I was just reading up on TECs, which led me to Joule heating, which led me to James PRESCOTT Joule.
This cracked me up, as previously I'd just read the short article on Joule Heating.
And there's Prescott.
And Intel's P4 chip is Prescott.
Heat. Resistance? Extremely hot?
Get it?
Sorry. May have been a tad stupid, but I thought I'd point it out...
--Trevor
This cracked me up, as previously I'd just read the short article on Joule Heating.
[Wikipedia[/i]
In electronics, and in physics more broadly, Joule heating or ohmic heating refers to the increase in temperature of a conductor as a result of resistance to an electrical current flowing through it.
At an atomic level, Joule heating is the result of moving electrons colliding with atoms in a conductor, whereupon momentum is transferred to the atom, increasing its kinetic energy (see heat).
Joule heating is named for James Prescott Joule, the first to articulate what is now Joule's law, relating the amount of heat released from an electrical resistor to its resistance and the charge passed through it.
When similar collisions cause a permanent structural change, rather than an elastic response, the result is known as electromigration.
And there's Prescott.
And Intel's P4 chip is Prescott.
Heat. Resistance? Extremely hot?
Get it?
Sorry. May have been a tad stupid, but I thought I'd point it out...
--Trevor