EE 322 Spring 2012

Advance Electronics

Class hours and location:
Monday and Wednesday 10:00-10:50, Workman 117
Wednesday 14-14:50, Workman 117
Occasionally Friday 10:00-10:50, Workman 117

Office hours: TBD

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

Course Syllabus

Textbooks

Laboratory exercises

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

HH=Horowitz & Hill, SS=Sedra & Smith, RM=Ron Mancini
#DateSectionsTopicDueLab
Linear regulators
1Wed Jan 18HH 6.0-6.2
HH 6.3-6.4
723 regulator
limiter, outboard transistor
--
--Fri Jan 20
no class
--
--Mon Jan 23
no class
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--Wed Jan 25
no class
--
2Fri Jan 27HH 6.5-6.13Foldback current limit, overvoltage protection
The rest of the DC power supply
--
3Mon Jan 30HH 6.14-6.15Voltage referencesHW 1: HH Exercises 6.1, 6.2, 6.3 in the text
solution
Lab 1: Multisim
4Wed Feb 1HH 6.16-6.18Monolithic regulators----
5Review of linear regulators----
Switching regulators
6Mon Feb 6HH 6.19Switching regulators, doublerHW 2: HH Exercises 6.4, 6.5, 6.6, 6.7 in the text
solution
Lab 2: linear regulator
7Wed Feb 8Inverting, step-down switching regulators----
8Step-up switching regulator----
9Mon Feb 13LT 1945 datasheetLT 1945--Lab 3: linear regulator
10Wed Feb 15--Review of switching regulators----
Noise
11Wed Feb 15HH 7.11-7.22Electronic noise----
12Mon Feb 20HH 7.22-7.25Interference, guarding, shieldingHW 3: assignment
solution
Lab 4: switching regulator
13Wed Feb 22SS 8.1-8.2Feedback systems----
14--Exam 1 preparation----
Feedback stability and instability
15Mon Feb 27
Exam 1
solution
--Lab 5: switching regulator LT 1945
16Wed Feb 298.9-8.10Stability analysisHW 4: SS 8.1, 8.4, 8.8, 8.10
solution
--
17--
Current Feedback Operational Amplifier
18Mon Mar 5RM 123-136Current-feedback op-amp--Lab 6: noise
19Wed Mar 7RM 137-145CFOA and comparison to VFOAHW 5: SS 8.73, 8.75, 8.76
solution
--
20RM 101-123VFOA compensation--
Oscillators
21Mon Mar 19SS 13.1-13.2Sinusoidal oscillatorsHW 6: SS 8.74
solution
Lab 7: current-feedback op-amp
22Wed Mar 21SS 13.4Bistable multivibrator----
23SS 13.5Astable multivibrator and waveform generation----
24Mon Mar 26--Exam 2 preparation--Lab 8: sinusoidal wave generator
25Wed Mar 28--Review sinusoidal, bistable, astableHW 7: SS 13.5, 13.13, 13.14
solution
--
26SS 13.6Monostable multivibrator--
27Fri Mar 30
Exam 2
solution
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28Mon Apr 2SS 13.6, HH 229-232Monstable multivibrator, Comparator--Lab 9: waveform generators
29Wed Apr 4SS 13.7555 TimerHW 8: SS 13.24, 13.26, 13.27, 13.30
solution
--
30HH 284-294Voltage-controlled oscillator and other circuits--
Phase-locked loops
31Mon Apr 9Wikipedia PLL pageIntroduction--Lab 10: 555 timer
32Wed Apr 11HH 9.27-9.31ImplementationHW 9: SS 13.34, 13.39, 13.40
solution
--
33
Field Trip to VLA
--
Active filters
34Mon Apr 16SS 12.1-12.2Active filter functions and characteristics--Lab 11: phase-locked loops
35Wed Apr 18SS 12.3Butterworth and Chebyshev filtersHW 10
solution
--
36SS 12.4First order filters and implementations. Second order functions--
37Mon Apr 23SS 12.5Exam 3 preparation
LCR second order filter
--Lab 12: active filters
38Wed Apr 25
Exam 3
solution
HW 11: SS 12.9, 12.13, 12.15, 12.17, 12.22
solution
--
39HH 5.00-5.07Voltage-controlled Voltage Source active filters--
40Mon Apr 30SS 12.6Estimated final grades
Filters based on inductor replacement
--Lab 13: active filters
41Wed May 2SS 12.7Filters based on two integrator loops
Course evaluation
HW 12 (will not count toward your grade, but is necessary preparation for exam 4): SS 12.33, 12.34, 12.43, 12.44, 12.48, 12.49, 12.50
solution
--
42--Discuss HW 12--
43May 4, 2012
Exam 4
May 4, 2012, 10-11, Workman 117
solution
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