EE 321 Fall 2011

Class hours and location:

Day of WeekTimeLocation
Monday11:00-11:50Cramer 101
Wednesday11:00-11:50Cramer 101
Wednesday12-12:50Jones Annex 101
sometimesFriday11-11:50Cramer 101

Lab hours and location:

Day of WeekTimeLocation
Monday14:00-16:45Workman 183

Office hours: TBD

Dr. Anders M. Jorgensen
Workman 227, anders@nmt.edu

Grades:

Your grades will be recorded on the EE 321 and EE 321L Moodle pages. Please visit moodle.nmt.edu.

Syllabus

Laboratory Instructions

Textbooks


Updated schedule (Look here for the latest schedule and changes)

Anything in () is not covered explicitly in lectures, but I expect you to know that material.
#
Date
Sections
Topic
Due
Laboratory Exercises
Amplifiers
1Wed Aug 241.4 (1.1-1.3)Course introduction
Terminology
Operational Amplifier review
..
2Mon Aug 291.5Amplifiers: circuit models,
in-/output resistances
cascading
.Distribute laboratory kits
Operational amplifiers
3Wed Aug 312.5, 1.6 (2.1-2.3)Op-amps: finite open-loop gain, frequency response, cascadingHW 1: 1.47, 1.57, 1.58
solution
.
42.7 (2.8)Op-amps: offset and bias
.Mon Sep 5
Academic holiday
5Wed Sep 72.7 (2.8)op-amps: difference amplifier and instrumentation amplifierHW 2: SS 2.22, 2.82, 2.102, 2.110
solution
.
6Fri Sep 9.
Diodes
7Mon Sep 123.1Ideal diode.Lab 1: Amplifiers, input/output resistance, cascades, frequency response
.Wed Sep 14..HW 3: 2.73, 2.76, page 1, page 2
(due in my EE department mailbox by 2 PM)
solution
.
8Mon Sep 193.2Junction diode.Lab 2: Non-ideal DC characteristics of Op-Amps
9Wed Sep 213.3Models of the junction diodeHW 4: 2.95
solution
.
103.4Zener diodes
11Fri Sep 233.5Rectifiers..
12Mon Sep 263.6Limiters and clamps.Lab 3: Instrumentation amplifier
13Wed Sep 283.8Other diode typesHW 5: 3.37, 3.54, 3.59, 3.61
solution
.
14.Exam 1 preparation
15Mon Oct 3.Exam 1 (solution).Lab 4: Diode IV characteristics
Bipolar Junction Transistors (BJTs)
16Wed Oct 55.1.4, 5.2Introduction to Bipolar Junction Transistors and their IV characteristics..
17
18Fri Oct 7.Discuss exam 1..
19Mon Oct 10--Review.Lab 5: Rectifiers
20Wed Oct 125.3BJT as an amplifier and a switchHW 6: 5.15 (I prefer/suggest you use a computer for this), 5.20, 5.21, 5.24
solution
.
215.4BJT DC characteristics
22Mon Oct 175.5BJT biasing.Lab 6: Diode and Zener diode circuits
23Wed Oct 195.6BJT small-signal modelsHW 7: 5.54, 5.55, 5.56, 5.58, 5.65
page 1, page 2, page 3
solution
.
24
25Mon Oct 245.7Single-stage BJT amplifiers.Lab 7: BJT IV characteristics and common-emitter amplifier
26Wed Oct 26HW 8: 5.103, 5.104, 5.110, 5.114
page 1, page 2
solution
.
27
28Mon Oct 317.3BJT differential pair.Lab 8: Single-stage BJT amplifiers
29Wed Nov 2.Exam 2 preparationHW 9: 5.130, 5.131
pages
solution
.
30TBDBJT Two-stage amplifier
31Mon Nov 7.Exam 2 (solution).Lab 9: Differential pair amplifiers
32Wed Nov 9WikipediaBJT multi-stage amplifiers (perhaps analysis of the LM741)HW 10: 7.24, 7.31, 7.35
pages 1, pages 2
solution
.
33
MOSFETs
34Mon Nov 144.2MOSFET IV characteristics.Lab 10: Two-stage amplifier
35Wed Nov 164.3, 6.3.1MOSFET DC operation, MOSFET current mirror..
364.4MOSFET amplifier operation
37Mon Nov 214.5MOSFET biasing.Lab 11: MOSFET IV-characteristics and current mirror
38Wed Nov 234.6MOSFET small-signal modelsHW 11: 4.42, 4.43, 4.44
pages
.
394.7Single-stage amplifiers
40Mon Nov 28.Lab 12: variable-gain amplifier and modulation/demodulation
41Wed Nov 30.Exam 3..
42
.Mon Dec 12.Final exam 1:30-3:30 PM, Cramer 101
solution
..