Welcome to the ENEE 610, Electrical Network Theory, Fall 2020,
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 08/31/20 (file: 610desF20.doc)
here
Course Time Schedule updated 11/03/20 (file: 610timF20.doc)
here
Course Paper Choices updated 11/18/20 (file: 610F20_pprs.pdf)
here
Paper Presentation Schedule updated 11/25/20 (file: 610F20present_schd.doc)
here
Homework problem solution assignments updated 12/01/20 (file: 610F20sols_schd.doc)
here
Base Paper Description (file: 610ppr_des_F20.doc)
here
Base Paper Report Grading Form (file: ee610rpt_grd_F20.doc)
here
Final Exam study points, updated 12/06/20 (file: final_studyPts.docx)
here
Final Exam (file: 610F20finalversionexm.pdf)
here
Final Exam Solutions, fall 2020 (file: final_sols_F20.pdf)
here
Homework problems
Homework set #1 dated 09/02/20 new due date Tu 09/15/20 (file: 610F20Hmwrk1.doc)
here
Homework set #2 due Tu 09/22/20 (file: 610F20Hmwrk2.doc)
here
Homework set #3 due Tu 09/29/20 (file: 620F20Hmwrk3.doc)
here
Homework set #4 due Tu 10/06/20 (file: 620F20Hmwrk4.doc)
here
Homework set #5 due Tu 10/13/20 (file: 610F20Hmwrk5.doc)
here
Homework set #6 due Tu 10/20/20 (file: 620F20Hmwrk6.doc)
here
Homework set #7 due Tu-Th 10/27-29/20 (file: 610F20Hmwrk7.pdf)
here
Homework set #8 due Th 11/05/20 (file: 610F20Hmwrk8.pdf)
here
Homework set #9 due Tu 11/10/20 (file: 610F20Hmwrk8.pdf)
here
Homework set #10 due Th 11/17/20 (file: 610F20Hmwrk10.pdf)
here
Class lectures
Lecture #1 of Tu 09/01/20{Organize; Overview of course} (file: ENEE 610_090120.pdf)
here
Lecture #2 of Th 09/03/20 {KVL,KCL,graph, cut & tie sets} (file: ENEE 610_090320.pdf)
here
Lecture #3 of Tu 09/08/20 [setting up semistate, linear Av=Bi; circuit & semistate equations] (file: ENEE 610_090820.pdf)
here
Lecture #4 of Th 09/10/20 (Av=Bi, case B=identity, Y equations; 1st order ODE circuit) (file: ENEE 610_091020.pdf)
here
Lecture #5 of Tu 09/15/20 (Y,Z,S, terminated 2-ports) (file: ENEE 610_091520.pdf)
here
Lecture #6 of Th 09/17/20 (S, L and transformer from gyrator) (file: ENEE 610_091720.pdf)
here
Lecture #7 of Tu 09/22/20 (Constant R circuits) (file: ENEE 610_092220.pdf)
here
Lecture #8 of Th 09/24/20 ( S=S2*S1, L2 functions, ) (file: ENEE 610_092420.pdf)
here
Lecture #9 of Tu 09/29/20 (Y for Circulator, transformer loading, state from semistate) (file: ENEE 610_092920.pdf)
here
Lecture #10 of Th 10/01/20 (NICs, inversion of Laplace transform SVD) (file: ENEE 610_100120.pdf)
here
Lecture #11 of Tu 10/06/20 (PR lossless, nullor, scaling) (file: ENEE 610_100620.pdf)
here
Lecture #12 of Th 10/08/19 cancelled due to server down
Lecture #13 of Tu 10/13/20 (lossless canonical form) (file: ENEE 610_101320.pdf)
here
Lecture #14 of Th 10/15/20 (2nd Cauer; poles at infinity via semistate; Schmitt trigger)
(file: ENEE 610_101520.pdf)
here
Lecture #15 of Tu 10/20/20 (Richards' function )
(file: 610_101519.pdf)
here
< Lecture #16 of Th 10/22/20 ( V2/V1 ladder synthesis ) (file ENEE 610_102220.pdf)
here
Lecture #17 of Tu 10/27/20 update 10/28 (partial pole removal, curve tracers) (file: ENEE 610_102720.pdf)
here
Lecture #18 of Th 10/29/20 (constant R latticc) (file: ENEE 610_102920.pdf)
here
< Lecture #19 of Tu 11/03/20 (OTA & use in state eqs., lattice to bridge tee) (file: ENEE 610_110320.pdf)
here
Lecture #20, Th 11/05/20 (corrections, adjoint, sensitivity) (file: ENEE 610_110520.pdf)
here
Lecture #21, Tu 11/10/20 (op-amp loaded wih C) (file: ENEE 610_111020.pdf)
here
Lecture #22, Th 11/12/20 (finish Sensitivity; state to Ycoupling) (file: ENEE 610_111220.pdf)
here
Items of interest:
complex Richards' extraction (file: complex_Richards.pdf)
here
MathCad code for synthesis via Bott-Duffin example (file: BttDuff_calc.xmcd)
here
MathCad for synthesis via Bott-Duffin example written pages (file: BttDuff_calc_2.doc.docx)
here
Location of Cadence S-Parameter PSpice application note of 12/2008
(file: www.cadence.com/rl/Resources/application_note/S-Parameter_Data_appnote.pdf)
If this link does not work go to cadence.com and search application_note/S-Parameter_Data_appnote
here
or here
Path to bicmos12.lib file for PSpice in VCL:
C:\Cadence\SPB_17.2\tools\capture\library\pspice\bicmos12.lib
The files cross listed below have various items of interest
for the course.
The PSpice file for the part Gvalue is ABM, that for PARAM is SPECIAL, and that
for the CA3600 (=same as CMOS 4007 full package) is ANL_MISC
Microsystems Lab VLSI design page at
http://www.ece.umd.edu/~newcomb/mslab-vlsi.html
click here
Contains Spice models, Cadence and MAGIC Layout tutorials, VLSI examples
and Spice version 8.0 evaluation cd added 09/10/06
URL address, this page: http://www.ece.umd.edu/~newcomb/courses/fall2020/610/ENEE610_fall2020.html