ECE Course Outline
Circuits and Electronics (2-0-2)
- PHYS 2212/2232
- Catalog Description
- An introduction to electric circuit elements and electronic devices and a study of circuits containing such devices.
- myDAQ, National Instruments. (required) (comment: The National Instruments myDAQ unit and the Circuits textbook (by Ulaby, Maharbiz) may be purchased as a bundle at http://www.studica.com/GeorgiaTech.html)
Ulaby, Maharbiz, Circuits (2nd edition), National Technology & Science Press, 2013. ISBN 1934891193, ISBN 9781934891193 (required) (comment: NOTE: The ISBN is for the book alone. The National Instruments myDAQ unit and the Circuits textbook may be purchased as a bundle at http://www.studica.com/GeorgiaTech.html)
- Course Objectives - As part of this course, students:
- to analyze circuits that contain resistors, capacitors, and inductors with direct current and alternating current sources.
- to analyze circuits in the time domain showing transient response and in the frequency domain showing filtering and resonance properties.
- to be familiar with nonlinear circuit components and practical circuits can be built from these components.
- Course Outcomes - Upon successful completion of this course, students should be able to:
- determine voltages and currents in a resistive network.
- sketch the transient response of RC and RL circuits and be familiar with the standard transient responses of RLC circuits.
- use complex phasors to determine the steady-state responses of sinusoidal sources voltages or currents.
- understand and analyze the frequency response characteristics of filters.
- analyze power characteristics in reactive circuits.
- build and test real circuits containing RLC components, op amps, diodes, and transistors.
- design and build simple filters, rectifiers, and amplifiers.
- Topical Outline
Resistive Circuits (3.5 weeks) Components Ohm's Law Resistors in parallel, series Kirchhoff's Current and Voltage Laws Voltage divider and current divider laws Thevenin Equivalent Circuits Superposition Reactive Circuits (1.5 weeks) Inductors and Capacitors Parallel and series connections of inductors and capacitors Transient Analysis of First-Order circuits Frequency Analysis of Circuits (2.5 weeks) Steady-state sinusoidal analysis and impedance Transfer function Bode plots Filtering Power in AC Circuits (1 week) Real, reactive, and apparent power Power factor Fundamental Devices in Electronics (2.5 weeks) Ideal diodes Simple piecewise linear model of diode MOS Field-Effect Transistors Operational Amplifiers Electronic Applications (3.5 weeks) Rectifiers Amplifiers Active Filters Students will perform hands-on activities using data acquisition boards. Some of these activities include exploration of RC and RLC circuits, op amp circuits, filters, and physically-motivated applications of electronic circuits.
© 2019 Georgia Institute of Technology