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RA08 - Suppose we connect the outer and inner points of the...

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EE40 Summer 2011 Neel Shah Reading Assignment 8 – Ch.9 7/11/2011 Boilerplate: Reading assignments are short exercises that verify your understanding of the required reading. All chapters and page numbers are in reference to “Foundations of Analog and Digital Electronic Circuits” by Anant Agarwal and Jeffrey Lang. This assignment is optional; however it may count towards a final grade boost should you require it. Consider a planar spiral coil and its equivalent circuit model:
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Unformatted text preview: Suppose we connect the outer and inner points of the coil to an ideal power source. 1) Where is the electric field energy stored? 2) Where is the magnetic field energy stored? 3) How do we get the resistance of the coil? 4) If locations (a) and (b) accidentally touch or short together… a. Will the inductance of the coil increase, decrease, or stay the same? b. What about the resistance? c. What about the capacitance?...
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  • Summer '08
  • Chang-Hasnain
  • Magnetic Field, Equivalent Circuit Model, Anant Agarwal, planar spiral coil, Neel Shah, final grade boost

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