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1. The output voltage of a transmitter is given by 300(1+ 0.3sin52t) sin 2.14 * 107 t. This voltage is fed to a load 5002 resistance. Find i) carrier power, ii) Modulating frequency, iii) Carrier power, iv) Total power output, v) Peak output power.

1. The output voltage of a transmitter is given by 300(1+ 0.3sin52t) sin 2.14 * 107 t. This voltage is fed to a load 5002 resistance. Find i) carrier power, ii) Modulating frequency, iii) Carrier power, iv) Total power output, v) Peak output power.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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1. The output voltage of a transmitter is given by 300(1 + 0.3sin52t) sin 2.14 * 107 t. This voltage is fed to a load 5002 resistance. Find i) carrier power, ii) Modulating frequency, iii) Carrier power, iv) Total power output, v) Peak output power.
Transcribed Image Text:1. The output voltage of a transmitter is given by 300(1 + 0.3sin52t) sin 2.14 * 107 t. This voltage is fed to a load 5002 resistance. Find i) carrier power, ii) Modulating frequency, iii) Carrier power, iv) Total power output, v) Peak output power.
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