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A chopper feeding on RL load is shown in the figure, with V= 200 V. R=50 L= 5 mH f = 1 kHz, d = 0.5 and E OV. Calculate a) Maximum and minimum values of load current. b) Average value of load current. c) RMS load current. d) Effective input resistance as seen by source. =) RMS chopper current. Chopper FWD B

A chopper feeding on RL load is shown in the figure, with V= 200 V. R=50 L= 5 mH f = 1 kHz, d = 0.5 and E OV. Calculate a) Maximum and minimum values of load current. b) Average value of load current. c) RMS load current. d) Effective input resistance as seen by source. =) RMS chopper current. Chopper FWD B

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
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06:31 VV < 7. A chopper feeding on RL load is shown in the figure, with V = 200 V. R = 50, L = 5 mH f = 1 kHz, d = 0.5 and E = 0 V. Calculate " a) Maximum and minimum values of load current. b) Average value of load current. c) RMS load current. d) Effective input resistance as seen by source. RMS chopper current. Fay t Converter su to 15V, with n RI er is 6W. The 7 kHz and you g jitter is not figure, 15 and E 50, L the output a f no more tha um values ad current. ance as 2 | | 74% ا... ال Chopper t Converter su to 15V, with 1 2 the output a f no more tha 'er is 6W. The 7 kHz and you ng jitter is not C FWD io E © M000002 I
Transcribed Image Text:06:31 VV < 7. A chopper feeding on RL load is shown in the figure, with V = 200 V. R = 50, L = 5 mH f = 1 kHz, d = 0.5 and E = 0 V. Calculate " a) Maximum and minimum values of load current. b) Average value of load current. c) RMS load current. d) Effective input resistance as seen by source. RMS chopper current. Fay t Converter su to 15V, with n RI er is 6W. The 7 kHz and you g jitter is not figure, 15 and E 50, L the output a f no more tha um values ad current. ance as 2 | | 74% ا... ال Chopper t Converter su to 15V, with 1 2 the output a f no more tha 'er is 6W. The 7 kHz and you ng jitter is not C FWD io E © M000002 I
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