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Unformatted text preview: Problem 1 : DC IV Characteristics (10 pts) Draw the DC IV characteristics for figures 12. (5 pts each) (DC in this case means nothing else than that a particular voltage or current has been applied for a long time such that all transients have died out until we measure the resulting current or voltage respectively) Make sure you label your graph such that the characteristics are completely defined (the shape of curve alone is not good enough) 7.5 [V] I + V 0.1 [H] 22 [uF] Figure 1. 5 [Ω] 1 [A] I + V Figure 2. I V I V (V) 7.5 V (A) (V) (A) 1A Problem 2: Thevenin and Norton Circuits (20 pts) 6 [Ω] 2 [Ω] 6 [V] 8 [Ω] 10 [A] 5 [A] Figure 3. a) Determine R th of the circuit shown in Figure 3 (show your work) (6pts) Step 1: Zero out all independent sources Step 2: Reduce resistor network using series/parallel resistor combinations R th = 4[ ] Series: R eq = R 1 + R 2 : R eq = 6 +2 = 8 Parallel: = 1 ∙ 2 1 + 2 : = 8 Ω∙ 8 Ω 8 Ω +8 Ω = 4 Ω b) Determine V...
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This note was uploaded on 10/24/2009 for the course EE 40 taught by Professor Changhasnain during the Fall '07 term at Berkeley.
 Fall '07
 ChangHasnain
 Volt

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