t volts 250 u sec.

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05:
A. The output voltage of a transmitter is given by the following envelope wave form. This
voltage is fed to a load (RL= 12). Determine:
(e) The carrier power and power in sidebands.
(f) The total transmitted power.
(g) Write the modulated wave equation at the output of the transmitter.
Amplitude
10
volts
40
volts
250
i sec.
Transcribed Image Text:05: A. The output voltage of a transmitter is given by the following envelope wave form. This voltage is fed to a load (RL= 12). Determine: (e) The carrier power and power in sidebands. (f) The total transmitted power. (g) Write the modulated wave equation at the output of the transmitter. Amplitude 10 volts 40 volts 250 i sec.
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