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An operator provides mobile communication service for a city with area of 3500 Km2 and has population of 1.56 million. Following parameters have been specified for the cellular network: • Downlink band: 800 MHz to 940 MHz, • Channel bandwidth = 200 KHz, • Probability of Blocking 1%, • Frequency Parameters i=2 & j=1, • Cell radius = 0.85 Km If the user has an average of 2 calls/hour and each call lasts for an average of 3 minutes. Using table 1 obtain:  find Frequency reusing factor and minimum distance between co-channels.

An operator provides mobile communication service for a city with area of 3500 Km2 and has population of 1.56 million. Following parameters have been specified for the cellular network: • Downlink band: 800 MHz to 940 MHz, • Channel bandwidth = 200 KHz, • Probability of Blocking 1%, • Frequency Parameters i=2 & j=1, • Cell radius = 0.85 Km If the user has an average of 2 calls/hour and each call lasts for an average of 3 minutes. Using table 1 obtain:  find Frequency reusing factor and minimum distance between co-channels.

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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An operator provides mobile communication service for a city with area of 3500 Km2 and has
population of 1.56 million. Following parameters have been specified for the cellular network:
• Downlink band: 800 MHz to 940 MHz,
• Channel bandwidth = 200 KHz,
• Probability of Blocking 1%,
• Frequency Parameters i=2 & j=1,
• Cell radius = 0.85 Km
If the user has an average of 2 calls/hour and each call lasts for an average of 3 minutes. Using
table 1 obtain: 

find Frequency reusing factor and minimum distance between co-channels.

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