beaubrummels
Well-known member
Re: What really makes a Amp loud?
I think this discussion is not taking into account that speakers are a load, not a power source. So doubling speakers is not doubling power. Doubling power results in a 3db increase, not doubling the resistance/impedance load. Whether the speakers are wired in parallel or series will factor into the result here.
What you get with more speakers is greater distance projection because you are moving a larger column of air, so frequencies survive a greater distance before being absorbed. This is what line arrays are all about. They technically aren't louder, they just travel farther. Because the sound travels farther, people have the perception that it's louder, but it really isn't.
Sorry, I'm not following/understanding????? Please clarify.
Did you follow that the increase of 3 db occurs when the number of identical sources is doubled? i.e. the progression is 1,2,4,8,16. This is verified by the chart in your second link. Note when x=2, y=3; x=4, y=6; x=8, y=9
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I think this discussion is not taking into account that speakers are a load, not a power source. So doubling speakers is not doubling power. Doubling power results in a 3db increase, not doubling the resistance/impedance load. Whether the speakers are wired in parallel or series will factor into the result here.
What you get with more speakers is greater distance projection because you are moving a larger column of air, so frequencies survive a greater distance before being absorbed. This is what line arrays are all about. They technically aren't louder, they just travel farther. Because the sound travels farther, people have the perception that it's louder, but it really isn't.