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1) Analyze a series RLC circuit like the figure given below and find the equation for Vrr in terms of other components (not with their numerical values, just symbolic equation)

1) Analyze a series RLC circuit like the figure given below and find the equation for Vrr in terms of other components (not with their numerical values, just symbolic equation)

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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1) Analyze a series RLC circuit like the figure given below and find the equation for Ver in terms of other components (not with their numerical values, just symbolic equation) 2) Apply the circuit in Figure 1 where Vw =50sin(2nft) V. f values are given in Table 1 for each situation. Use the following values using your student ID number. C1 = XX uF (XX: first two numbers of your ID, e.g., 18 uF) L1 = XXX uH (XXX: last three numbers of your ID, e.g., 108 mH) R1 = 100 Q C1 L1 Figure 1. Series RLC circuit 3) Draw impedance triangle for two cases f=50 and f=5000HZ. 4) Calculate voltage and current on each component and plot their phasors for two cases f=50 and f=5000HZ.
Transcribed Image Text:1) Analyze a series RLC circuit like the figure given below and find the equation for Ver in terms of other components (not with their numerical values, just symbolic equation) 2) Apply the circuit in Figure 1 where Vw =50sin(2nft) V. f values are given in Table 1 for each situation. Use the following values using your student ID number. C1 = XX uF (XX: first two numbers of your ID, e.g., 18 uF) L1 = XXX uH (XXX: last three numbers of your ID, e.g., 108 mH) R1 = 100 Q C1 L1 Figure 1. Series RLC circuit 3) Draw impedance triangle for two cases f=50 and f=5000HZ. 4) Calculate voltage and current on each component and plot their phasors for two cases f=50 and f=5000HZ.
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