ENGR 2042 - Linear Circuits II
4 Credits
Continues analytical techniques for linear circuits. Topics include circuit analysis using phasors, single phase and three phase, AC power, delta and wye connected three phase circuits, transformers and magnetic coupling, series and parallel resonance, complex power and frequency, and two port networks such as transistors. Prerequisites: A grade of C or higher in ENGR 2041
Pre-Requisites Grade of C or higher in ENGR 2041
Major Content Areas
Applications of Fourier series and Fourier Transform (10%) Magnetically Coupled Circuits & Transformers (15%) Steady State Power (10%) Two port networks and transistors (15%) Three Phase Circuits (15%) Applications of Laplace Transform (20%) Series and Parallel Resonance (15%)
Learning Outcomes
Evaluate voltage and current for 2 port networks such as transistors. Solve problems related to voltage, current, and power calculations for magnetically coupled circuits such as transformers. Demonstrate sinusoidal steady state analysis and general circuit analysis using phasors Identify frequency response for series and parallel circuits. Illustrate calculation of effective values of voltage and current and use of complex power in calculation of real and reactive power. Use analytical/numerical methods for circuit analysis using complex frequency, the S plane, and transfer functions. Evaluate voltage and power for balanced 3 phase circuits in wye and delta arrangements.
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