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9 VAR is grecter thenVARC then I kgs V IKVARC is greater then VAR then I leeds v 1 X, cnd Xc cre 180° out ol phese Zisc vetor resultent of Rend Xe-Xc 1 VA iscwector nesult cuf wand VARL-VARE coslof pF equels <@ Resonenre is point where Xxz Xc As X gets lorger Xc gets smeller when Xe = Xc only R linits the current The resonence frequency is equel to ZTE in phase with opplied voltese arayt | R is L logs v Ic leads v of Current Ir is Vector resultent+ VA is vec tor resultent of R cnd VAR,-VAR t is in phere current if Fe le=lc cadl through R %3D 1 At tank Circuit FR line Current is very

9 VAR is grecter thenVARC then I kgs V IKVARC is greater then VAR then I leeds v 1 X, cnd Xc cre 180° out ol phese Zisc vetor resultent of Rend Xe-Xc 1 VA iscwector nesult cuf wand VARL-VARE coslof pF equels <@ Resonenre is point where Xxz Xc As X gets lorger Xc gets smeller when Xe = Xc only R linits the current The resonence frequency is equel to ZTE in phase with opplied voltese arayt | R is L logs v Ic leads v of Current Ir is Vector resultent+ VA is vec tor resultent of R cnd VAR,-VAR t is in phere current if Fe le=lc cadl through R %3D 1 At tank Circuit FR line Current is very

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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I! VAR is greater then VARC then I logs V A VAR is greeter then VAR then I leeds v X, cnd Xe cre 180° out of phese Zisc vector resultent of Rend Xe-Xc VA is cwector nesult of wand VARL - VARe PF= WA CosTof F equels <@ Resonenre is point where Xx= Xc As X gets lorger Xc gets smeller When Xe- Xc only R linits the current is equel to JEC The resonence frequency with opplied voltese Ris in phase legs V Tc leeds V of Current T is Ve ctor resultent VA is vector resultent of R cnd VAR, - VARC if Fe le=lc canel 4 is in phere Current through R %3D Ton At tank Circuit FR line Current i s very lee
Transcribed Image Text:I! VAR is greater then VARC then I logs V A VAR is greeter then VAR then I leeds v X, cnd Xe cre 180° out of phese Zisc vector resultent of Rend Xe-Xc VA is cwector nesult of wand VARL - VARe PF= WA CosTof F equels <@ Resonenre is point where Xx= Xc As X gets lorger Xc gets smeller When Xe- Xc only R linits the current is equel to JEC The resonence frequency with opplied voltese Ris in phase legs V Tc leeds V of Current T is Ve ctor resultent VA is vector resultent of R cnd VAR, - VARC if Fe le=lc canel 4 is in phere Current through R %3D Ton At tank Circuit FR line Current i s very lee
David In tank cirevits the FR the only Ris the Coil line 1 A tonti Circuit Cen have very lcrge tenk. çurrent with very Smoll cmount of ine Current 1f cn induction furnece has a cell Q =Io end IT=100A then ITonH h moter ony R pert chenger with the loed Lpert remains tHe scme Motor true I used tu pouer a load is in phace with Voltege PFCC cre only used to mcve lend v Cleser tu unit
Transcribed Image Text:David In tank cirevits the FR the only Ris the Coil line 1 A tonti Circuit Cen have very lcrge tenk. çurrent with very Smoll cmount of ine Current 1f cn induction furnece has a cell Q =Io end IT=100A then ITonH h moter ony R pert chenger with the loed Lpert remains tHe scme Motor true I used tu pouer a load is in phace with Voltege PFCC cre only used to mcve lend v Cleser tu unit
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