This preview shows page 1. Sign up to view the full content.
Unformatted text preview: 3 megawatts, with a characteristic impedance of 500 Ω (twowire line). What is the peak voltage on the line after the break occurs? Problem P6.2 A very long transmission line with characteristic impedance Z 0 and wave velocity v = c has a shunt resistor of unknown vlue R L at an unknown location z = ± . A measurement of the voltage at the input, V ( t ), with a unit step generator applied to the line, yields the result shown in Fig. 2. ’ V + V + Z o V _ + u(t) Z o , v − V (t) R L ∞ z = 0 ² z = ± z V (t) 10 8 sec t Fig. 2 (a) What is ± ? (b) What is R L ? (c) Sketch the voltage and current distribution on the line at the time t = 1 . 5 ±/v .± Week 7 Week 8...
View
Full
Document
This note was uploaded on 12/02/2010 for the course ECE 6.641 taught by Professor Zahn during the Spring '09 term at MIT.
 Spring '09
 Zahn
 Computer Science, Electromagnet

Click to edit the document details