Note that as of Fall 2004, the "ET" courses were renamed "ETE."
ETE 251 ELECTRONICS II 4 CREDITS
DESCRIPTION:
Emphasis is on transistors, FETs, integrated circuits and other devices
as applied to audio frequency amplifiers, feedback circuits, modulators,
detectors and other basic electronic circuits. Lecture: 3 hours.
Laboratory: 1 hour. Prerequisite: ETE 241 or consent of instructor.
IMPLEMENTATION DATE: Fall 1988
COMPETENCIES:
Upon completion of this course, the student can:
1. Design, construct and troubleshoot power amplifiers,
2. Design, construct and troubleshoot op amp circuits,
3. Design, construct and troubleshoot single- and multi-stage
transistor amplifiers,
4. Design, construct and troubleshoot FET amplifiers,
5. Design, construct and troubleshoot Power Supply regulator
circuits,
6. Design, construct and troubleshoot oscillator circuits,
7. Demonstrate an understanding of positive and negative
feedback in amplifiers,
8. Modify ckt design and construction to provide stability
of operation, and
9. Prepare a written laboratory report in response to a
laboratory assignment pertaining to electronics.
OUTLINE:
I. Class C Power Amps
A. Class C Operation
B. Power Relationships
II. FET Circuits
A. FET Theory
B. Biasing Techniques
C. Basic Amplifier Circuits
III. MOSFET Circuits
A. MOSFET Theory
B. Biasing Techniques
C. Basic Amplifier Circuits
IV. Operational Amplifier Theory
A. Integrated Circuits
B. Differential Amplifier
C. Op Amp Characteristics
V. Negative Feedback
A. Voltage Feedback
B. Current Feedback
VI. Linear Operational Amplifiers
A. Voltage AMplifers-Inverting
and Non-Inverting
B. Summing amplifiers
C. Differential Amplifier
D. Filters
VII. Nonlinear Operational Amplifiers
A. Comparators
B. Wave-Shaping
VIII.Regulated Power Supplies
A. Voltage Regulation
B. Current REgulation
C. IC Regulators
IX. Oscillators
A. Theory of oscillation
B. Types of oscillators
LAB ACTIVITIES:
1. Class C Power Amplifier
2. FET Amplifier
3. MOSFET Amplifier
4. Operational Amplifier
5. Negative Feedback Amplifiers (2 lab sessions)
6. Linear Operational AMplifiers (2 lab sessions)
7. Non-linear Operational Amplifiers (2 lab sessions)
8. Regulated Power Supplies (2 lab sessions)
9. Oscillators (3 lab sessions)
DATE(S) OF PREVIOUS COMMUNITY COLLEGE COUNCIL ACTION:
APPROVED: June 1971
REVISED: March 1988
For questions about this page or to report problems, please contact Mike Binzer
Revised 7/26/04