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Unformatted text preview: network. (Remember, we already turned off the active sources.) We determine V AB across the network, then define R eq = V AB /(1A). + V AB – Fig. 115: The Thévenin equivalent network of circuit of Fig. 107. Fig. 116: We return to the circuit of Fig. 105 to find the Thévenin equivalent network using Method III. For this technique, we first determine a linear equation relating I A to V AB . Fig. 117: We return to the circuit of Fig. 117 to find the Thévenin equivalent network using Method III. Again, we first determine a linear equation relating I A to V AB ....
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 Spring '08
 Xangi
 Elementary algebra, Fig., Thévenin's theorem, Norton's theorem, external current source

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