ENEE 371 Analog
Electronics Laboratory (1)
Required course for majors in the
electrical specialty.
Catalog Description:
Fundamental
analog behavior of semiconductor devices and amplifiers for the electrical
engineering student. Laboratory experiences and design projects. Fall semester.
Laboratory 3 hours
Prerequisites:
ENEE 272, 273 or ENGR 270, 271 and CPCS
250, all with grades of C or better.
Corequisite:
ENEE 372
Textbook/References:
“Fundamentals
of Electrical Engineering”, 2nd edition, by Leonard S. Bobrow;
Oxford Press, 1996.
Course Objectives:
To study the behavior of various
semiconductor devices through hands-on design and study in the laboratory,
using standard electronic components and a breadboard (2,3). To study the difference
between theory, simulation, and reality in electronic circuit analysis (2).
Class/Laboratory Schedule:
Laboratory once per week -
170 minutes per class.
Topics Covered:
Voltage regulation using a Zener diode
Half-wave and Full-wave
rectifiers; Bridge rectifier; Ripple
Design of BJT / Digital Logic
interface within strict constraints
Determination of DC gain of an
NPN BJT
Determination of Fan-out in a
Diode-to-Transistor Logic circuit
Design of a BJT amplifier
Frequency response of BJT
amplifier
Contribution to Professional
Component:
Contributes toward the 1.5
years of engineering topics as a 1 credit hour laboratory course in engineering
sciences.
Relationship of course to
program outcomes
This
course supports engineering outcomes 2 and 3.
Prepared by: Dr. Michel Elizabeth Holder,