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To determine the NortonEquivalent circuit for a circuit containing a voltge dependent current source, you can use which of the following techniques(maybe more then 1 ans)
A Find the TheveninEquivalent circuit and then use source transformation
B The Norton current is equal to the current through the load resistance connected between the terminals of interest, and the Norton equivalent resistance is equal to the load resistance
C The Norton current is equal to the dependent current source value, and the NortonEquivalent resistance can be found by zeroing all sources(independent and dependent) and using resistor combinations(series and parallel) to reduce the circuit to one equivalent resistance
D Place a short circuit between the terminals of interest and find the short circuit current, then zero all independent sources and determine the equivalent resistance of the circuit by applying a test voltage at the terminals of interest and solving for the current out of the test voltage source

2007-10-25 04:48:52 · 2 answers · asked by humphrad 1 in Science & Mathematics Engineering

2 answers

The only anser that makes sense is (a).

Or you can place a short circuit across the terminals of interest and measure the Norton current through the short and then remove the short and measure the volage across the terminals and compute the Norton resistance as R = V/I.

Doug

2007-10-25 05:05:18 · answer #1 · answered by doug_donaghue 7 · 0 0

A and D

2007-10-25 12:16:27 · answer #2 · answered by oldschool 7 · 0 0

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