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In the circuit, C = 0.05 microFarad, V0 = 30 volt capacitor starting voltage and Io coil starting current = 0 amperes. In this case, the voltage response of the circuit; Since volts for t> 0 V(t)=-10e-5000t+40e-20000t , t = 0.0003. How many milliamperes per second iL (t) is the current iL (t).               V(t)=-10e-5000t+40e-20000t

In the circuit, C = 0.05 microFarad, V0 = 30 volt capacitor starting voltage and Io coil starting current = 0 amperes. In this case, the voltage response of the circuit; Since volts for t> 0 V(t)=-10e-5000t+40e-20000t , t = 0.0003. How many milliamperes per second iL (t) is the current iL (t).               V(t)=-10e-5000t+40e-20000t

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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In the circuit, C = 0.05 microFarad, V0 = 30 volt capacitor starting voltage and Io coil starting current = 0 amperes. In this case, the voltage response of the circuit; Since volts for t> 0 V(t)=-10e-5000t+40e-20000t , t = 0.0003. How many milliamperes per second iL (t) is the current iL (t).
 
 
 
 
 
 
 

V(t)=-10e-5000t+40e-20000t 

L R V Şekildeki devrede C=0.05 mikroFarad, kapasitörün başlangıç gerilimi V.=30 Volt ve bobinin başlangıç akımı l, = 0 %3D amperdir. Bu durumda devrenin gerilim cevabı; t2O için V(t)=-10e-5000t+40e¯20000t volt olduğuna göre iL(t) akımını iL(t) akımı t= 0.0003'üncü saniyede kaç mA'dir.
Transcribed Image Text:L R V Şekildeki devrede C=0.05 mikroFarad, kapasitörün başlangıç gerilimi V.=30 Volt ve bobinin başlangıç akımı l, = 0 %3D amperdir. Bu durumda devrenin gerilim cevabı; t2O için V(t)=-10e-5000t+40e¯20000t volt olduğuna göre iL(t) akımını iL(t) akımı t= 0.0003'üncü saniyede kaç mA'dir.
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