They're designed purely for switching but have a pretty modest Vt, which should make some here quite happy. Not sure how they behave in linear applications, but obviously their eye watering current capabilities are going to be markedly reduced. Also can't remember how their parasitic capacitances sit in comparison with competitors options.
Long story short: don't know!
Long story short: don't know!
I didn't see any to-247 packages.
First thing I searched on Mouser.
Try Farnell or RS Components.
Not so much in this case. RθJC is 0.6 °C/W, better than IRFP240 at 0.83 °C/W. Simply use really good insulator like Keratherm.The TO220 package will limit their power capacity.
For power amps I would be look for at least a to247 package.
The TO220 package will limit their power capacity.
For power amps I would be look for at least a to247 package.
That's all well and good, but TI's NextFET don't come in that package: N-Channel MOSFET Transistor | Overview | Power ICs | TI.com
If you're looking for new power transistors and are perhaps willing to step back a little bit from a "Pass-traditional" level of bias, they might work just a treat. We don't know their linear properties.
And yes, of course you can parallel them with all the caveats of paralleling output transistors.
And yes, of course you can parallel them with all the caveats of paralleling output transistors.
Ciss 3,900 to 5,070pF. IRFP240 is ~1,300pF
This would limit bandwidth or make it harder to drive?
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