hempcamp
Headphoneus Supremus
- Joined
- Apr 29, 2003
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Quote:
I'm no expert, but I don't think this is scientifically sound. "Less distance to travel"? It is either going to move fast enough to reproduce the correct frequency or it isn't. If it "slows" it is going to create a lower frequency, and therefore not be accurate.
The reason for smaller woofers is that they can reproduce higher frequencies because they can "move faster" (by definition, creating a higher frequency), and therefore can have higher crossovers with the tweeter.
This is all moot in a single driver design. It is either going to produce the frequency accurately (in comparison to the rest of the frequency range) or not -- the lower frequency signal isn't traveling any slower to get to the driver than the higher frequency signal.
--Chris
Originally Posted by jinx20001 /img/forum/go_quote.gif its the same for a 10'' subwoofer and a 18'' subwoofer, you will find the 18 puts out bigger bass but the 10 will put out tighter quicker response as it has less distance to travel with the same input power |
I'm no expert, but I don't think this is scientifically sound. "Less distance to travel"? It is either going to move fast enough to reproduce the correct frequency or it isn't. If it "slows" it is going to create a lower frequency, and therefore not be accurate.
The reason for smaller woofers is that they can reproduce higher frequencies because they can "move faster" (by definition, creating a higher frequency), and therefore can have higher crossovers with the tweeter.
This is all moot in a single driver design. It is either going to produce the frequency accurately (in comparison to the rest of the frequency range) or not -- the lower frequency signal isn't traveling any slower to get to the driver than the higher frequency signal.
--Chris