Example 5 For the lossless TL shown in below with length 1 and characterístic impedance Zo, let Zg = Zo and ZR = Zo. The line in connected another lossless TL with with length 1 and characteristic impedance 2Zo and an impedance of Zo is connected between the two line as well. Use Zig-zag diagram to show the incident and reflected

Power System Analysis and Design (MindTap Course List)
6th Edition
ISBN:9781305632134
Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma
Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma
Chapter13: Transmission Lines: Transient Operation
Section: Chapter Questions
Problem 13.13P
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Example 5
For the lossless TL shown in below with length 1
and characterístic impedance Zo, let Zg = Zo and ZR = Zo. The line
in connected another lossless TL with with length and characteristic
impedance 2Z and an impedance of Zo is connected between the two
line as well. Use Zig-zag diagram to show the incident and reflected
signals for 8T, then draw the time-spacing diagram for the sending end
Es and receiving end ER and at the point the two lines are connected
Emid.
E
+1
Hint:
K→ (3Zo||2Zo)-Zo
mid
(3Zo||2Zo)+Zo
=
ន
ZO
Kt.
mid
3Z0
(3Z0||Zo)-2Zo
(3Zo||Zo)+2Zo
2Z0
ZL
Transcribed Image Text:Example 5 For the lossless TL shown in below with length 1 and characterístic impedance Zo, let Zg = Zo and ZR = Zo. The line in connected another lossless TL with with length and characteristic impedance 2Z and an impedance of Zo is connected between the two line as well. Use Zig-zag diagram to show the incident and reflected signals for 8T, then draw the time-spacing diagram for the sending end Es and receiving end ER and at the point the two lines are connected Emid. E +1 Hint: K→ (3Zo||2Zo)-Zo mid (3Zo||2Zo)+Zo = ន ZO Kt. mid 3Z0 (3Z0||Zo)-2Zo (3Zo||Zo)+2Zo 2Z0 ZL
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