Q3: A three stage Cockroft-Walton generator is supplied by 212.133 V, 50 Hz source via a transformer with turns ratio equals to 2/800. All capacitors have a value of (0.8 uF). The protection current equals to 15 mA. Find the following: a. Find the output peak voltage that is used for testing without considering the voltage drop. b. Find the output peak voltage that is used for testing with considering the voltage drop. c. What is the ripple voltage? d. If the lowest capacitor is increased to twice its value, what is the output peak voltage that ioused for testing with considering the voltage drop. e. Comparing the results of ( b) and (d) above, do you recommend doubling the value of the lowest capacitor or not? According to the circuit values, is the 3 stages represents the optimum number of stages for this generator?
Q3: A three stage Cockroft-Walton generator is supplied by 212.133 V, 50 Hz source via a transformer with turns ratio equals to 2/800. All capacitors have a value of (0.8 uF). The protection current equals to 15 mA. Find the following: a. Find the output peak voltage that is used for testing without considering the voltage drop. b. Find the output peak voltage that is used for testing with considering the voltage drop. c. What is the ripple voltage? d. If the lowest capacitor is increased to twice its value, what is the output peak voltage that ioused for testing with considering the voltage drop. e. Comparing the results of ( b) and (d) above, do you recommend doubling the value of the lowest capacitor or not? According to the circuit values, is the 3 stages represents the optimum number of stages for this generator?
Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter29: Dc Generators
Section: Chapter Questions
Problem 1PA: You are working as an electrician in a large steel manufacturing plant, and you are in the process...
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Solve D and E and F
i will dislike life if answer first 3
Answer (a) 848.532 V
(B) 636.399
(C) 848.532V
SOLVE C AND D AND E
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