Why FET4108N is better than the FET 4833N?

[BrianG]

Don't worry patrick, I'm sure none of your competitors visit this part of the forum, nor will anyone here tattle.

Besides, we all know the new FET has infinite drain current, infinite slew rate, zero rdson, infinite gate impedance, infinite D-S voltage, and zero gate capacitance. So, all new ESCs only use 6 FETs total with the wiring and PCB traces being the only limiting factor for ESC rating.

[Pdelcast]

Originally Posted by BrianG

Don't worry patrick, I'm sure none of your competitors visit this part of the forum, nor will anyone here tattle.

Besides, we all know the new FET has infinite drain current, infinite slew rate, zero rdson, infinite gate impedance, infinite D-S voltage, and zero gate capacitance. So, all new ESCs only use 6 FETs total with the wiring and PCB traces being the only limiting factor for ESC rating.

HOW DID YOU FIND OUT??? Dang, I'm gonna have to keep the secrets better next time.

[Pdelcast]

Originally Posted by BrianG

Don't worry patrick, I'm sure none of your competitors visit this part of the forum, nor will anyone here tattle.

Besides, we all know the new FET has infinite drain current, infinite slew rate, zero rdson, infinite gate impedance, infinite D-S voltage, and zero gate capacitance. So, all new ESCs only use 6 FETs total with the wiring and PCB traces being the only limiting factor for ESC rating.

Oh, I forgot to mention -- we are using a new room temperature superconductive coating on the PCB, so the only limiting factor now is wire inductance.