My approach was to make measurements of the speakers in near field, measurements of frequency responses of the bass speaker and the treble speaker, to check the cut-off frequency. Then I corrected the near-field curve by equalization with the dcx (and simulation in REW).
Regarding REW, it took me a long time to set up my sound card (Focusrite) and get the first curves. I am not at all an expert in computer science or acoustics. For the moment I have measured a response curve in the near field and at the listening area.
here a photo of the cabinet (diy) with at the bottom a 2000vA current symmetrizer (DIY too), the two laboratory power supplies for the excitation bass speakers, the DCX Behringer and an SRC (to add a turntable later)
sorry for the horribly late response to chrapladm: the power amplifier for low frequencies is a Hypex Ncore 250 that gives 125W under 8 ohms
The power amplifier for high frequencies (Radian 950pb) is a clone of Nelson Pass' AmpCamp class A 2x15W
Hello, can you help me? I don't have a MIC/METER that appears in my Preferences menu. I installed several versions of REW, I checked that the microphone worked with the sound card.
My DAW is JRiver, my microphone is a Dayton Audio EMM-6 plugged into XLR in input 1 (with 48V power supply) of my...
Hello. I am a lover of music of all styles but very attached to the quality of the sound. I built my stereo little by little with as a base high-efficiency diy speakers: Supravox 16" EXC 11V in bass reflex 200 liters and compressions Radian 950pb with horns Araï 290FL. Dcx24-96 active filter...
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