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this is what I have come up with
<b data-start=”290″ data-end=”328″>Breakdown of the Crossover Design:
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<strong data-start=”332″ data-end=”368″>Mid-Woofer Crossover (Top Board)
<ul data-start=”374″ data-end=”679″>
- The <strong data-start=”380″ data-end=”399″>82 µF capacitor suggests a low-pass filter around <strong data-start=”434″ data-end=”444″>320 Hz, likely filtering out frequencies above that for the mid-woofers.
- The <strong data-start=”520″ data-end=”550″>22 µF and 11 µF capacitors suggest a high-pass crossover at <strong data-start=”584″ data-end=”607″>1073 Hz and 1697 Hz, which would cut off lower frequencies going to the compression driver.
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<strong data-start=”684″ data-end=”731″>Compression Driver Crossover (Bottom Board)
<ul data-start=”737″ data-end=”1045″>
- Since compression drivers typically work in the high-frequency range, the <strong data-start=”813″ data-end=”842″>22 µF + 11 µF combination creates a high-pass filter around <strong data-start=”877″ data-end=”888″>1.7 kHz.
- This means the compression driver is likely handling frequencies <strong data-start=”960″ data-end=”978″>above ~1.7 kHz, while the mid-woofers cover the range from <strong data-start=”1023″ data-end=”1044″>320 Hz to 1.7 kHz.
<b data-start=”1047″ data-end=”1079″>Summary of Crossover Points:
<ul data-start=”1080″ data-end=”1217″>
- <strong data-start=”1082″ data-end=”1101″>Woofer Low-Pass: ~320 Hz
- <strong data-start=”1115″ data-end=”1137″>Midrange Band-Pass: ~320 Hz to ~1.7 kHz
- <strong data-start=”1163″ data-end=”1195″>Compression Driver High-Pass: ~1.7 kHz and above
This setup is common in <strong data-start=”1243″ data-end=”1290″>MTM (mid-woofer-tweeter-mid-woofer) designs, ensuring a smooth transition between the drivers. Do you have the speaker model or any driver specs? That could help fine-tune the calculations!
Hello All,
The FB464 will work for the horn ME464 which goes down to 300hz,
I would like this at 4 ohms and power wise as high as you can get tbh 600 or 700 rms high sensitivity
in this region would be good
-Sensitivity = 100dB 1W/1M
-Nominal Impedance = 4 Ohms
-Power Handling = 500 W -
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