How would you like to have this guy evaluate your reflow profile?
It was in response to an auditor who require someone they had monitor temperature in both Fahrenheit and Celcius. What a geek
Don't put him on the spot. That is not a good thing to do to an auditor. Instead, give him a conspiratorial wink and acknowledge his observation with a remark such as "Hey, you're a pretty sharp guy to pick up on that!"
Then ask him where he learned about the elementary constituants of a thermally active physical system, where kBT is temperature expressed in terms of Boltzmann's constant, in Kelvin. And did he know that thermodynamic equilibrium is defined by a relation between the amount of heat incident on the system during an infinitesimal quasistatic transformation, and what is the variation of its time-to-entropy during the transformation?
If he nods wisely, ask him what are his feelings about the effects of the gas expansion factor when calculating the Zeroth dynamic during measurements of the thermal mass to entropy betweem multiple static objects collectively within a vacuum using Boltzmann's theory of distribution.
At this point, while he stands there and stutters with his eyes glazed over, let him know that the reasons you used only temperatures Celcius, is because after much research looking at the Carnot heat engine equivalency of a standard PWB using a dissipation factor of 10 while powered up with 100kiv/cm squared, it was apparent that with the heat conduction factor being what it is at 22 gigahertz and its effect on the overall conductance, the only apparent measurements that would work would be in the Reaumur, Rankine, Delisle, and Newton units for the needed accuracy inherent to the process, because the conversion factors from these to the terakelvin range are beyond the scope of the computational system you are using to meet the contract.
And the dweebs in IS cannot provide any more memory capability to your desktop PC.
The key here is to answer their questions precisely.
reply »