Undergraduate Bulletin - Loyola Marymount University

384 / ELECTRICAL ENGINEERING AND COMPUTER SCIENCE
ELEC 302
Junior Lab II
3 Semester Hours
Continuation of ELEC 301 with emphasis on design;
introduction to use of CAD tools and FPGA-based system
design.
Laboratory, 4 hours.
Prerequisites: ELEC 301 and 383; concurrent enrollment
in ELEC 354.
ELEC 311
Electronics and Instrumentation
3 Semester Hours
Introduction to circuit principles, amplifiers, op-amps,
transducers, digital components and systems, system
analysis, and instrumentation techniques.
For mechanical engineering or science majors.
Lecture, 3 hours.
Corequisite: ELEC 312.
ELEC 312
Electronics and Instrumentation Lab
0 Semester Hours
Concurrent laboratory for ELEC 311.
Laboratory, 2 hours.
Corequisite: ELEC 311.
ELEC 313
Electronics and Instrumentation
3 Semester Hours
Introduction to circuit principles, amplifiers, op-amps,
digital components and systems, power and machines, and
instrumentation techniques.
For civil engineering or science majors.
Lecture, 3 hours.
ELEC 333
Circuit Applications
3 Semester Hours
Laplace transform applications, network functions,
frequency response, analog filters, two-ports, three phase
power, Fourier series.
Lecture, 3 hours.
Prerequisites: ELEC 232 and MATH 245.
ELEC 353
Electronics I
3 Semester Hours
Fundamentals of semiconductor devices and the physics
of their operation. Applications of semiconductor devices
in electronic circuits and device modeling. Introduction to
CAD tools. Design of single stage amplifiers.
Lecture, 3 hours.
Prerequisites: ELEC 232.
ELEC 354
Electronics II
3 Semester Hours
Introduction to engineering design methods utilized in
the synthesis of contemporary analog electronic circuits
including extensive use of CAD tools. Topics include
multitransistor circuits, large signal limitations, feedback
techniques, amplifier frequency response, stability and
oscillation.
Lecture, 3 hours.
Prerequisite: ELEC 353.
ELEC 361
Electromagnetics
3 Semester Hours
Introduction to Maxwell’s equations, wave propagation,
transmission line theory, and the solution of static and time
varying field problems.
Lecture, 3 hours.
Prerequisites: MATH 355 and PHYS 201.
ELEC 371
Linear Systems
3 Semester Hours
Time and frequency domain analysis of continuous and
discrete linear systems including simulation diagrams, state
variable analysis, Fourier and Z transforms.
Lecture, 3 hours.
Prerequisites: ELEC 333 and MATH 355 or concurrent
enrollment in MATH 355.