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ELECTRONICS I

ELEE 3301

COURSE SYLLABUS: SPRING 2011 SEMESTER

Objectives Introduce students to the basic principals of electronics devices andcircuits. ELEE 3301 at a glance

(1)Learn the operation of diode and its application(2)Learn the physical operation and characteristics of MOSFET(3)Learn the physical operation and characteristics of BJT(4)Learn the small signal models and use them to analyze the

performance of single transistor circuits

(5)Learn the operation of amplifier, switchSchedule MWF 10.45 A.M.-11:35 A.M.,

Class Room: Education Complex 1.502

Text Author: Adel S. Sedra and K. C. Smith, Title: Microelectronic

Circuits Publisher: Oxford University Press, Edition: 6th

Reference R.C. Jaeger, and T.N. Blalock. Microelectronic Circuit Design,

Edition, McGraw-Hill, 2004

Instructor Hasina F Huq, [email protected],

Office: 3.278 ENGR, Phone: 956-384-5017,

Office Hours: MWF 9.40 A.M.-10.40A.M. R: 1.00PM-4.00PM

OR BY APPOINTMENT

Prerequisites Electrical Circuits I ELEE 2320 with a grade of C or better, Credit for

or enrollment in ELEE 2321.

Grade Typical Grade weighting:

Homework 5%,

Attendance 5%

Midterms I, II, III 40%

Quizzes 20%

Lab 10%

Final Exam 20%

Projects Homework and Short Quizzes:

Homework and Projects must be turned in when due (by 5 pm); late

homework and projects are not accepted. In general, we will have a


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number of short quizzes (5-10 minutes) covering previous meeting's

material. There are no makeups for a missed quiz. Although makeups are

discouraged, it is possible to makeup a major exam due to sickness, but

only one makeup is allowed per semester.

Grading A(>90%), B(80 - 89%), C(70 -79%), D(60 - 69%), F(


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List of Topics Subject to change as the semester progresses.

Class Topic Ref.

Week 1 Diode Circuit Analysis; Diode Circuits 3.1-3.5

Week 2-3 Rectifier, wave-shaping circuits, 3.5-3.10

Half-Wave Rectifiers, Full-Wave Rectifier Design;

Design Tradeoffs

DC-DC Converters

Wave-Shaping Circuits; Dynamic Switching

Photodiodes, Solar Cells, LED

Midterm 1

Week 4-7 MOSFET Physical Operation and 4.1-4.12

MOSFET Characteristics

Transfer Characteristics, MOSFET Circuits at DC

MOSFET Models, MOSFET Amplifiers,

MOSFET Biasing Analysis, Small Signal Operation

Midterm 2

Week 8-11 Bipolar Junction Transistor Physical Operation 5.1-5.11

I-V Characteristics, BJT Circuit Models

MOSFET Circuits at DCBJT Biasing, BJT Amplifiers,

BJT Biasing Analysis, Small Signal Operation

Week 12 Introduction to Electronics 1.1-1.8

Week 13 Operational Amplifier 2.1-2.9

Inverting and non-Inverting

Configuration, Difference Amplifier

Open loop gain, Bandwidth

Large Signal Operation

Integrators and Differentiators

Midterm 3

Week 14

Review

Final Examination


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