Machine and assembly language programming of small computers. Introduction to microcomputer architecture and interfacing. Classical and transform methods of network analysis, signals and waveforms. Fourier series and Fourier transforms. Fundamentals of operation, characteristics, ratings, and applications of electronic and magnetic devices such as diodes, transistors, digital logic devices, transformers and motors.
Laboratory provides experience with actual hardware.
Analysis, design, and construction of modern electronic circuits using solid-state devices and integrated circuits. Field effect transistors, basic logic gates, multivibrators, operational amplifiers, frequency response analysis and photo devices. Analysis and design of transformers, electromechanical devices, and machines. The electrical and logic aspects of digital integrated circuits and their applications. ECE 351 Engineering of Real Time Systems 3 hrs.