EN.Q3 - In the RLC circuit, vs(t) = 330.Sin(628t) Volt, R = 470,C= 220µF and L= 65 mH. Determine thevalues; i(t) in sinusoidal form and polar form, source voltage VRMS, power factor Cosp, also active power P andapparent power S according to RMS values.RTÜM HESAPLAMALARDA VE BULUNAN DEĞERLERİN DENKLEMLERDEKULLANIMINDA VİRGÜLDEN SONRA 3 BASAMAK ALARAK İŞLEMYAPILACAKTIR. CEVAP ANAHTARI BUNA GÖRE OLUŞTURULDU.(1)VRMS= doso)= S3/4

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FN.Q3- In the RLC circuit, vs(t) = 330.Sin(628t) Volt, R= 470, C=220µF andL=65 mH. Determine the values, i(t) in sinusoidal form and polar form, source voltage VRMS, power factor Cosp, also active power P and %3D apparent power S according to RMS values. TÜM HESAPLAMALARDA VE BULUNAN DEĞERLERİN DENKLEMLERDE KULLANIMINDA VİRGÜLDEN SONRA 3 BASAMAK ALARAK İŞLEM YAPILACAKTIR. CEVAP ANAHTARI BUNA GÖRE OLUŞTURULDU.

FN.Q3- In the RLC circuit, vs(t) = 330.Sin(628t) Volt, R= 470, C=220µF andL=65 mH. Determine the values, i(t) in sinusoidal form and polar form, source voltage VRMS, power factor Cosp, also active power P and %3D apparent power S according to RMS values. TÜM HESAPLAMALARDA VE BULUNAN DEĞERLERİN DENKLEMLERDE KULLANIMINDA VİRGÜLDEN SONRA 3 BASAMAK ALARAK İŞLEM YAPILACAKTIR. CEVAP ANAHTARI BUNA GÖRE OLUŞTURULDU.

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter2: Fundamentals

Section: Chapter Questions

Problem 2.7P: Let a 100V sinusoidal source be connected to a series combination of a 3 resistor, an 8 inductor,...

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