Electric and Magnetic Circuits II

Electric and Magnetic Circuits II

 

Texts 

Required:

• One of the recommended texts below (listed in preferential order) or equivalent.
• "A Laboratory Manual for Electrical Engineering 201.3  REVISED 2007" (required for the Lab portion of this class)

Recommended:

• "Introduction to Electric Circuits", Herbert W. Jackson, Dale Temple, Brian Kelly, 8th Ed. Oxford, 2008 (ISBN: 978-0-19-542310-5)Previous texts:
• "Introductory Circuit Analysis", Robert L. Boylestad, 11th US Edition (ISBN 0-13-173044-4), or
• "Circuit Analysis", Boylestad (Edgar, Jenness, Tompkin), 2nd or 3rd Canadian Edition, or 

Other References:

• "Circuit Analysis - Theory and Practice", Robbins & Miller,2nd Edition or 1st Edition
• "Introductory Circuit Analysis", Robert L. Bolyestad, 2nd Edition (or other editions)
• "Physics for Scientists and Engineers", Raymond A. Serway, 3rd Edition (or other Editions or other good Physics texts)
• "Physics, Sixth Edition", Cutnell and Johnson, Wiley, ISBN 0471-15183 (from PHY155)

Class Lectures & Notes 

Here are a few additional examples and notes for study or reference purposes:

Class Handouts and other relevant notes:
       Magnetism and Magnetic Circuit Examples (now non-holey)
       Force on a wire / motional emf Faraday/Lenz Laws (now non-holey)
       Bar & Rail problem flowchart
       Inductor/Capacitor Notes, including transients (now non-holey)
       Thevenin 101 (a short refresher on Thevenin Equivalents)
       Some extra Bar&Rail examples (with answers)
       A one-page summary of proceedures for doing R-L / R-C transient problems
       Some very brief notes summarizing Average and Effective values
       Partial notes on Response of the basic elements to AC (includes X, Z)  
        A summary of Reactance, complex Impedance and Phasor notation
       Here is a discussion about mean and RMS values using the "combination" formulas.
       A one-pager on 2-element series - parallel equivalents (Z-Y)
       A method to solve your complex matrix equations using MATLAB on the lab comuters
        Here are the non-holey mesh-nodal analysis notes with the examples completed.
       Here are the slides and notes on Complex Power, including some examples and notes on Power Factor Correction.
       The holey notes on Sereis Resonance are posted here.  (non-holey version)
       Some notes on the basics of transformers including some example problems.