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2 Transients (22 Points) The following RC circuit is to be analysed. At t = 0 the voltage across the capacitor is equal to zero. After 6 ms of charging the switch is closed. 25 U1 6V R1 1k R2 2k Sw tClose=6ms HH 0 1u UC Determine: a) the time constant t₁ for t≤ 6 ms and t₂ for t> 6 ms. b) calculate the voltage uc(t) for t = 6 ms and for t = 10 ms. c) Make a draft sketch of the voltage across C in the time range between 0 and 10 ms including the triangles to show the time constants in the diagram on the next page or on grid paper.

2 Transients (22 Points) The following RC circuit is to be analysed. At t = 0 the voltage across the capacitor is equal to zero. After 6 ms of charging the switch is closed. 25 U1 6V R1 1k R2 2k Sw tClose=6ms HH 0 1u UC Determine: a) the time constant t₁ for t≤ 6 ms and t₂ for t> 6 ms. b) calculate the voltage uc(t) for t = 6 ms and for t = 10 ms. c) Make a draft sketch of the voltage across C in the time range between 0 and 10 ms including the triangles to show the time constants in the diagram on the next page or on grid paper.

Electricity for Refrigeration, Heating, and Air Conditioning (MindTap Course List)
Electricity for Refrigeration, Heating, and Air Conditioning (MindTap Course List)
10th Edition
ISBN:9781337399128
Author:Russell E. Smith
Publisher:Russell E. Smith
Chapter8: Basic Electric Motors
Section: Chapter Questions
Problem 25RQ: List the five capacitor replacement rules.
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2 Transients (22 Points) The following RC circuit is to be analysed. At t = 0 the voltage across the capacitor is equal to zero. After 6 ms of charging the switch is closed. 25 U1 6V R1 1k R2 2k Sw tClose=6ms HH 0 1u UC Determine: a) the time constant t₁ for t≤ 6 ms and t₂ for t> 6 ms. b) calculate the voltage uc(t) for t = 6 ms and for t = 10 ms. c) Make a draft sketch of the voltage across C in the time range between 0 and 10 ms including the triangles to show the time constants in the diagram on the next page or on grid paper.
Transcribed Image Text:2 Transients (22 Points) The following RC circuit is to be analysed. At t = 0 the voltage across the capacitor is equal to zero. After 6 ms of charging the switch is closed. 25 U1 6V R1 1k R2 2k Sw tClose=6ms HH 0 1u UC Determine: a) the time constant t₁ for t≤ 6 ms and t₂ for t> 6 ms. b) calculate the voltage uc(t) for t = 6 ms and for t = 10 ms. c) Make a draft sketch of the voltage across C in the time range between 0 and 10 ms including the triangles to show the time constants in the diagram on the next page or on grid paper.
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