Name _Solution_ CM _111_ ECE342 Homework #1 Solution
Due date: Monday, 15 Sept. 2008 Fall 2008
(Decibel, Power Gain, Signal Source Specification, EMC) 1 Problem 1.4.4 on page 45 of the textbook by Clayton Paul. (Electrical Length)
c = 2.998 10 s
Name _Solution_ CM _111_ ECE342 Homework #2 Solution
Due date: Thursday, 18 Sept. 2008 Fall 2008
(Signal Spectra and Non-Linear Behavior of Passive Components) 1 Circle the best answers for the following multiple choice questions. There could be mo
Name _Solution_ CM _111_ ECE342 Homework #3 Solution
Due date: Tuesday, September 30 Fall 2008
(Electrical Field. Bold-faced letters are vectors.) 1. (Current density) Given a box defined by -3 m x 0 m -2 m y 1 m -4 m z 2 m Determine the net
Name _Solution_ CM _111_ ECE342 Homework #4 Solution
Due date: Tuesday, October 7 Fall 2008
(Magnetic fields, Amperes law, induced voltage, Faradays law, inductance) 1
T _ F _ T _
Mark each True/False as either T or F.
The units of E dl and d m d
Name _Solution_ CM _111_ ECE342 Homework #6 Solution (Antennas) 1
Due date: Monday, 3 Nov. 2008 Fall 2008
(Hertzian antenna) Problem 7.1.2 on page 494 of the 2nd Ed. of Clayton Pauls book. Here is a solution with Mathcad.
f 1000000 Hz 0 4 10
Name _Solution_ CM _111_ ECE342 Homework #5
Due date: Thursday, Oct. 23 Fall 2008
(Transmission lines and the bounce diagram) 1 Problem 4.2.1 on page 287 of Introduction to EMC, 2nd Ed. by Clayton Paul.
0 4 10 0 r
7
cu 5.8 10 cu r
7