Introduction to the basic principles of analog and digital electronics. Topics include Kirchoff's current and voltage laws, node and loop methods, equivalent circuits, DC and AC circuit elements, phasor technique, frequency response, semiconductor devices, small-signal amplifiers, operation amplifiers, combinational and sequential logic circuits, and small digital systems. Normally taken concurrently with EENG 227La. An introductory laboratory course that complements EENG 226a. Basic analog and digital circuits, microcontrollers, AC and DC behavior of elementary circuits, and feedback systems.
Students design and construct mobile robots as a final project.
Introduction to the analysis and design of systems. Janet Pan, Peter Schultheiss. An introductory laboratory course that complements EENG 228b. Analysis, design, and laboratory implementation of analog circuits, with emphasis on frequency response and stability. Students design, construct, and optimize a tracking servomechanism as a final project.