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P2.11 Assume that in figure 2.33 steady state has been reached with SWi closed and SW2 in position A. At t = 0 SW2 is thrown to position B. Plot the voltage distribution along the line at t a function of time. 15 ns and the voltage at z = 31/4 as

P2.11 Assume that in figure 2.33 steady state has been reached with SWi closed and SW2 in position A. At t = 0 SW2 is thrown to position B. Plot the voltage distribution along the line at t a function of time. 15 ns and the voltage at z = 31/4 as

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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Assume that in figure 2.33 steady state has been reached with SW1 O SW2 is thrown to position B. Plot the 31/4 as P2.11 closed and SW2 in position A. At t voltage distribution along the line at t a function of time. 15 ns and the voltage at z = SW1 Rs A SW2 100N o B 20V Zo = = 1000 = 300N z = 0 Figure 2.33 A transients problem involving switching.
Transcribed Image Text:Assume that in figure 2.33 steady state has been reached with SW1 O SW2 is thrown to position B. Plot the 31/4 as P2.11 closed and SW2 in position A. At t voltage distribution along the line at t a function of time. 15 ns and the voltage at z = SW1 Rs A SW2 100N o B 20V Zo = = 1000 = 300N z = 0 Figure 2.33 A transients problem involving switching.
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