Figure (a) shows the Full-bridge rectifier that supplying the highly inductive load and figure (b) show the input current of rectifier. Input voltage and Load current as follow: Id=80 A v, = v7 220 sin wt V If the delay angle a=80 and Ls=1.2 mH ,Calculate The X1 and X2 in degree ,(1) さ。 1,(0) 1,() v,(1) の さ。 X2 X1 O X1=80,X2=85 O X1=36,X2=80 O X1=36,X2=75 O X1=60,X2=80
Figure (a) shows the Full-bridge rectifier that supplying the highly inductive load and figure (b) show the input current of rectifier. Input voltage and Load current as follow: Id=80 A v, = v7 220 sin wt V If the delay angle a=80 and Ls=1.2 mH ,Calculate The X1 and X2 in degree ,(1) さ。 1,(0) 1,() v,(1) の さ。 X2 X1 O X1=80,X2=85 O X1=36,X2=80 O X1=36,X2=75 O X1=60,X2=80
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Transcribed Image Text:Figure (a) shows the Full-bridge rectifier that supplying the highly inductive load
and figure (b) show the input current of rectifier. Input voltage and Load current
as follow:
Id=80 A
v, = v2 220 sin wt V
If the delay angle a=80 and Ls=1.2 mH ,Calculate The X1 and X2 in degree
v, (1)
L,
1,()
1,(1)
v,(1)
X2
X1
O X1=80, X2385
O X1=36, X2=80
Ο Χ1-36 , X2=75
O X1=60, X2=80
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