Difference between revisions of "Pure Sine Wave Inverters"
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[[image:Pi graphic 400x125.gif]] | [[image:Pi graphic 400x125.gif]] | ||
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| + | X10 communications depend on a nice smooth sine wave that crosses the middle line (the "zero crossing point") on a smooth, predictable interval: | ||
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| + | [[image:x10tech1.gif]] | ||
If an inverter is not labeled as pure sine wave, assume that it is not safe for use with X10 devices. Many audio/video devices require pure sine wave inverters, so RV dealerships or stores often sell pure sine wave inverters. They are also easy to find on the Internet. | If an inverter is not labeled as pure sine wave, assume that it is not safe for use with X10 devices. Many audio/video devices require pure sine wave inverters, so RV dealerships or stores often sell pure sine wave inverters. They are also easy to find on the Internet. | ||
[[Category:frequently asked questions]] | [[Category:frequently asked questions]] | ||
Revision as of 00:00, 6 March 2007
Questions
Can I use X10 powerline communications with an inverter?
Answer
X10 devices will not run correctly off the average commerical inverter, which are usually modified sine wave or square wave. X10 powerline communications requires a pure sine wave inverter. Here is a graph showing the difference:
X10 communications depend on a nice smooth sine wave that crosses the middle line (the "zero crossing point") on a smooth, predictable interval:
If an inverter is not labeled as pure sine wave, assume that it is not safe for use with X10 devices. Many audio/video devices require pure sine wave inverters, so RV dealerships or stores often sell pure sine wave inverters. They are also easy to find on the Internet.