Course Description, 01/24/09 (file: 303S09des.pdf) here

Course Time Schedule (file: 303S09tim.pdf) here

Paper Choices updated 04/07/09 (file: 303_pprsS09.pdf) here

Paper Presentation Schedule updated 04/16/09 (file:presentS09_schd.pdf ) here

Base Paper Report Grading Form (ee303Hrpt_grd.pdf) here

Midterm exam study points 03/23/09 (file: midtermstudy.txt) here

Midterm Exam Th 03/26/09 (file: 303S09Midtrm.pdf) here

Midterm solutions, (midterm_sols.pdf) here

Final Study Points updated 05/07/09 (303hfnlstud.pdf) here

final exam 05/14/09 (303finalS09.pdf) here

final solutions 05/14/09 (final_sols.pdf) here

Homework

First homework set due date extended to M 02/09/09 (303S09hmwrk1.pdf) here

Solutions First homework set 02/19/09 (HW1_solsAS.doc) here

Second homework set new due date M 02/16/09 (303S09hmwrk2.pdf) here

Solutions Second homework set 02/24/09 (HW2_solsAS.doc) here

Third homework set new due date M 02/23/09 (303S09hmwrk3.pdf) here

Solutions Third & Fourth homework sets 03/22/09 (HW3-4_solsAS.pdf) here

Fourth homework set new due date (from snow cancellations) 03/05/09 (303S09hmwrk4.pdf) here

Fifth homework set due Th 03/12/09 (303S09hmwrk5.pdf) here

Solution to Fifth homework set 03/22/09 (HW5_solsAS.doc) here

Sixth homework set due date 04/14/09 (hmwrk6.pdf) here

Seventh homework set Note that in problem 3 M9 needs the gate reconnected; new due date Th 05/07/09 (303S09hmwrk7.pdf); you can use G components in Spice for the linear terms; since the desired limit cycles would need to have negative current from the NDR some added circuitry would be needed to solve the limit cycle portions of problem2 (and thus, 3). here

Items to consider for learning course material

Some circuits to look at 03/16/09 (303S09tolookat1.pdf) here

Some Lecture notes in pdf form from tablet int format

Lecture set of Tu 01/27/09 (file: 303_012709.pdf) here

Lecture set of Th 01/29/09 (file: 303_012909.pdf) here

Lecture set of Tu 02/03/09 (file: EE303_020508.pdf) here

Lecture set of Th 02/05/09 (file: 303_020509.pdf) here

Lecture set of Tu 02/10/09 (file: 303_021009.pdf) here

Lecture set of Th 02/12/09 (file: 303_021209.pdf) here

Lecture set of Tu 02/17/09 (file: 303_021709.pdf) here

Lecture set of Th 02/19/09 (file: 303_021909.pdf) here

Lecture set of Tu 02/24/09 (file: 303_022409.pdf) here

Lecture set of Th 02/26/09 (file: 303_022609.pdf) here

Lecture set of Tu 03/03/09 (file: 303_030309.pdf) here

Lecture set of Th 03/05/09 updated 03/06/09(file: 303_030509.pdf) here

Lecture set of Tu 03/10/09 (file: EE303_031009.pdf) here

Lecture set of Th 03/12/09 (file: 303_031209.pdf) here

Lecture set of Tu 03/24/09 (file: 303_032409.pdf) here

Lecture set of Tu 03/31/09 (file: 303_033109.pdf) here

Lecture set of Tu 05/12/09 (file: 303_051209.pdf) here

The files listed below have various items of interest for the course.

PSpice Anl_misc.lib (text file) with CMOS 4007 model [use the CA 3600 which is equivalent] (25Kbytes) here

PSpice Anl_misc.slb (text file) for CMOS 4007 package [for use in PSpice versions less or equal to 8] (30Kbytes) here

PSpice Anl_misc.olb (machine language) file with CMOS 4007 package [for use with versions 9 & 10; also need to load Anl_misc.lib in the simulation profile] (50Kbytes) here

PSpice version 8 zipped files (65MBytes) here

Spice bicmos12 model library file (20KBytes) here

PSpice bicmos12 schematic library files (23KBytes) here

PSpice versions 9 & 10 bicmos12.olb schematic library files (25KBytes) here

Spice model for CMOS 4007 transistors schematic (25KBytes; CMOS4007_model.pdf) here

data sheet page for CMOS 4007 transistors schematic (4KBytes; CMOS4007_data.pdf ) here

library file for breakout 4007 transistors (564Bytes; m4007_tran.lib ) here

technique for creatomg breakout device models; updated 02/05/06 (2KBytes; break_models_instructs.txt ) here

4007 NMOS and PMOS curves (36KBytes) here

PSpice m4007_trancrvs.sch file for 4007 NMOS and PMOS curves (3.6KBytes) here

PSpice m4007_transcrvs.lib file for 4007 NMOS and PMOS curves (586Bytes) here

PSpice BIPOLAR.LIB model file for BJT transistors (414KBytes) here

PSpice BIPOLAR.SLB schematic file for BJT transistors (160KBytes) here

PSpice vers 9+ BIPOLAR.OLB file for BJT transistors (549KBytes) here

PSpice models for BJT 2N390x transistors here

PSpice ANL_MISC.LIB file for CMOS 4007 transistor models under CA3600E (2.2KBytes) here

PSpice (for versions <= 8) ANL_MISC.SLB file for CMOS 4007 transistor schematic for CMOS 4007 under CA3600E (2KBytes) here

The files cross listed below also have various items of interest for the course.

Microsystems Lab VLSI design page here

Contains Spice models, MAGIC Layout tutorial, VLSI examples

URL address: http://www.ece.umd.edu/~newcomb/corses/spring2009/ENEE303H_Spring2009.html