Hi @juicehifi Bernt
Can you help with setting up DSP crossover for this 2.5-way speakers.
It is only 2-channel full-range, and no subs - which simplifies things !
Wiring to only 3 drivers in total, as per photo below. There are 2 passive radiators
There is coaxial midrange (LMF) and tweeter (HF).
You can see what it looks like below but someone's description of how to setup the crossover (which i want to replicate in Audiolense) is:
I'm confused how to do these shelf filter?
And how to apply both low pass and shelf to the midrange (LMF)?
And 2kHz low pass for both LMF (midrange) and LF (woofer)?
Can you help with setting up DSP crossover for this 2.5-way speakers.
It is only 2-channel full-range, and no subs - which simplifies things !
Wiring to only 3 drivers in total, as per photo below. There are 2 passive radiators
There is coaxial midrange (LMF) and tweeter (HF).
You can see what it looks like below but someone's description of how to setup the crossover (which i want to replicate in Audiolense) is:
The way this speaker works is that the LF has a 1st order low pass at around 300Hz (from memory) and at the same frequency you have a shelf filter on the LMF driver to raise it by ~6dB.
If you do this carefully you will end up with LMF and LF both working below 300Hz, LMF only working above 300Hz, and a flattish frequency response from the summation.
Then you need to do the crossover to the HF at around 2kHz. Apply the 2kHz low pass filter to both LMF and LF too. Can use a 2nd order but in active I'd recommend you go 4th order.
I'm confused how to do these shelf filter?
And how to apply both low pass and shelf to the midrange (LMF)?
And 2kHz low pass for both LMF (midrange) and LF (woofer)?
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