ECE 231 HW-7

ECE 231 HW-7 - voltage vab(t = 0 At time t=0 seconds switch...

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ECE-231 Circuits and Systems I Spring 2011 HW Set #7 Professor Stewart Personick ECEC-321 [email protected]
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Instructions Send your solution set, via E-mail, to: [email protected] The “subject” of your E-mail must be : ECE 231 HW#7 (your last name) Your solution set must be in the form of an attachment. I.e. a Microsoft Office file (.doc, .docx, .xls, .xlsx, .ppt, .pptx) or a legible scan of a handwritten file. Your solution set must be sent to me by the deadline: Sunday, March 6, 8 p.m.
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Problem #1 + - Rss = 500 a b Both switches are open for all times: t<0 seconds. At time t= -1 second, the
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Unformatted text preview: voltage vab(t) = 0. At time: t=0 seconds, switch A closes ; and remains closed thereafter. At time: t=0.5 seconds, switch B closes ; and remains closed thereafter. Calculate and plot (on graphs that are neatly drawn) the voltage vab(t), and the current i(t), as a function of time, for values of time between: t=0- seconds and t= 1 second. How much energy (Joules) is stored in the capacitor at each of the following times: t=-0.000001 second, t=+.000001 second, t= 0.5 seconds, t=1 Switch A (shown open) C= .0002F Vs= 500V Rs = 500 Ω Switch B (shown open) i(t)...
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ECE 231 HW-7 - voltage vab(t = 0 At time t=0 seconds switch...

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