Application of Norton’s theorem to a circuit yields equivalent ____ ?

nidhi ajay sharma
nidhi ajay sharma
@nidhi-ajay-sharma-0du8nt • Oct 27, 2024

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).

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  • Ankita Katdare
    Ankita Katdare

    @abrakadabra • Jul 16, 2015

    Norton'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.

    norton-theorem

    Source: #-Link-Snipped-#

    That should answer your question? #-Link-Snipped-#

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  • nidhi ajay sharma
    nidhi ajay sharma

    @nidhi-ajay-sharma-0du8nt • Jul 21, 2015

    very thanks to you@ ankita
    ya thats true..correct ans should be (b) only.

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  • Ankita Katdare
    Ankita Katdare

    @abrakadabra • Jul 21, 2015

    Great to know that it helped. Keep posting questions and answers actively across the forum.

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  • ahmed sarfraz
    ahmed sarfraz

    @ahmed-Dx1LlC • Aug 6, 2015

    The answer should be B. A current source with an internal equivalent resistance in parallel to it.

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