ON 20070228@9:41:12 AM at page:
http://www.sxlist.com/inductor/measure.htm#39139.6823611111
James Newton[JMN-EFP-786] removed post 39139.6823611111

|Delete '<A TITLE="P-24.5.240.69" NAME="39139.6823611111" HREF="mailto:spdaylight@comcast.net">spdaylight@comcast.net</A> asks: &quot;<A NAME="24.5.240.69">
</A> 
What do the term in the equasion Z = 2 * pi * f * L. mean.&quot;
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</UL>'



ON 20070228@9:57:08 AM at page:
http://www.sxlist.com/techref/inductor/measure.htm#39139.6825925926
James Newton[JMN-EFP-786] Published and replied to post 39139.6825925926 by spdaylight

|Insert '2 * pi * f * L is the formula for inductive reactance: The resistance presented by an inductor at a specific frequency. Since the voltage at the inductor and the resistor are the same, we know the inductive reactance of the inductor is the same as the resistance of the resistor. If the resistor was 100 Ohms, then Z is 100 Ohms. We can now use algebra to solve for L: <TT>L = (2 * pi * f) / Z</TT> or for this example: <TT>L = (2 * pi * f) / 100</TT>.' at: '<!-- 39139.6825925926 EOR -->'

<A TITLE="P-24.5.240.69" NAME="39139.6825925926" HREF="mailto:spdaylight@comcast.net">spdaylight@comcast.net</A> asks: &quot;<A NAME="24.5.240.69">
</A> 
What do the terms in the equasion Z = 2 * pi * f * L. mean.&quot;

|Delete 'P-' before: '<!-- 39139.6825925926 EOR -->' but after: '<A TITLE="'.



ON 20070228@9:58:55 AM at page:
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ON 20070228@10:00:58 AM at page:
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James Newton[JMN-EFP-786] edited the page. Difference:
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