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As the name implies, this course is designed to provide a "Fundamental" approach to Electrical Engineering following the Fundamentals I course. We begin our journey with some basic circuit elements and develop a mathematically motivated approach to linear circuit analysis using Ordinary Differential Equations (ODEs) to discover Convolution, Laplace Transforms, Transfer Functions, and Frequency Filtering. The later lectures will cover variable frequency behavior. The series ends with how circuits behave and are modeled at high frequencies.Our goal with this text is two fold: 1. To provide a more specific, lecture-style approach for formal course documentation. Although large encyclopedic text...
Surveys the scope and history of electrical and electronic engineering and discusses the education and training necessary to enter the field, employment, and professional organizations.
Includes proceedings of various conferences sponsored by the University.