ee250_HW11_sol - EE 250 Winter 2010 HOMEWORK 11 University...

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1 EE 250 Winter 2010 University of Alberta HOMEWORK 11 (due Monday Mar 29 th , 2010) Instructor : Karthik Shankar (Make sure your answers show the work in solving the problem. If the final answer is wrong, partial credit will be provided if the work is shown to have made progress towards the solution. Do not expect any credit if the T.A. cannot logically follow what you have put on your submitted homework.) 1. Solve for all currents in the circuit below using the semi-ideal diode model (a.k.a. the constant voltage model) [6 points] SOLUTION Assume the diode is forward biased. 2. In the ideal diode circuit below, find i L in the circuit below by using the step-by-step ideal diode analysis procedure discussed in class for the case of multiple diodes. [10 points] SOLUTION :
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2 Figure 2.23 (b) Figure 2.23 (c) 3. In each of the ideal diode circuits shown below, v I is a 1-kHz, 10-V peak sine wave. Sketch the waveform resulting at v O . What are it’s positive and negative peak values ? [44 points]
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3 SOLUTION
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ee250_HW11_sol - EE 250 Winter 2010 HOMEWORK 11 University...

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