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Unformatted text preview: Department of Electrical & Computer Engineering ECE 2B University of California, Santa Barbara Winter 2011 Shynk H.O. #24 ECE 2B: CIRCUITS, DEVICES, AND SYSTEMS COURSE SUMMARY Week 1 a Introduction: overview of course (homeworks, labs, exams, grading). Review of devices, basic circuit laws, equivalent circuits, and circuit analysis techniques (resistive). Op amp circuits (resistive). b Diodes: I-V characteristic, half- and full-wave rectifiers, simple logic gates, diode models (exponential, piecewise linear, constant voltage-drop, ideal), iterative solution for diode circuits (nonlinear). Week 2 a Review of first-order RL and RC circuits (forced). Review of sinusoidal sources and phasors: phasor I-V relationships for devices, analysis of second-order circuits (using phasors). b Transformers: solving circuits that include transformer mutual inductance, dot conven- tion, reflected impedance. Ideal transformers: voltage and current equations based on transformer turns ratio, transformer circuit analysis.transformer turns ratio, transformer circuit analysis....
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This note was uploaded on 04/19/2011 for the course ECE 2B taught by Professor York during the Spring '07 term at UCSB.

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