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Vs, rms = 120v, f = 60Hz, vd = 250V Max power = 250 W, &s=100KHZ, C=440μF ~= 100m, Ld=lmH, R = 250 vaz = I2 Vs 4wC Vd / W = 21TX60, V5 = √2 × 120 L=52 Po Kv 1+5/wcv Vs 12= 0.015XIL ^ Vs. R/2 2 √d its (£) C =1→(1) 5=jwav Kv (2) +5/Wcv S=(2x120) Jaz find Kv, & Wev

Vs, rms = 120v, f = 60Hz, vd = 250V Max power = 250 W, &s=100KHZ, C=440μF ~= 100m, Ld=lmH, R = 250 vaz = I2 Vs 4wC Vd / W = 21TX60, V5 = √2 × 120 L=52 Po Kv 1+5/wcv Vs 12= 0.015XIL ^ Vs. R/2 2 √d its (£) C =1→(1) 5=jwav Kv (2) +5/Wcv S=(2x120) Jaz find Kv, & Wev

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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Vs, rms = 120v, f = 60Hz, Vd=250V Max power = 250 W, fs = 100KHz, C=440μF = 100m, Ld=lmH, R = 250 Vaz = I Vs W = 21X60, V5 = √2×120 4wC Vd = √2 Po Vs 112 = 0.015X IL z=0.01 Kv 1+5/wcv Kv O Vs R/2 2 √d 1+5 (22) Vd C =1-7(1) f=jwcv 1+5/Wcv → (2) S=(22) Jaz find Kv, & Wev
Transcribed Image Text:Vs, rms = 120v, f = 60Hz, Vd=250V Max power = 250 W, fs = 100KHz, C=440μF = 100m, Ld=lmH, R = 250 Vaz = I Vs W = 21X60, V5 = √2×120 4wC Vd = √2 Po Vs 112 = 0.015X IL z=0.01 Kv 1+5/wcv Kv O Vs R/2 2 √d 1+5 (22) Vd C =1-7(1) f=jwcv 1+5/Wcv → (2) S=(22) Jaz find Kv, & Wev
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