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3. Consider the downlink of a GSM system. The carrier frequency is 900 MHz and the RX sensitivity is -100 dBm. The output power of the TX amplifier is 28 W. The antenna gain of the TX antenna is 10 dB and the aggregate attenuation of connectors, combiners, etc. is 5 dB. The fading margin is 10 dB and the breakpoint dbreak is at a distance of 80 m. The path loss exponent is 3.5. What distance can be covered?

3. Consider the downlink of a GSM system. The carrier frequency is 900 MHz and the RX sensitivity is -100 dBm. The output power of the TX amplifier is 28 W. The antenna gain of the TX antenna is 10 dB and the aggregate attenuation of connectors, combiners, etc. is 5 dB. The fading margin is 10 dB and the breakpoint dbreak is at a distance of 80 m. The path loss exponent is 3.5. What distance can be covered?

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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3. Consider the downlink of a GSM system. The carrier frequency is 900 MHz and the RX sensitivity is -100 dBm. The output power of the TX amplifier is 28 W. The antenna gain of the TX antenna is 10 dB and the aggregate attenuation of connectors, combiners, etc. is 5 dB. The fading margin is 10 dB and the breakpoint dbreak is at a distance of 80 m. The path loss exponent is 3.5. What distance can be covered?
Transcribed Image Text:3. Consider the downlink of a GSM system. The carrier frequency is 900 MHz and the RX sensitivity is -100 dBm. The output power of the TX amplifier is 28 W. The antenna gain of the TX antenna is 10 dB and the aggregate attenuation of connectors, combiners, etc. is 5 dB. The fading margin is 10 dB and the breakpoint dbreak is at a distance of 80 m. The path loss exponent is 3.5. What distance can be covered?
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