3. Consider a wireless communications system with the following parameters: Transmitter power 23 dBm Transmitter Cable Loss, 2 dB (Important hint: don't forget this) Minimum required received power -101 dBm (sensitivity) Transmitting antenna gain 12 dBd (note this too) Receiving antenna gain 0 dBi Carrier frequency 3 GHz Hint: Draw a link budget picture here (doing this will really help you to get partial credit and to get the problem right. (a) forget the cable loss) (b) (b) work in free space? (don't forget the cable loss) Calculate the ERP and EIRP of the transmitted signal (dBm) (don't ) Calculate the distance over which the wireless system will

3. Consider a wireless communications system with the following parameters: Transmitter power 23 dBm Transmitter Cable Loss, 2 dB (Important hint: don't forget this) Minimum required received power -101 dBm (sensitivity) Transmitting antenna gain 12 dBd (note this too) Receiving antenna gain 0 dBi Carrier frequency 3 GHz Hint: Draw a link budget picture here (doing this will really help you to get partial credit and to get the problem right. (a) forget the cable loss) (b) (b) work in free space? (don't forget the cable loss) Calculate the ERP and EIRP of the transmitted signal (dBm) (don't ) Calculate the distance over which the wireless system will

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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