ELECTRICAL-ELECTRONIC ENGINEERING TECHNOLOGY 540
540-262
Electronic Measurement and Instrumentation
3 Cr.
Principles of electronic measuring and test instruments. Basic meters in D.C. and A.C. measurements. Comparison and bridge type mea· surements. Electronic meters, oscilloscopes and component testing devices. Practical laboratory experience with instrument circuits, operation, calibration and measurement. Lecture 2 hours. Labora· tory 2 hours. Prerequisite: 540·260 Semiconductor and Electronic Circuits or concurrent enrollment.
540-263
Electronic Measurement and Instrumentation
3 Cr.
Circuitry, operation and calibration of the more sophisticated elec· tronic instruments. Included are recorders and transducers, signal generators, frequency measuring devices, digital instruments and the analog computer. Basic control systems are examined. Lecture 2 hours. Laboratory 2 hours. Prerequisites: 540·251 Industrial Elec· tronics, 540·252 Logic, Pulse and Switching Circuitry and 540·262 Electronic Measurement and Instrumentation.
540-265
Automation and Electronic Controls
3 Cr.
Introduction to the various automatic control systems and their com· ponents. Emphasis on servomechanisms and other feedback control systems. Electrical, electronic, mechanical, hydraulic and pneumatic components as they relate to control systems. Basics of control circuitry. Lecture 2 hours. Laboratory 2 hours. Prerequisites: 540·251 Industrial Electronics and 540·263 Electronic Measurement and Instrumentation.
540-271
Solid State Circuit Analysis
3 Cr.
Introduction to network terminology. Geometry and equilibrium equa· tions, methodology of solution. Circuit elements and sources, circuit response to step functions and review of semiconductor theory. Switching circuit design. Functions and characteristics of transistors and mode circuits. Lecture 3 hours. Laboratory 0 hours. Prerequi· sites: 540·261 Semiconductor and Electronic Circuits and 690·152 Analytic Geometry and Calculus.
540-275
Introduction to Microcircuits
3 Cr.
Developing science of microminiature electronic circuits and com· ponents. Characteristics, fabrication and applications. Lecture 3 hours. Laboratory 0 hours. Prerequisite: 540·261 Semiconductor and Electronic Circuits or equivalent.
162