Subject: RE: other multia problems
To: email@example.com, 'Hal Murray' <firstname.lastname@example.org>
From: David Woyciesjes <DAW@yalepress3.unipress.yale.edu>
Date: 06/20/2000 15:32:02
What my brother probably meant was that if you graph out performance
vs. temperature, you'd probably get a flat area at the max performance
level. Looks like he's saying that the hottest you can run it, and get max
performance is 50 degrees C.
That part of the (original) message might not be all that relevant
for here... It's more like FYI stuff...
--- David A Woyciesjes
--- C & IS Support Specialist
--- Yale University Press
--- (203) 432-0953
--- ICQ # - 905818
> From: Hal Murray
> Sent: Tuesday, June 20, 2000 3:16 PM
> To: email@example.com
> Cc: firstname.lastname@example.org
> Subject: RE: other multia problems
> > If it's those tiny little thins by the numbers R241 (330 printed on it)
> 330 is probably 33 ohms. The 3rd digit is the number of zeros to
> put after the first 2 digits. See if you can get a meter on a similar
> part to check.
> They should be easy to get and easy to replace.
> > at max heat, the speed is reduced approx 20%, effectivly
> > bringing that bridge do a 100 MHZ machine.. 50 degreees celcius
> > appears to be the top of the smooth running area performance of
> > that chip in particular, ass well as many of the others on board
> I can't figure out what "smooth running area" means.
> CMOS performance is generally (very) linear in supply voltage and
> temperature. More voltage goes faster. Hotter goes slower.
> The temperature is measured relative to absolute zero or -273 C.
> If you are having speed related problems, make sure your system/chip
> is cool and make sure your power supply isn't low.
> Note that more voltage makes more heat - power is frequency times
> capacitance times voltage-squared.