Okay - this might be a little scientific but I might just work. Get an oscillator or a CD with frequency sweeps on it. Then try getting an oscilloscope with a very good lab microphone on a stand.
You then need to get the system "IN PHASE" ie. the whole frequency responce from 20 Hz to 40 kHz in exact phase. This will clear up everything. Tru also to get a "phase corrilator scope". See the STAN RICKER MASTERING site for a good explination on that device.
Your ears might be good but to get the best setup I'll suggest that you use some lab-gear.
That is the problem with the ML Statements - the seperate HF/MF & LF units. This is what B&W is going on for the past 30 years - phase coherency! And that is why I am using little wonders like KEF C55s - Its all about the whole frequency-range being in unison.
Good luck with this...
Kind regards,
Dewald Visser
You then need to get the system "IN PHASE" ie. the whole frequency responce from 20 Hz to 40 kHz in exact phase. This will clear up everything. Tru also to get a "phase corrilator scope". See the STAN RICKER MASTERING site for a good explination on that device.
Your ears might be good but to get the best setup I'll suggest that you use some lab-gear.
That is the problem with the ML Statements - the seperate HF/MF & LF units. This is what B&W is going on for the past 30 years - phase coherency! And that is why I am using little wonders like KEF C55s - Its all about the whole frequency-range being in unison.
Good luck with this...
Kind regards,
Dewald Visser