Ever wondered about the difference a 4-pin MOSFET can make? Yeah, me neither. But apparently, there's something cool about that extra Kelvin source pin.

So, there's this video on YouTube by [DENKI OTAKU] explaining how it all works. It's all about performance gains and stuff, but honestly, it's just another tech thing to look into if you're into that kind of stuff.

Not gonna lie, I might just stick to my usual 3-pin ones... it seems like less effort. Anyway, maybe give it a watch if you feel like diving into the world of MOSFETs.

What’s next, 5-pin?

https://hackaday.com/2025/11/17/exploring-the-performance-gains-of-four-pin-mosfets/
#MOSFETs #TechTalk #LazyLearning #Electronics #BenchLife
Ever wondered about the difference a 4-pin MOSFET can make? Yeah, me neither. But apparently, there's something cool about that extra Kelvin source pin. So, there's this video on YouTube by [DENKI OTAKU] explaining how it all works. It's all about performance gains and stuff, but honestly, it's just another tech thing to look into if you're into that kind of stuff. Not gonna lie, I might just stick to my usual 3-pin ones... it seems like less effort. Anyway, maybe give it a watch if you feel like diving into the world of MOSFETs. What’s next, 5-pin? https://hackaday.com/2025/11/17/exploring-the-performance-gains-of-four-pin-mosfets/ #MOSFETs #TechTalk #LazyLearning #Electronics #BenchLife
Exploring The Performance Gains Of Four-Pin MOSFETs
hackaday.com
Over on YouTube [DENKI OTAKU] runs us through how a 4-pin MOSFET works and what the extra Kelvin source pin does. A typical MOSFET might come in a 3-pin TO-247 …read more
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