Assignment ObjectiveThis will enable each student to evaluate, analyze and design switching systems in varioustelecommunication systems and criticize selected cellular technology.lossAssignment Tasks Softymorgn = Pout -Pin -An analog optical fiber system employs an LED which emits 3dBm optical power into air. However, acoupling loss of 1 dB is encountered when launching into a fiber cable. The fiber cable, which extendsfor 6 Km without repeater, exhibits a loss of 1dB km-1. It is spliced every 1 km with an average lossof 1.1 dB per splice. In addition, there is a connector loss at the receiver of 0.8 dB. The PIN receiverhas a sensitivity of -54 dBm at rate of 100 MBPS of the system. Assuming there is no dispersion,calculate the safety marginweek%3D1.a.RITb. A subscriber loop is used to connect one point subscriber to a central office. The following valueswere collected at supply voltage of 52V; Telephone resistance 200 0; Switching equipmentresistance = 600 0; Miscellaneous resistance 75,0. A cable, with length of 8 km is used to connectthe subscriber with the central office. It is found that the total loop resistance =2225.6 0. RtoulRM1.Rs-i.What is the minimum-size cable gauge used in the subscriber loop?il. Calculate the value of loop current.v. 52RTotal

(a) PIN FET receiver has sensitivity=-54 dBmPower produce by LED=3 dBmTotal allowable power loss= 57…

loss saftymorgn= Pout -Pin Assignment Tasks %3D 1. An analog optical fiber system employs an LED which emits 3dBm optical power into air. However, a coupling loss of 1 dB is encountered when launching into a fiber cable. The fiber cable, which extends for 6 Km without repeater, exhibits a loss of 1dB km-1. It is spliced every 1 km with an average loss of 1.1 dB per splice. In addition, there is a connector loss at the receiver of 0.8 dB. The PIN receiver has a sensitivity of -54 d8m at rate of 100 MBPS of the system. Assuming there is no dispersion, calculate the safety margin RT A subscriber loop is used to connect one point subscriber to a central office. The following values were collected at supply voltage of 52V; Telephone resistance 2000, a; Switching equipment resistance = 600 p: Miscellaneous resistance 75,0. A cable, with length of 8 km is used to connect the subscriber with the central office. It is found that the total loop resistance =2225.60. tol RM b. i. What is the minimum-size cable gauge used in the subscriber loop? il. Calculate the value of loop current.

loss saftymorgn= Pout -Pin Assignment Tasks %3D 1. An analog optical fiber system employs an LED which emits 3dBm optical power into air. However, a coupling loss of 1 dB is encountered when launching into a fiber cable. The fiber cable, which extends for 6 Km without repeater, exhibits a loss of 1dB km-1. It is spliced every 1 km with an average loss of 1.1 dB per splice. In addition, there is a connector loss at the receiver of 0.8 dB. The PIN receiver has a sensitivity of -54 d8m at rate of 100 MBPS of the system. Assuming there is no dispersion, calculate the safety margin RT A subscriber loop is used to connect one point subscriber to a central office. The following values were collected at supply voltage of 52V; Telephone resistance 2000, a; Switching equipment resistance = 600 p: Miscellaneous resistance 75,0. A cable, with length of 8 km is used to connect the subscriber with the central office. It is found that the total loop resistance =2225.60. tol RM b. i. What is the minimum-size cable gauge used in the subscriber loop? il. Calculate the value of loop current.

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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