This high power MOSFET has an on-resistance of just 8mΩ, but only if the gate is raised to a sufficiently high potential relative to the source pin.
By Julian
Youtuber, shed dweller, solar charge controller aficionado
Good morning all…
Youtuber, shed dweller, solar charge controller aficionado
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Nice👌
try to use ixtn660n04t4
just watch if you have a high static charge that will kill the mosfet instantly
Can a normal gel battery replace a flooded lead acid in automobile?
Very helpful video.
Sir can you share connection h4 bulb with battery, i believe h4 bulb has 3 pin for connection, please advise on same.
Thank you… footnote: were a simple switch be placed directly between + to gate, with a Gate resistance of 8 milliohms, it would effectively be a "dead short"… ultimately, at 12.6VDC and 0.008 Ohms, resulting in, according to ohms law (for a split-second), a current of 1575 Amps and shy of 20,000 watts… POOF!!
… or am I missing something?
I have 12V 555 timer with trimpotentiometer! What transistor do I need to handle up to 50W 12V halogen??
Thank you ! 😇🤗
Cool
Yazıdan bir şey görünmez..
Invisible from the article
Is the light brightness peaking and then dimming down a bit or is that just the white balance on the camera?
Thank's
good
Thank you very much you do know the subject well.
Which mosfet should I use to do the same thing but to make the light on only when I put + 5v on the left pin?
Isn't the main beam 60W? I thought the dipped was 55W.