Quote:
Originally Posted by Pdelcast
Possibly? Hows that for a non-committal answer... 
The issue is that if the 60V main MOSFET breaks down (avalanches) it can take the switcher controller with it. The MOSFET seems to take it just fine, but the controller is a little sensitive.
A few large parallel caps will help a lot, a few large TVS devices will also help. But so much depends on the actual setup it's hard for me to determine how much capacitance/TVS value will work well. |
Well, it's for an e-bike of sorts. Braking is not going to be instant on because I don't like flipping over and landing on my noggin. I would probably use motor brakes for 50% (rear - also using this to slow down) and mechanical brakes for the other 50% (front) of the braking power. It would be nice to have regen braking to extend battery life.
Quote:
Originally Posted by Pdelcast
Dude -- you know I can't comment on products that aren't shipping yet.  |
Well, what are you waiting for? Ship them already!
Quote:
Originally Posted by Pdelcast
Yeah yeah! I'm here! (Sorry we released software for the ICE/Phoenix line yesterday -- and the release/beta testing/etc. have been taking up a lot of my time....)
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Excuses, excuses.
