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book Field and Wave Electromagnetics 2nd Edition by David Cheng cover

Field and Wave Electromagnetics 2nd Edition by David Cheng

Edition 2ISBN: 978-0201128192
book Field and Wave Electromagnetics 2nd Edition by David Cheng cover

Field and Wave Electromagnetics 2nd Edition by David Cheng

Edition 2ISBN: 978-0201128192
Exercise 12
A lossless, air-dielectric, open-circuited transmission line of characteristic resistance R 0 and length
A lossless, air-dielectric, open-circuited transmission line of characteristic resistance R 0 and length    is initially charged to a voltage V 0 At t = 0 the line is connected to a resistance R, as shown in Fig. 9- 46. Determine V R (t) and I R (t) for 0 t 5     /c:  a) if R = 2R 0 , b) if R = R 0 / 2.  FIGURE : An initially charged line connected to a resistance (Problem 9- 38).   is initially charged to a voltage V 0 At t = 0 the line is connected to a resistance R, as shown in Fig. 9- 46. Determine V R (t) and I R (t) for
0 t 5
A lossless, air-dielectric, open-circuited transmission line of characteristic resistance R 0 and length    is initially charged to a voltage V 0 At t = 0 the line is connected to a resistance R, as shown in Fig. 9- 46. Determine V R (t) and I R (t) for 0 t 5     /c:  a) if R = 2R 0 , b) if R = R 0 / 2.  FIGURE : An initially charged line connected to a resistance (Problem 9- 38).   /c:
a) if R = 2R 0 ,
b) if R = R 0 / 2.
FIGURE : An initially charged line connected to a resistance (Problem 9- 38).
A lossless, air-dielectric, open-circuited transmission line of characteristic resistance R 0 and length    is initially charged to a voltage V 0 At t = 0 the line is connected to a resistance R, as shown in Fig. 9- 46. Determine V R (t) and I R (t) for 0 t 5     /c:  a) if R = 2R 0 , b) if R = R 0 / 2.  FIGURE : An initially charged line connected to a resistance (Problem 9- 38).
Explanation
Verified
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a)
Consider the equivalent circuit to st...

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Field and Wave Electromagnetics 2nd Edition by David Cheng
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