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For a system gain of 112 dB, a total NF of 6.5 dB, an input noise power of -104 dBm, and a minimum output S/N of the FM demodulator of 32 dB, determine the minimum received carrier power and the minimum transmit power. A. -55.2 dBm, 33.5 dBm 29.5 dBm, -82.5 dBm -82.5 dBm, 29.5 dBm C. -33.5 dBm, 55.2 dBm B. D.

For a system gain of 112 dB, a total NF of 6.5 dB, an input noise power of -104 dBm, and a minimum output S/N of the FM demodulator of 32 dB, determine the minimum received carrier power and the minimum transmit power. A. -55.2 dBm, 33.5 dBm 29.5 dBm, -82.5 dBm -82.5 dBm, 29.5 dBm C. -33.5 dBm, 55.2 dBm B. D.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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For a system gain of 112 dB, a total NF of 6.5 dB, an input noise power of -104 dBm, and a minimum output S/N of the FM demodulator of 32 dB, determine the minimum received carrier power and the minimum transmit power. A. -55.2 dBm, 33.5 dBm 29.5 dBm, -82.5 dBm -82.5 dBm, 29.5 dBm C. -33.5 dBm, 55.2 dBm B. D.
Transcribed Image Text:For a system gain of 112 dB, a total NF of 6.5 dB, an input noise power of -104 dBm, and a minimum output S/N of the FM demodulator of 32 dB, determine the minimum received carrier power and the minimum transmit power. A. -55.2 dBm, 33.5 dBm 29.5 dBm, -82.5 dBm -82.5 dBm, 29.5 dBm C. -33.5 dBm, 55.2 dBm B. D.
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