Difference between revisions of "Assignment 6, Part 2: electronics written problems"
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For each of the circuits in the previous problem, find two equivalent circuits — the first one consisting of a single ''voltage'' source and a single resistor, and the second one consisting of one ''current'' source and one resistor. In both equivalent circuits, the I-V curve at the V<sub>out</sub> the port should be identical to the original circuit. | For each of the circuits in the previous problem, find two equivalent circuits — the first one consisting of a single ''voltage'' source and a single resistor, and the second one consisting of one ''current'' source and one resistor. In both equivalent circuits, the I-V curve at the V<sub>out</sub> the port should be identical to the original circuit. | ||
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Latest revision as of 05:20, 5 April 2020
This is Part 2 of Assignment 6.
Ideal elements
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For each of the ideal, two-terminal elements listed below, show the symbol, label the terminals, indicate the direction of current flow, write the constitutive equation, and find an expression for the impedance, $ Z(\omega)=\frac{V}{I} $. (To find the impedance, substitute $ V=Ae^{j\omega t} $ into the constitutive equation and solve for $ \frac{V}{I} $ as a function of $ \omega $.)
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Resistive circuits
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For each of the circuits below, find the voltage at each node and the current through each element. |
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Equivalent circuits
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For each of the circuits in the previous problem, find two equivalent circuits — the first one consisting of a single voltage source and a single resistor, and the second one consisting of one current source and one resistor. In both equivalent circuits, the I-V curve at the Vout the port should be identical to the original circuit. |
- Overview
- Part 1: two-color microscope
- Part 2: circuit problems
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