hw5ece342fall08solution

hw5ece342fall08solution - Name _Solution_ CM _111_ ECE342...

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ECE342 Fall 2008 Homework #5 Page 1 of 2 Name _______Solution____ CM ___111__ Due date: Thursday, Oct. 23 ECE342 Homework #5 Fall 2008 (Transmission lines and the bounce diagram) 1 Problem 4.2.1 on page 287 of Introduction to EMC, 2 nd Ed. by Clayton Paul. 0 4 10 7  cu 5.8 10 7 r 1000 r 0.1 s 50 c 3 8 rw 16 0 r r 0 1 36 9 r 1 0 r 20 gauge wires has radius of 16 mils, seperaed by 50 mils center to center. The exact solution of inductance per unit length is obtained by Equation (4.20) L ln s 2rw s 2rw 2 1 0 L 4.065 7 henries The exact solution of capactance per unit length is obtained by Equation (4.21) C 0 0 L C 2.733 11 coulumbs The proximate solution of inductance per unit length is obtained by Equation (4.19) L s 0 L 4.558 7 henries The exact solution of capactance per unit length is obtained by Equation (4.21) C 0 0 L C 2.438
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hw5ece342fall08solution - Name _Solution_ CM _111_ ECE342...

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