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In the RLC circuit shown below, determine VR1 and VL1 when VC1 =4e-3000(t) Hint: See file "EET111 Solved examples" in your Canvas class under "Additions Resources" di1 Find i1= C1 and VR1 = R1 x il dt R2 v(t) dVc1 dt C2 HE 1μF Then, VL1: = R1 ww 1.5ΚΩ L2 1mH L1 1kQ L1 15mH i1 C1 0.5μF

In the RLC circuit shown below, determine VR1 and VL1 when VC1 =4e-3000(t) Hint: See file "EET111 Solved examples" in your Canvas class under "Additions Resources" di1 Find i1= C1 and VR1 = R1 x il dt R2 v(t) dVc1 dt C2 HE 1μF Then, VL1: = R1 ww 1.5ΚΩ L2 1mH L1 1kQ L1 15mH i1 C1 0.5μF

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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I got stuck on the second part, and didn't make it to the third part. Thanks!

In the RLC circuit shown below, determine VR1 and VL1 when VC1 =4e-3000(t) Hint: See file "EET111 Solved examples" in your Canvas class under "Additions Resources" di1 Find i1= C1 and VR1 = R1 x il dt R2 v(t) dVc1 dt C2 HE 1μF Then, VL1: = R1 1.5ΚΩ L2 1mH L1 1kQ L1 mon 15mH i1 C1 0.5μF
Transcribed Image Text:In the RLC circuit shown below, determine VR1 and VL1 when VC1 =4e-3000(t) Hint: See file "EET111 Solved examples" in your Canvas class under "Additions Resources" di1 Find i1= C1 and VR1 = R1 x il dt R2 v(t) dVc1 dt C2 HE 1μF Then, VL1: = R1 1.5ΚΩ L2 1mH L1 1kQ L1 mon 15mH i1 C1 0.5μF
= C₁ i₁ = dv₁ dt VL1 = L₁ | di dt = d dt (0.5µF) (4e¯3000(t)v) = (0.5µF)(4V)(–3000)e¯³ -3000(t) = -6000e-3000 (t) μA d dt (15mH) -6000e-3000(t) μA) = (15mH) (-6000µA) (-6000Hz)(e-3000 (t))
Transcribed Image Text:= C₁ i₁ = dv₁ dt VL1 = L₁ | di dt = d dt (0.5µF) (4e¯3000(t)v) = (0.5µF)(4V)(–3000)e¯³ -3000(t) = -6000e-3000 (t) μA d dt (15mH) -6000e-3000(t) μA) = (15mH) (-6000µA) (-6000Hz)(e-3000 (t))
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