Application of Norton’s theorem to a circuit yields equivalent ____ ?
34. Application of Norton’s theorem to a circuit yields
(a) equivalent current source and impedance in series
(6) equivalent current source and impedance in parallel
(c) equivalent impedance
(d) equivalent current source
Ans: a
i saw this statement somewhere..
can anyone justify this statement...i think the correct answer should be (b).
(a) equivalent current source and impedance in series
(6) equivalent current source and impedance in parallel
(c) equivalent impedance
(d) equivalent current source
Ans: a
i saw this statement somewhere..
can anyone justify this statement...i think the correct answer should be (b).
Replies
-
Ankita KatdareNorton's theorem:
Any collection of batteries and resistances with two terminals is electrically equivalent to an ideal current source i in parallel with a single resistor r.
Source: #-Link-Snipped-#
That should answer your question? #-Link-Snipped-# -
nidhi ajay sharmavery thanks to you@ ankita
ya thats true..correct ans should be (b) only. -
Ankita KatdareGreat to know that it helped. Keep posting questions and answers actively across the forum.
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ahmed sarfrazThe answer should be B. A current source with an internal equivalent resistance in parallel to it.
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