Figure Q2 depicts the topology of hexagonal cells deployed in a 15802.62 km² metropolitanarea. Consider the loss model for forward link propagation.(a)Calculate the Free Space Propagation Loss (FSPL) at a distance, d = 1 km from theBase Station (BS) Base StationParametersPower transmitted, PtAntenna Gain at transmitter, GtAntenna Gain at receiver, GrCable Loss LeableFrequencyHeight of the transmitter (he)Height of the mobile station(hre)Figure Q2RValue15 dBm20 dB3 dB1.5 dB1830 MHz50 m1 m

Given: In this question, the given details are, The topology of hexagonal cells deployed in a…

Figure Q2 depicts the topology of hexagonal cells deployed in a 15802.62 km² metropolitan area. Consider the loss model for forward link propagation. Calculate the Free Space Propagation Loss (FSPL) at a distance, d = 1 km from the Base Station (BS)

Figure Q2 depicts the topology of hexagonal cells deployed in a 15802.62 km² metropolitan area. Consider the loss model for forward link propagation. Calculate the Free Space Propagation Loss (FSPL) at a distance, d = 1 km from the Base Station (BS)

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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Concept explainers

Antenna Characteristics

The antenna is an important concept in the domain of electronics and communication engineering. An antenna forms an integral part of many commonly used devices such as wireless modems, routers, game controllers, mobile phones, bluetooth devices, and so on. In simple terms, any wireless communication makes use of antennas to serve the purpose. An antenna, also known by the term 'arial', is an electrical device that converts electrical signals into electromagnetic waves or electromagnetic waves into electrical signals. An antenna contains a transmission line usually made up of co-axial cable, it then receives the signals and converts them into electromagnetic waves, which are then transmitted via space into their required destination. A communication system essentially makes use of two antennas, a transmission antenna, which converts electrical signals into electromagnetic waves, and a receiving antenna, which receives the electromagnetic waves and converts them back into electrical signals.

Question

Figure Q2 depicts the topology of hexagonal cells deployed in a 15802.62 km² metropolitan
area. Consider the loss model for forward link propagation.
(a)
Calculate the Free Space Propagation Loss (FSPL) at a distance, d = 1 km from the
Base Station (BS)

Base Station
Parameters
Power transmitted, Pt
Antenna Gain at transmitter, Gt
Antenna Gain at receiver, Gr
Cable Loss Leable
Frequency
Height of the transmitter (he)
Height of the mobile station
(hre)
Figure Q2
R
Value
15 dBm
20 dB
3 dB
1.5 dB
1830 MHz
50 m
1 m

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