simc/customtransformer.html

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2024-10-03 06:55:46 +05:30
<html><head>
<meta http-equiv="content-type" content="text/html; charset=windows-1252"><style>#header + #content > #left > #rlblock_left,
#content > #right > .dose > .dosesingle,
#content > #center > .dose > .dosesingle
{display:none !important;}</style><style>img[src="http://s05.flagcounter.com/count/pTvk/bg=FFFFFF/txt=000000/border=CCCCCC/columns=6/maxflags=36/viewers=0/labels=0/"]
{display:none !important;}</style></head><body><h1>Custom Transformer</h1>
You can use the custom transformer element to create more complex transformers. Edit the transformer's description
to specify what kind of transformer you want.
<p>
An example description is: <tt>1:1</tt>. That is a simple transformer with an equal number of turns in the primary
and secondary. The inductance of each winding is equal to the "Base Inductance".
<p>
<tt>1:10</tt> gives you a step-up transformer. The secondary has 10 times as many turns as the primary (so
it has 100 times the base inductance).
<p>
<tt>1,2:3</tt> gives you a transformer with two primary windings. The second primary winding has twice as many
turns as the first. The secondary winding has 3 times as many. The only difference between primary and secondary
windings is how they're displayed on the screen.
<p>
<tt>1:.5+.5</tt> gives you a tapped transformer.
<p>
<tt>1:1+2</tt> gives you a tapped transformer where the first part of the secondary has as many turns as the primary,
and the second part has twice as many.
<p>
<tt>1,-1:1</tt> gives you a transformer with two primary windings, where the bottom winding has its polarity swapped.
<p>
So, the description is a list of windings separated by commas, with <tt>:</tt> to separate primary and secondary,
and <tt>+</tt> to separate parts of a tapped coil.
</body></html>