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http://swanspeaker.com/products/kits/m1kit/m1c.html
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In the crossover noted above, what is the function of the 4.7ohm resistor and the 2.4uf cap? I am building a similar x-over for similar drivers, and I just don't understand what those two components do. I originally thought that the cap was part of a 3rd order dividing network, and the resistor was part of the attenuation network, but neither fit into the formulas for either of those purposes... I am very confused...please help!
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http://swanspeaker.com/products/kits/m1kit/m1c.html
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In the crossover noted above, what is the function of the 4.7ohm resistor and the 2.4uf cap? I am building a similar x-over for similar drivers, and I just don't understand what those two components do. I originally thought that the cap was part of a 3rd order dividing network, and the resistor was part of the attenuation network, but neither fit into the formulas for either of those purposes... I am very confused...please help!
Someone may be more familiar with crossovers and wish to help more. Those two parts add a little more shaping to the response curve, along with the 15ohm across the tweeter. The three part assemblly works to lower the output of the tweeter a little more subtly in its operating range .
Ok I'm not 100% sure but this is what i think.....
the woofer has a 2nd order lowpass network....
the tweeter has a 2nd order high pass made of the 3.3uF capacitor and 0.65mH inductor..... the 4.7ohm resistor in parallel then form a contour network to counteract the rising response as frequency falls then the 15ohm resistor in parallel with the tweeter just helps do a final bit of response shaping to provide a smoother overall response.
the woofer has a 2nd order lowpass network....
the tweeter has a 2nd order high pass made of the 3.3uF capacitor and 0.65mH inductor..... the 4.7ohm resistor in parallel then form a contour network to counteract the rising response as frequency falls then the 15ohm resistor in parallel with the tweeter just helps do a final bit of response shaping to provide a smoother overall response.
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