>>2543165
that website is also mis-understanding the term.
voltage drop in electronics isn't the amount a voltage has gone down, it is the voltage that appears accross a conductor or circuit. you are talking about losses, due to resistance, there is a voltage drop accross some of those conductors but it doesn't mean what you think it means. lets say you are using that 16awg wire which you state has a 2% "voltage drop". the voltage drop accross that conductor is not only proportional to the length, but also the load connected, saying 2% means nothing without other parameters.
so lets imagine some other parameters;
load is 8ohms, wire is 2ohms. you end up with 80% of the voltage accross the load, if the supply voltage is 200 volts, the voltage drop of the wire is 20% so 40V, the load has a voltage drop of 160V.
Wouldn't surprise me if some institution or company started using a different definition, because the people who make new standards for electronics are totally fucking retarded.