Welcome to the ENEE 610, Electrical Network Theory, Fall 2014,
home page of R. Newcomb
The textbook is available on line for purchase at the web
address www.jaicobooks.com.
The editor R.H. Sharma can be reached at email
Jaicopub@vsnl.com and the publisher at the postal address:
Jaico Publishing House, 121 M. G. Road, Mumbai 23, India.
The author may still have several copies of the book and has
been happy to sell them to the students who need to have it. He
can be reached at "Peikari, Behrouz" bxp@engr.smu.edu
Course Description updated 08/29/14 (file: 610desF14.pdf)
here
Course Time Schedule updated 12/07/14 (file: 610timF14.pdf)
here
Course Paper Choices updated 12/03/14 (file: 610F2014_pprs.pdf)
here
Paper Presentation Schedule updated 12/03/14 (file: 610F14present_schd.pdf)
here
Term Paper Description (file: 610pprdes.pdf)
here
Base Paper Report Grading Form (file: ee610rpt_grd.pdf)
here
Base Paper Report Due date extended to Th 12/11/14
Final Exam study points, updated 12/11/14 (file: final_Study_Topics.pdf)
here
Final Exam 12/18/14 (file: 610F14finalexm.pdf)
here
Problems to consider as an aid to learning course material
Homework problems
Homework set #1 due Th 09/11/14(file: 610F14hmwrk1.pdf)
here
Homework set #1 solutions of Bethiya Prashan Senevirathna (file: 610F14hmwrk1_sols.pdf )
here
Homework set #2 due Th 09/18/14 (file: 610F14hmwrk2.pdf)
here
Homework set #2 solutions of Bethiya Prashan Senevirathna (file:610F14hmwrk2_sols.pdf )
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Homework set #3 due Th 09/25/14 (file: 610F14hmwrk3.pdf)
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Homework set #3 - solutions of Bethiya Prashan Senevirathna (file: 610F14hmwrk3_sols.pdf)
here
Homework set #4 due Th 10/02/14 (file: 610F14hmwrk4.pdf)
here
Homework set #4 - solutions of Bethiya Prashan Senevirathna (file: 610F14hmwrk4_sols.pdf)
here
Homework set #5 due Th 10/09/14 (file: 610F13hmwrk5.pdf)
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Homework set #5 - solutions of Bethiya Prashan Senevirathna (file: 610F14hmwrk5_sols.pdf)
here
Homework set #6 due Th 10/16/14 (file: 610F14hmwrk6.pdf)
here
Homework set #6 - solutions of Bethiya Prashan Senevirathna (file: 610F14hmwrk6_sols.pdf)
here
Homework set #7 due Th 10/23/14 (file: 610F14hmwrk7.pdf)
here
Homework set #7 - solutions of Bethiya Prashan Senevirathna (file: 610F14hmwrk7_sols.pdf)
here
Lecture #1 of Tu 09/02/14 {Spice, MathCad] (file: EE610_090214.pdf)
here
Lecture #2 of Th 09/04/14 [{Spice info} Pin=0 for ground](file: EE610_090414.pdf)
here
Lecture #3 of Tu 09/09/14 [# of trees, cutset & tieset, Mcad esp(M)] (file: EE610_090914.pdf)
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MCAD of Lecture #3 (file:matrix_exp.doc)
here
Lecture #4 of Th 09/11/14 (circuit equations on Y basis) (file: EE610_091114.pdf)
here
Lecture #5 of Tu 09/16/14 (semi-state equations) (file: EE610_091614.pdf)
here
Lecture #6 of Th 09/18/14 (2-port Y, Richards' section) (file: EE610_091814.pdf)
here
Lecture #7 of Tu 09/23/14 (Use of Richards' function, indefinite Y & use to get 2-port Y)
(file: EE610_092314.pdf)
here
Lecture #8 of Th 09/25/14 (state equations and design from) (file: EE610_092514.pdf)
here
Lecture #9 of Tu 09/30/14 (state transformation and use on coupling Yc) (file: EE610_093014.pdf)
here
Lecture #10 of Th 10/02/14 (maximally flat filter specification) (file: EE610_100214.pdf)
here
Lecture #11 of Th 10/07/14 (TI UAF42) (file: EE610_100714.pdf)
here
Lecture #12 of Th 10/09/14 (Positive Real, PR and lossless functions) (file: EE610_100914.pdf)
here
Lecture #13 of Tu 10/14/14 (canonical syntheses, start v2/v1) (file: EE610_101414.pdf)
here
Lecture #14 of Th 10/16/14 (Vo/Vi synthesis & pole shift for zero of transmission) (file: EE610_101614.pdf)
here
Lecture #15 of Tu 10/21/14 (poles of y12, Scattering matrix) (file: EE610_102114.pdf)
here
Lecture #16 of Th 10/23/14 (S matrix and BR property) (file: EE610_102314.pdf)
here
Lecture #17 of Tu 10/28/14 (S via spice, loaded circulator, Riccati eq.) (file: EE610_102814.pdf)
here
Lecture #18 of Th 10/30/14 (Sensitivity and adjoint) (file; EE610_103014.pdf
here
Items of interest:
complex Richards' extraction (file: complex_Richards.pdf)
here
Location of Cadence S-Parameter PSpice application note of 12/2008
www.cadence.com/rl/Resources/application_note/S-Parameter_Data_appnote.pdf
The files cross listed below have various items of interest
for the course.
Microsystems Lab VLSI design page at
http://www.ece.umd.edu/~newcomb/mslab-vlsi.html
click here
Contains Spice models, MAGIC Layout tutorial, VLSI examples
with PSpice version 8.0 evaluation cd added 09/10/06
URL address, this page: http://www.ece.umd.edu/~newcomb/courses/fall2014/610/ENEE610_fall2014.html