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Low impedance breakdown?

I have removed a paragraph referring to a supposed failure of the lumped element model for low impedance devices. Are there any references for such a phenomena? Tomer Ish Shalom 13:52, 30 November 2006 (UTC)[reply]

Lumped element is a finite element in space and time required to travel within a lumped element is considered negligible, whereas distributed element is infintesimal. I have corrected the definition.


Lumped-Element Models in Mechanical/Aerospace/...

Shouldn't there be some discussion of the use of lumped-element models in other engineering fields? I'm studying thermoacoustics right now, and I've seen many papers modeling fluid dynamics, etc. as lumped-element circuits (cf. [1], [2]). Robin Z (talk) 14:14, 21 November 2007 (UTC)[reply]

History of the Lumped Element Model

I think some discussion of how and why the LEM came to be would go well with this article, along with some discussion of its origins (i.e. did it come from Maxwell's equations under certain restrictions (no current build-up on elements, etc) or did it originate with Kirchoff or was it maybe even before Kirchoff and his laws? Also, this article is lacking any references. Maybe someone with knowledge in this area could expand it better than I. I've had a look around on the internet and in the few textbooks I have, but to no avail. 90.204.100.172 (talk) 10:31, 30 August 2009 (UTC)[reply]

I was appalling at Maths when I went to Uni to study Computer Science, so I had a real hard time with circuit theory. That's my background, now the question: Does the Hybrid Pi model of the transistor also fit into this article as an LEM?

"Lumped parameter model" merged

Bruyninc (talk) 10:14, 17 July 2010 (UTC)[reply]