Again, there's a part of your theory that's completely impossible:
How can the same amp deliver x volts at y amps or deliver y volts at x amps into the same speaker to achieve the same amount of power, that's impossible! Math proves that the speaker's impedance would have to change to it's own reciprocal which wouldn't be too likely to happen I must say! Tell me, is there any logic in a speaker's impedance changing from 8 ohms to only 1/8th
of an ohm (.125ohms)???? Or from 4 ohms to .25ohms?????
How can the same amp deliver x volts at y amps or deliver y volts at x amps into the same speaker to achieve the same amount of power, that's impossible! Math proves that the speaker's impedance would have to change to it's own reciprocal which wouldn't be too likely to happen I must say! Tell me, is there any logic in a speaker's impedance changing from 8 ohms to only 1/8th
of an ohm (.125ohms)???? Or from 4 ohms to .25ohms?????
Duo
please post replies to the Nania Audio Power Theory to the thread created for it. If you read my reply to AudioFreak in that thread you will come to understand better how it isn't impossible. The example I gave was exaggerated to highlight my point but the changing impedence will change the power delivery profile IMHO. Check it out
please post replies to the Nania Audio Power Theory to the thread created for it. If you read my reply to AudioFreak in that thread you will come to understand better how it isn't impossible. The example I gave was exaggerated to highlight my point but the changing impedence will change the power delivery profile IMHO. Check it out
...and by the way, I think I was clear when I described different power profiles from two different amps but even the statement above could be true if you were building the amps😛
You simply can't understand how these things work can you?
I don't know why I'm wasting my time trying to explain it.😡
I don't know why I'm wasting my time trying to explain it.😡
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