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2) If a transmitter produces 50 W of power, express the transmit power in unit of a) dBW and dBm. b) If 50 W is applied to a unity gain antenna with a 900 MHz carrier frequency, find the received power in dBm at a free space distance of 100 m from the antenna. c) What is P,(10 km)? Assume unity gain for the receiver antenna.

2) If a transmitter produces 50 W of power, express the transmit power in unit of a) dBW and dBm. b) If 50 W is applied to a unity gain antenna with a 900 MHz carrier frequency, find the received power in dBm at a free space distance of 100 m from the antenna. c) What is P,(10 km)? Assume unity gain for the receiver antenna.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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2) If a transmitter produces 50 W of power, express the transmit power in unit of a) dBW and dBm. b) If 50 W is applied to a unity gain antenna with a 900 MHz carrier frequency, find the received power in dBm at a free space distance of 100 m from the antenna. c) What is P,(10 km)? Assume unity gain for the receiver antenna.
Transcribed Image Text:2) If a transmitter produces 50 W of power, express the transmit power in unit of a) dBW and dBm. b) If 50 W is applied to a unity gain antenna with a 900 MHz carrier frequency, find the received power in dBm at a free space distance of 100 m from the antenna. c) What is P,(10 km)? Assume unity gain for the receiver antenna.
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