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For a half-wave rectifier filter, Determine: The capacitance value required to limit the peak-to-peak ripple to 3 Vpp for IfL = 3A. b. For the part (a), determine the required transformer turns ratio if the VTR Low_Line Full_Load (VTr-LL-FL) required is 10V. Determine the V CF-HL-NL (VCF High_Line – No_Load). d. Determine the VCF-HL-FL (VCF High_Line – Full_Load). а. с.

For a half-wave rectifier filter, Determine: The capacitance value required to limit the peak-to-peak ripple to 3 Vpp for IfL = 3A. b. For the part (a), determine the required transformer turns ratio if the VTR Low_Line Full_Load (VTr-LL-FL) required is 10V. Determine the V CF-HL-NL (VCF High_Line – No_Load). d. Determine the VCF-HL-FL (VCF High_Line – Full_Load). а. с.

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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**Springdale State College – Electrical and Computer Engineering Technology Department** **2. For a half-wave rectifier filter, Determine:** a. The capacitance value required to limit the peak-to-peak ripple to 3 V\(_{PP}\) for I\(_{FL}\) = 3A. b. For part (a), determine the required transformer turns ratio if the V\(_{TR \, Low\_Line – Full\_Load}\) (V\(_{TR\_LL\_FL}\)) required is 10V. c. Determine the V\(_{CF\_HL\_NL}\) (V\(_{CF \, High\_Line – No\_Load}\)). d. Determine the V\(_{CF\_HL\_FL}\) (V\(_{CF \, High\_Line – Full\_Load}\)). **Notes:** - A Half wave rectification from a 60Hz Line results in an output waveform with a period of T = 1/60Hz \(\sim\) 16.67ms. - The typical blocking time (Tb) from a 60 Hz line is about 13ms.
Transcribed Image Text:**Springdale State College – Electrical and Computer Engineering Technology Department** **2. For a half-wave rectifier filter, Determine:** a. The capacitance value required to limit the peak-to-peak ripple to 3 V\(_{PP}\) for I\(_{FL}\) = 3A. b. For part (a), determine the required transformer turns ratio if the V\(_{TR \, Low\_Line – Full\_Load}\) (V\(_{TR\_LL\_FL}\)) required is 10V. c. Determine the V\(_{CF\_HL\_NL}\) (V\(_{CF \, High\_Line – No\_Load}\)). d. Determine the V\(_{CF\_HL\_FL}\) (V\(_{CF \, High\_Line – Full\_Load}\)). **Notes:** - A Half wave rectification from a 60Hz Line results in an output waveform with a period of T = 1/60Hz \(\sim\) 16.67ms. - The typical blocking time (Tb) from a 60 Hz line is about 13ms.
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