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>OK, I'll try once more and then I give up ;-) . > >E = I/R > >As you decrease the voltage (resistance constant) the current will also >decrease a proportionate amount. If it worked the way you suggest >(decreasing the supply voltage increases current) disconnecting a >battery (dropping the voltage to zero) would cause infinite current. >This is silly. Impediance and reactance only enter into it if the >voltage applied to power the card is ac. yes, i understand your problem. i don't mean to change this list into a physics lecture, so unless i have this wrong, let this be the end. At the risk of being shot ... Ohm's law (E = I/R) only works for linear resistances. The argument being put here (I think) is that this DIMM is a non-linear device which requires a fixed amount of power. This is a bit like a circuit with a voltage regulator (for all I know, the DIMM has one) or some types of UPS. If the input voltage drops, the device will draw more current in order to maintain the output voltage. I promise to say not another word on this :-) Mike