New castle 1515 sensored electrical spec

[Pdelcast]

Originally Posted by maxxximatoze

The 400A peak limit is for the manba monster X ? it's seems te be a huge value for such a small ESC ! How can it copes with such high current, only for a little fraction of a second I suppose ?

What is the max continous current for say 10 to 20 seconds that the MMX can support without risk, and with this fan instead of the original https://www.digikey.com/products/en?...2VHN-F00&v=603 ?

Over 200A for 20 seconds.

And yeah, it's a pretty big value, but yes, it's for a very short time. The actual current where damage happens to the MOSFETs due to real damage to the die is over 600A.

[maxxximatoze]

Originally Posted by Pdelcast

Over 200A for 20 seconds.

And yeah, it's a pretty big value, but yes, it's for a very short time. The actual current where damage happens to the MOSFETs due to real damage to the die is over 600A.

Ok so, to summuarize, as long as you can keep the mosfet temperature below for say 70 to 80°C, you can pull as much current on 6S as with the XLX for example but due to the small physical size of the MMX, and in particular it's little heatsink, it's much harder to keep it cool, even with big air flow fan like a FFB0412VHN fan.

But, 200Amps continuous WOT without current limitation for less than 20 seconds (with 400Amps peaks due to the current limiter) on 6S with a very good air flow, a big cap pack and good reliability is possible, to do some speed run without going into flames for example :) The XXL is usually prefered for with but it is heavy and really big !

How much contiuous current the MMX survive at partial throttle as it does not has the active freewheeling software feature ?

If the MMX would be watercooled, what would be the maximum continuous current WOT can be sustained indefinitly ?

Like you said here https://www.rc-monster.com/forum/sho...59&postcount=5 monster X uses NEW MOSFET from Toshiba, fast switching, ultra-low RDSon (770 microohms typical), and at time of writing, the new toshiba mosfet line (released November 04, 2014) was U-MOS IX (see https://www.businesswire.com/news/ho...FET-U-MOS-IX-H and https://toshiba.semicon-storage.com/...ets_201601.pdf) and so at that time the only U-MOS IX mosfet available was 40V ref (TPHR8504PL and TPWR8004PL sub mirco ohm), the 30V ref was not available at tis time (TPHR6503PL available 11/2015) and so 8S is possible with 40V ref ! And like you said in another post somewhere in this forum, there is only one revision of the MMX so... :) Am I Right ?