Question

A transmitter and a transmitter operating at 300 MHz are spaced 200m apart. The antenna gain at the transmitter is 25 dBi and the antenna gain at the receiver is 18 dBi. The receiver receives 5 mW of power. (25 pts) a) Calculate the absolute gain of the transmitting antenna. b) Calculate the wavelength of the signal c) Calculate the transmitted power.

Name: a transmitter and a transmitter operating at 300 mhz are spaced 200m apart the antenna gain at the transmitter is 25 dbi and the antenna gain at the receiver is 18 dbi the receiver receives 89806
Uploaded: 2024-07-08T18:04:40-08:00
Duration: 3 min
Channel: Adi S
Description: a transmitter and a transmitter operating at 300 mhz are spaced 200m apart the antenna gain at the transmitter is 25 dbi and the antenna gain at the receiver is 18 dbi the receiver receives 89806

          A transmitter and a transmitter operating at 300 MHz are spaced 200m apart. The antenna gain at the transmitter is 25 dBi and the antenna gain at the receiver is 18 dBi. The receiver receives 5 mW of power. (25 pts) a) Calculate the absolute gain of the transmitting antenna. b) Calculate the wavelength of the signal c) Calculate the transmitted power.

Added by Curtis M.

University Physics with Modern Physics

Hugh D. Young 14th Edition

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Solved by Expert Adi S

07/08/2024

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A transmitter and a transmitter operating at 300 MHz are spaced 200m apart. The antenna gain at the transmitter is 25 dBi and the antenna gain at the receiver is 18 dBi. The receiver receives 5 mW of power. (25 pts) a) Calculate the absolute gain of the transmitting antenna. b) Calculate the wavelength of the signal c) Calculate the transmitted power.