Q3,a) parts 1,2 and 3 Q3.(a) A 12V DC voltage source (of negligible output resistance) is suddenlyconnected across a series combination of a resistor R = 2002 and aninductor L = 100mH.(i) Calculate the initial values of resistor voltage, inductor voltage andcircuit current just after the voltage source has been connected.(ii) Calculate the final values of resistor voltage, inductor voltage andcircuit current after a very long time has elapsed after connectingthe voltage source.(iii) Sketch fully-labelled plots of the resistor voltage, inductor voltageand circuit current after connecting the DC voltage source (graphpaper is not required, neat sketches using a ruler are fine).(iv) Calculate the time at which the circuit current reaches 90% of itssteady-state value.(b) A 200mA, 50Hz AC current source (of negligible output impedance) isconnected across the same RL series combination of Q3(a).(i) Calculate the resistor voltage, inductor voltage and source voltage,all as phasors (you may ignore the transient effects which occurjust after the AC source has been connected).(ii) Sketch the voltage phasors of Q3(b)(i) on a fully-labelled phasordiagram, together with the source current 200mA/0° as a phasereference (graph paper is not required).(iii) Calculate the maximum rms power that can be provided by this ACsource and, by first calculating the circuit's power factor, calculatethe rms power dissipated in the resistor.(iv) Explain how all of the available source power can be dissipated inthe resistor by adding a single component and deduce the typeand value of this component. Q3.(a) A 12V DC voltage source (of negligible output resistance) is suddenlyconnected across a series combination of a resistor R = 2002 and aninductor L = 100mH.(i) Calculate the initial values of resistor voltage, inductor voltage andcircuit current just after the voltage source has been connected.(ii) Calculate the final values of resistor voltage, inductor voltage andcircuit current after a very long time has elapsed after connectingthe voltage source.(iii) Sketch fully-labelled plots of the resistor voltage, inductor voltageand circuit current after connecting the DC voltage source (graphpaper is not required, neat sketches using a ruler are fine).(iv) Calculate the time at which the circuit current reaches 90% of itssteady-state value.(b) A 200mA, 50Hz AC current source (of negligible output impedance) isconnected across the same RL series combination of Q3(a).(i) Calculate the resistor voltage, inductor voltage and source voltage,all as phasors (you may ignore the transient effects which occurjust after the AC source has been connected).(ii) Sketch the voltage phasors of Q3(b)(i) on a fully-labelled phasordiagram, together with the source current 200mA/0° as a phasereference (graph paper is not required).(iii) Calculate the maximum rms power that can be provided by this ACsource and, by first calculating the circuit's power factor, calculatethe rms power dissipated in the resistor.(iv) Explain how all of the available source power can be dissipated inthe resistor by adding a single component and deduce the typeand value of this component.

Answered: Image /qna-images/answer/5b20c7fc-28de-4a89-b67f-84131b2c7a2f.jpg

23. (a) A 12V DC voltage source (of negligible output resistance) is suddenly connected across a series combination of a resistor R = 2002 and an inductor L = 100mH. (i) Calculate the initial values of resistor voltage, inductor voltage and circuit current just after the voltage source has been connected. (ii) Calculate the final values of resistor voltage, inductor voltage and circuit current after a very long time has elapsed after connecting the voltage source. (iii) Sketch fully-labelled plots of the resistor voltage, inductor voltage and circuit current after connecting the DC voltage source (graph paper is not required, neat sketches using a ruler are fine).

23. (a) A 12V DC voltage source (of negligible output resistance) is suddenly connected across a series combination of a resistor R = 2002 and an inductor L = 100mH. (i) Calculate the initial values of resistor voltage, inductor voltage and circuit current just after the voltage source has been connected. (ii) Calculate the final values of resistor voltage, inductor voltage and circuit current after a very long time has elapsed after connecting the voltage source. (iii) Sketch fully-labelled plots of the resistor voltage, inductor voltage and circuit current after connecting the DC voltage source (graph paper is not required, neat sketches using a ruler are fine).

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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