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Classic Goldwing Technical Forums
Lighting & Electrical
Mosfet Regulators
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<blockquote data-quote="K7TKA" data-source="post: 107361" data-attributes="member: 2787"><p>I've been reading along with you guys and understand the confusion. Let me try explaining by using a heater as an example. A mosfet will switch very fast so if you are heating a tank of water to a specific temperature of say 100 degrees with a 1000 watt heater and a mosfet controller the heater will be on full time until the sensor detects the temperature is getting close to 100 degrees. The mosfet will then start shutting off and on which will slow the temperature rise. When it gets to the setting it will be off most of the time but will cycle the heater to maintain the temperature. It is the ability of a mosfet to switch rapidly that makes it all work. Now substitute a battery for the water tank and a stator for the heater and maybe it will make sense.</p><p></p><p>Good Luck</p></blockquote><p></p>
[QUOTE="K7TKA, post: 107361, member: 2787"] I've been reading along with you guys and understand the confusion. Let me try explaining by using a heater as an example. A mosfet will switch very fast so if you are heating a tank of water to a specific temperature of say 100 degrees with a 1000 watt heater and a mosfet controller the heater will be on full time until the sensor detects the temperature is getting close to 100 degrees. The mosfet will then start shutting off and on which will slow the temperature rise. When it gets to the setting it will be off most of the time but will cycle the heater to maintain the temperature. It is the ability of a mosfet to switch rapidly that makes it all work. Now substitute a battery for the water tank and a stator for the heater and maybe it will make sense. Good Luck [/QUOTE]
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Mosfet Regulators
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