EECS 723 – Homework Assignments (Spring 05)

 

 

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Homework Policy (Please Read!)

 

 

Due Date         Assignment

 

Jan 21              none

 

Jan 24              none

Jan 26              none

Jan 28              #1:  2.2, SP 2.1-1

 

Jan 31              none        

Feb 2                none

Feb 4                none

 

Feb 7                #2:  2.10,  SP 2.3-3,  SP 2.3-5

Feb 9                #3:  2.8, 2.9, 2.14, SP 2.3-7, SP 2.3-8

Feb 11               #4:  SP 2.3-2,  SP 2.3-6

 

 

Feb 14              none

Feb 16              #5:  2.19(d), 2.20(d), 2.21(d), 2.22, 2.23

Feb 18              #6:  SP 2.4-1

 

Feb 21              #7: 2.25 1, 2.26

Feb 23              #8: SP 2.6-1, SP 2.6-2, SP 2.6-3

Feb 25              Expo

 

Note 1– Do not plot SWR—just complete the design.

 

Feb 28              none

Mar 2               none

Mar 4               Exam I

 

Mar 7               #9: SP 4.2-1, SP 4.2-2

Mar 9               #10: 4.7 2, SP 4.2-4, SP 4.2-5

Mar 11              #11:  4.10, 4.28, SP 4.3-2

 

Note 2– You must find an impedance and admittance matrix for both circuit (a) and circuit (b), for a total of 4 matrices.

 

Mar 14              #12:  4.223, 4.244

Mar 16              none

Mar 18              #13:  4.305, SP 4.5-1

 

 

Note 3- Determine A,B,C,D values by applying their definition to each circuit and then performing the circuit analysis.  The value Y expresses the device admittance.

 

Note 4-  Note that there are three, cascaded two-port devices in this circuit (a series resistor, a transformer, a transmission line).  The transmission for each is known (Table 4.1).  Determine the transmission matrix for each, and then the overall transmission matrix for the 3 cascaded devices.  Then determine the load voltage VL , using this overall transmission matrix.

 

Note 5 -  In this problem, P1 is the power incident on port 1, and P2 and P3 is the power absorbed (!) by the loads on ports 2 and 3, respectively.  YOU must think about what these powers are in terms of node values a and b !!!

 

Mar 21              Spring Break

Mar 23             Spring Break

Mar 25             Spring Break

 

Mar 28             none

Mar 30             none

Apr 1               #14: SP 5.2-1, SP 5.5-1

 

Apr 4                none

Apr 6                none

Apr 8                none

 

Apr 11               none

Apr 13              # 15: 7.1, 7.4

Apr 15              # 16: 7.56, 7.7

 

Note 6 – Do not determine the scattering parameters—just design the divider.

 

Apr 18              none

Apr 20              Design Project #1

Apr 22              #17: SP 7.3-1

 

Apr 25              none

Apr 27              none

Apr 29              Design Project #2

 

May 2               #18: SP 8.5-1

May 4               none

May 6               none

 

May 9               11.1

May 11              none

May 13             Stop Day