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Design a regulated voltage power supply that will have a constant terminal voltage of 12V for charging other electronic appliances. The power supply consist of full-wave bridge-type silicon rectifier circuit with 1000 ohms rectifier resistor and 100microfarad electrolytic filter capacitor. It is connected to a transformer having 10:1 transformer ratio and primary voltage of 230Vrms, 60HZ. Calculate the power of Zener diode which act as regulator when the no-load current is 9.23mA and the Zener current is 11.78mA. What is the DC voltage equivalent for the rectifier circuitry? Assume filtering is ideal and negligible for this purpose of theoretical preblem oply

Design a regulated voltage power supply that will have a constant terminal voltage of 12V for charging other electronic appliances. The power supply consist of full-wave bridge-type silicon rectifier circuit with 1000 ohms rectifier resistor and 100microfarad electrolytic filter capacitor. It is connected to a transformer having 10:1 transformer ratio and primary voltage of 230Vrms, 60HZ. Calculate the power of Zener diode which act as regulator when the no-load current is 9.23mA and the Zener current is 11.78mA. What is the DC voltage equivalent for the rectifier circuitry? Assume filtering is ideal and negligible for this purpose of theoretical preblem oply

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Can you design a simple regulated voltage power supply? Thank you so much.

Design a regulated voltage power supply that will have a constant terminal voltage of 12V for charging other electronic appliances. The power supply consist of full-wave bridge-type silicon rectifier circuit with 1000 ohms rectifier resistor and 100microfarad electrolytic filter capacitor. It is connected to a transformer having 10:1 transformer ratio and primary voltage of 230Vrms, 60HZ. Calculate the power of Zener diode which act as regulator when the no-load current is 9.23mA and the Zener current is 11.78mA. What is the DC voltage equivalent for the rectifier circuitry? Assume filtering is ideal and negligible for this purpose of theoretical problem only.
Transcribed Image Text:Design a regulated voltage power supply that will have a constant terminal voltage of 12V for charging other electronic appliances. The power supply consist of full-wave bridge-type silicon rectifier circuit with 1000 ohms rectifier resistor and 100microfarad electrolytic filter capacitor. It is connected to a transformer having 10:1 transformer ratio and primary voltage of 230Vrms, 60HZ. Calculate the power of Zener diode which act as regulator when the no-load current is 9.23mA and the Zener current is 11.78mA. What is the DC voltage equivalent for the rectifier circuitry? Assume filtering is ideal and negligible for this purpose of theoretical problem only.
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