Compare E and VR in part II. Is this result reasonable. Justify your answer. Compare V and Vc in part II. Is this result reasonable. Justify your answer. Is the phase o measured in part Il reasonable. Justify your answer.

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ISBN:9780133923605
Author:Robert L. Boylestad
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4) Compare E and VR in part II. Is this result reasonable. Justify your answer.
5) Compare V and Vc in part II. Is this result reasonable. Justify your answer.
6) Is the phase o measured in part II reasonable. Justify your answer.
Transcribed Image Text:4) Compare E and VR in part II. Is this result reasonable. Justify your answer. 5) Compare V and Vc in part II. Is this result reasonable. Justify your answer. 6) Is the phase o measured in part II reasonable. Justify your answer.
Data Sheet
10002
-_a 7mH
047uF
R=
PART I
phasor
f-1kHz
V..
Vc =
Xc=34002
E =7.0 Vimg
VR
6.9 EV
E = sqrt((Vr-Vc) + V)=
O = tan" (V-Ve)/Va) = 71,40
ī=Ins
f=10kHz
1,82
X=16402
phaser
Va = S. 49
E = 10,49
+56.70
=549
9,55
JR
E - sqrt((V-Ve) + Va)=
- tan (V-Va/Va) = 54.9
A+ 15.755 =36. At
T= 100NS
PART II
Vc
27043h42
fom
V =5.27
Ve=5.14
7,22
Va =
E- F77.62
fo'- 1/2x*sqrt{LC))=_967H2
Transcribed Image Text:Data Sheet 10002 -_a 7mH 047uF R= PART I phasor f-1kHz V.. Vc = Xc=34002 E =7.0 Vimg VR 6.9 EV E = sqrt((Vr-Vc) + V)= O = tan" (V-Ve)/Va) = 71,40 ī=Ins f=10kHz 1,82 X=16402 phaser Va = S. 49 E = 10,49 +56.70 =549 9,55 JR E - sqrt((V-Ve) + Va)= - tan (V-Va/Va) = 54.9 A+ 15.755 =36. At T= 100NS PART II Vc 27043h42 fom V =5.27 Ve=5.14 7,22 Va = E- F77.62 fo'- 1/2x*sqrt{LC))=_967H2
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