Re: Help calculating a different electromagnetic coil please...



On Thu, 02 Feb 2006 15:53:36 -0600, John Fields wrote:
On Thu, 02 Feb 2006 20:10:52 GMT, Rich Grise <richgrise@xxxxxxxxxxx>
On Thu, 02 Feb 2006 10:49:43 -0800, WildIrish wrote:

I know the following: Current flow through the coil, number of wraps,
size of wire,
area of the bobbin it's wound on, length of finished coil.

WHAT I WANT TO DO: determine the correct wire size and coil wrap count
to replicate the same amount of magnetic force as the original coil....
hopefully with less
wraps and hopefully thicker wire to allow me to handle it by hand, the
original
was probably machine wound.
...
You could simply measure it.

You must have missed this part:

"I know the following: Current flow through the coil, number of wraps"...

I guess my brain-pan skipped over that, because if he knows that already,
then what's the question about?

What's he really trying to do? Or what does he really want to know?

Thanks,
Rich

.



Relevant Pages

  • Re: Help calculating a different electromagnetic coil please...
    ... area of the bobbin it's wound on, ... determine the correct wire size and coil wrap count ... wraps and hopefully thicker wire to allow me to handle it by hand, ...
    (sci.electronics.design)
  • Re: Coil Calculations?
    ... I have a coil that is wound on a 1.125 inch diameter form and 3 inches ... I am trying to duplicate this coil only instead of using 11 gauge wire ... I am using 12 gauge aluminum wire. ...
    (rec.radio.amateur.homebrew)
  • Re: Help calculating a different electromagnetic coil please...
    ... area of the bobbin it's wound on, ... determine the correct wire size and coil wrap count to ... wraps and hopefully thicker wire to allow me to handle it by hand, ...
    (sci.electronics.design)
  • Re: Help calculating a different electromagnetic coil please...
    ... area of the bobbin it's wound on, ... determine the correct wire size and coil wrap ... hopefully with less wraps and hopefully thicker wire to allow me to handle ...
    (sci.electronics.design)
  • Re: OT Question for Iggy
    ... superconducting magnet with a homogenous cylindrical volume of about 2" ... It's the magnet for a Fourier transform ... For whatever reason Oxford favored small diameter wire and lots of turns, ... which has the effect of making the inductance of the coil very large. ...
    (rec.crafts.metalworking)