Passive First Order Parallel Audio Crossover

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Audio crossover - Wikipedia

https://en.wikipedia.org/wiki/Audio_crossover#:~:text=A%20passive%20crossover%20splits%20up%20an%20audio%20signal,types%2C%20each%20of%20which%20cover%20different%20frequency%20ranges.

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First Order Passive Crossovers, 6 dB per Octave

https://www.the12volt.com/caraudio/cross6db.asp

First order low pass filters consist of a coil in series with a loudspeaker. The larger the coil size (mHy), the lower the crossover frequency. For a 100 Hz first order low pass filter for a 4 ohm load, L1 = 6.36 mHy. For a 50 Hz low pass filter for a 4 ohm load, L1 = 12.73 mHy.

Passive Crossover Network Design for Hi-Fi Speaker ...

https://freecircuitdiagram.com/615-passive-crossover-network-design-for-hifi-speaker/

Crossover network for speaker can improve the quality of the sound, reducing the distortion level caused by excessive signal beyond the speaker’s frequency response. This articles describes how you can design your own crossover networks for your Hi-Fi speaker set. Both first order and second order passive filter will be explained in this article. First order crossover network will …

Passive first order three way crossover. | diyAudio

https://www.diyaudio.com/community/threads/passive-first-order-three-way-crossover.374696/

First order won't give much separation between tweeter and bass unit - fourth order is commonly used for line-level crossovers as its cheap to do (and avoids the losses of passive crossovers at high power - which are often 2nd order as a compromise). First order is just RC stages of course, f = 1/ (2πRC) - all you need to know.

WO2005081578A1 - First-order loudspeaker crossover …

https://patents.google.com/patent/WO2005081578A1/en

A first-order crossover network having low-pass and high-pass filters to respectively drive first and second loudspeakers in a loudspeaker system …

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