Unformatted text preview: for . (Assume that the current is zero at t = 0.) c. Using MATLAB, plot the voltage across the capacitor, V c (t), versus t from t = 0 to 5 milliseconds. (Hint: use the MATLAB function ezplot . See the help file for the function and/or see the tutorial in Doc Sharing.) 2. Repeat the analysis of the RLC circuit as given in the previous problem but replace the 2 ohm resistor with a 100 ohm resistor. a. Find the voltage across the capacitor, V cap (t), for t > 0. b. Using MATLAB, plot V c (t) versus t from t = 0 to t = 500 microseconds. Circuit for Problems 1, 2 L1 2mH C1 1uF R1 2 Ω J2 Key = Space V1 12 V...
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 Fall '11
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 RLC, Inductor, 500 microseconds, 100 ohm, 2 Ohm

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