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Andrea M asked Calculate the heat generated in a conductor?
I need some help with this calculation: A steel conducting rod .25 cm in diameter has an equivalent resistance between 50 and 150 micro-ohms depending on the length used. If 28 VDC is applied across the rod (with a max current of 50 Amps), calculate how hot the rod will get.
And got the following answer:
In both cases, you will reach 50 amps long before you get to 28 volts, so the power = I²R for the 50 µΩ case, P = 50*50*50µ = 0.125 watts for the 150 µΩ case, P = 50*50*150µ = 0.375 watts That's how much power is dissipated. Exactly how hot it gets depends on many factors: environment: oil immersed, forced air, water, still air length of rod. But it will barely get warm in still air, and it will take a long time to get there. Whereas your power supply will get very hot. .