Q.3 Based on Figure Q.3, Z, = 120 N215° , Z2 = 100 N210 ° and Z, = 180 N245 °. Z3 10 V 0.5 kH Vs Z2 Figure Q.3 a) Determine the impedance of Z4 for the bridge when it is in a balanced condition. b) Based on your answers in Qlc (i), propose suitable elements for Z4 and the value of each element i has a frequency of 0.5 kHz. Justify your answer. c) What is the current flow through the meter? Justify your answer.

Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
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Q.3
Based on Figure Q.3, Z, = 120 N215° , Z2
= 100 N<10 ° and Z, = 180 N245 °.
Z3
10 V
0.5 kH Vs
Z2
Figure Q.3
a)
Determine the impedance of Z4 for the bridge when it is in a balanced condition.
b)
Based on your answers in Qlc (i), propose suitable elements for Z4 and the value of each element if Vs
has a frequency of 0.5 kHz. Justify your answer.
c) What is the current flow through the meter? Justify your answer.
Transcribed Image Text:Q.3 Based on Figure Q.3, Z, = 120 N215° , Z2 = 100 N<10 ° and Z, = 180 N245 °. Z3 10 V 0.5 kH Vs Z2 Figure Q.3 a) Determine the impedance of Z4 for the bridge when it is in a balanced condition. b) Based on your answers in Qlc (i), propose suitable elements for Z4 and the value of each element if Vs has a frequency of 0.5 kHz. Justify your answer. c) What is the current flow through the meter? Justify your answer.
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