Ah I'll have to find some proper transistors for it, I just picked the first on the list of my simulator.
This is the bit that I don't understand about MOSFETs, how to properly drive the gate.
I've always known it as this:
(Assuming The sources are at 60V and 0V.)
N channel: On, >10V; Off, 0V
P channel: On, <50V; Off, 60V
This is because, for the P channel at least, it is relative to the source voltage. (60V in this case.)
Where am I going wrong with this ? Can you show me the proper way of driving both a P channel and N channel mosfet which have a supply voltage of 60V, with a signal of 12V please ?
The MOSFETs are rated at 33A and -23A, I don't see how that is not enough for my application ?
Edit: Actually I'l wondering if I should use an all N channel H bridge design and a driver which does the charge pump and dead-time delay - It would mean a slower on-time though due to the low-current charge pump. Then again, N channel MOSFETs have a lower Rds(on) ....