3. For a R-C potential divider circuit, the value of LV arm resistor R2 is 39.2 2, the value of HV arm resistor is R1 52.8 k2 and the connecting cable characteristic impedance is Zo = 82.5 2. Find (i) the resistor R3 connected to the left side of the cable (ii) the amplification ratio a. (iii) If V2 is 40.6 V, what is the value of Vi that can be tested with this system?
3. For a R-C potential divider circuit, the value of LV arm resistor R2 is 39.2 2, the value of HV arm resistor is R1 52.8 k2 and the connecting cable characteristic impedance is Zo = 82.5 2. Find (i) the resistor R3 connected to the left side of the cable (ii) the amplification ratio a. (iii) If V2 is 40.6 V, what is the value of Vi that can be tested with this system?
Power System Analysis and Design (MindTap Course List)
6th Edition
ISBN:9781305632134
Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma
Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma
Chapter6: Power Flows
Section: Chapter Questions
Problem 6.61P
Related questions
Question
solve all parts or i will dislike the answer
Give me Correct answer
![3. For a R-C potential divider circuit, the value of LV arm resistor R2 is 39.2 2, the value of HV
arm resistor is R 52.8 k2 and the connecting cable characteristic impedance is Zo = 82.5Q. Find
(i) the resistor R3 connected to the left side of the cable
(ii) the amplification ratio a.
(iii) If V2 is 40.6 V, what is the value of Vi that can be tested with this system?
(iv) If Ci in series with R1 is 0.4 nF, what is the value of C2 in series with R2?
(v) For R4 and C4 connected in series at the right side of the coaxial cable, what are the values of
R4 and C4 ?
Useful equations:
R1
a = 1+
R2
R1
R,C = R2C2 R,C = (R3 + R4)C4
%3D
%3D
Zo+ R3](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ffab1ccd4-fbbd-4274-963e-a6140c278b21%2Fa20fb80e-8197-4737-8f00-a7ed5041d12b%2Ff7uw61b_processed.jpeg&w=3840&q=75)
Transcribed Image Text:3. For a R-C potential divider circuit, the value of LV arm resistor R2 is 39.2 2, the value of HV
arm resistor is R 52.8 k2 and the connecting cable characteristic impedance is Zo = 82.5Q. Find
(i) the resistor R3 connected to the left side of the cable
(ii) the amplification ratio a.
(iii) If V2 is 40.6 V, what is the value of Vi that can be tested with this system?
(iv) If Ci in series with R1 is 0.4 nF, what is the value of C2 in series with R2?
(v) For R4 and C4 connected in series at the right side of the coaxial cable, what are the values of
R4 and C4 ?
Useful equations:
R1
a = 1+
R2
R1
R,C = R2C2 R,C = (R3 + R4)C4
%3D
%3D
Zo+ R3
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