204
The Citadel
ELEC 330
Digital Systems Engineering
Three Credit Hours
Prerequisite: ELEC 311
Required of electrical engineering juniors.
Characteristics, specifications, and design of digital systems; analysis and
synthesis of sequential circuits; microprocessor interfacing.
Lecture: three hours.
ELEC 401
Electronics II
Three Credit Hours
Prerequisites: ELEC 306 and ELEC 313
Characteristics and applications of analog and digital integrated circuits. CMOS
digital logic, differential amplifiers, power amplifiers, oscillators and filter cir-
cuits.
Lecture: three hours.
ELEC 403
Electric Power Systems
Three Credit Hours
Prerequisites: ELEC 206, ELEC 316, and ELEC 318
A study of electrical power generation, transmission, and distribution; load
flow, faults, and system stability; and system economics. Design project re-
quired.
Lecture: three hours.
ELEC 405
Electrical Measurements
Two Credit Hours
Prerequisite: Any two 300-level electrical engineering laboratory courses;
prerequisite or corequisite: ELEC 415.
An introduction to modern electrical instrumentation and measurements. Topics
include measurement theory, analog and digital signal conditioning, noise, trans-
ducers, instrumentation system design, digital interfaces, and computer-based
instrumentation and measurement.
Lecture: two hours.
ELEC 407
Systems II
Three Credit Hours
Prerequisite: ELEC 312
A continuation of Systems I with primary emphasis on digital control sys-
tems. Topics include state-variable analysis, simulation techniques, controllabil-
ity, state-variable feedback, observability, and state estimator design.
Lecture: three hours.
ELEC 412
Applied Probability and Statistics
Three Credit Hours
for Engineers
Prerequisites: MATH 231, ELEC 206.
Required of all electrical engineering majors.
Application of the theory of probability and statistics in modeling random
phenomena and signals; in the calculation of system responses; and in making
estimates, inferences and decisions in the presence of chance and uncertainty.
Applications will be studied in areas such as communications, power systems,
device modeling, measurements, reliability and quality control.
Lecture: three hours.