Hi,

Been a while since I had to get my hands dirty and do any electronics design
so hopefully this will have an obvious answer.

I have three lines of 3.6V logic that I need to translate to around 15V
levels, two of which also need to drive high voltage FETs so they really
need to be able to both sink and source to overcome the gate capacitance and
achieve reasonable (sub microsecond) switching times (I know 15V drive for
the FET is 'overkill' but there is a lot of legacy CMOS logic in the
system). The board area is very pushed for size so I was hoping there would
be some monolithic interface circuit that could achieve this rather than
discrete components.

Any suggestions?

Cheers,

Richard.   


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