eblc1388
Active Member
RadioRon said:Your turn.
That's impressive work towards finding the definition of Ohm's Law.
But, the cream of the cake, which is yet to be presented, is something that is published which clearly stated that Ohm's Law also applies to cases where the resistance is not constant and changes with current. Also it will be a nail in the coffin for all the above argument if you can find any literature which state that diode and active junction obey ohm's law.
JimB has given one on diode and junction from AOE that stated otherwise.
Also, the equation I=V/Z in the case of AC was taught to me as "equivalent of ohm's law" and not ohm's law. One must be careful to note under what situation a law is being discovered and stated. If you extends the scope of the variables, I think it will cease to be called the same law.