Students may elect more than once, provided different topics are studied. A first course in the fundamentals of circuit analysis and design. Kirchoff's and Ohm's Laws. Thevenin and Norton network theorems, with primary emphasis on DC circuits. Electronic instruments, laboratory data collection and report writing are also emphasized.
Simulation software is used for computer assisted learning.
The second course in the study of the fundamentals of circuit analysis and design. Emphasis to AC circuits with consideration of steady-state and transient waveform analysis, using Laplace transform and Fourier methods. Laboratory data collection and report writing. Simulation software is used. The study of combinational and sequential circuits, logic families and design procedures.