Page M) Date consider the termination sesistance Formula (R) Rm = Ro %3D subsitute 300 for Ro and 2 f0 sin eq" O RM= 300 2 equicatent Length Um) 2) - Zm Im= || 2. subetitude 0.3d $08 Zm în eq? lm = d -(0-3A) %3D Lobol1 equivalent length of ine fîs lens 0•2d terminating sesistance 8 Line is Thus the and Rm= 150e IP 01 & 0

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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S3c) please tpye it i cant read it .

M)
Page
Date
consider the termination sesistance
Formula (Rm)
Rm = Ro
subsitute
300 For Ro and 2 $0 ŏ S in eg" O
Rm= 300
2
equicatent Length lm)
||
2.
subtitude
0 •3d 708 Zm în ea
d-(0-3A)
%3D
lm=
Lobol1
Thus the length of Une is lom= 0•2d
equivalent
and terminating siesistance of Line is
s Y
Rm = 150
01 0
Transcribed Image Text:M) Page Date consider the termination sesistance Formula (Rm) Rm = Ro subsitute 300 For Ro and 2 $0 ŏ S in eg" O Rm= 300 2 equicatent Length lm) || 2. subtitude 0 •3d 708 Zm în ea d-(0-3A) %3D lm= Lobol1 Thus the length of Une is lom= 0•2d equivalent and terminating siesistance of Line is s Y Rm = 150 01 0
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