K
Keith Wootten
Guest
Last year there was a thread here about using FPGAs at high temperatures
with limited life.
Makmorbi said:
<quote extract>
I am about to write a paper on effects on FPGA's at high temperatures.
</quote>
Peter Alfke said, partly in response;
<quote extract>
I have helped customers in Texas, France, and
Norway with questions about device operation up to 175 degrees C, and
many such projects have been very successful, operating for weeks at
these elevated temperatures.
</quote>
What FPGAs were these? I know that for example 3.3V devices usually
work, but do the newer lower voltage devices also work? Has anyone
worked out a way of reliably fixing BGA packages at these temperatures?
Is your paper in the public domain, Makmorbi?
Cheers
--
Keith Wootten
with limited life.
Makmorbi said:
<quote extract>
I am about to write a paper on effects on FPGA's at high temperatures.
</quote>
Peter Alfke said, partly in response;
<quote extract>
I have helped customers in Texas, France, and
Norway with questions about device operation up to 175 degrees C, and
many such projects have been very successful, operating for weeks at
these elevated temperatures.
</quote>
What FPGAs were these? I know that for example 3.3V devices usually
work, but do the newer lower voltage devices also work? Has anyone
worked out a way of reliably fixing BGA packages at these temperatures?
Is your paper in the public domain, Makmorbi?
Cheers
--
Keith Wootten