Just a quick question Nelson - what oscilloscope display settings do you use to show the 1 watt (or 5 watts) power level? Many thanks!
You mean at the output of amplifiers?
The 1 watt window is 1 volt/vertical division, shows +/-4 V peaks which is 2 W
peak, which is what a 1 watt amp can do...
The 1 watt window is 1 volt/vertical division, shows +/-4 V peaks which is 2 W
peak, which is what a 1 watt amp can do...
You beat me to the question although you avoided asking it directly. Where's our crossover? Wait, I meant to say, when will you be sharing your crossover with us? 
My Apogee Divas are starting to whine like a puppy wanting to go outside
When do you think we can open the door ?
When do you think we can open the door ?
Can this crossover be setup for non-standard slopes, not only Butterworth or Linkwitz-Riley but more like Bessel? I understand that it will take some fiddling setting the slopes anyway as it may have potentiometers and not fixed resistors.
I assume that is simply a matter of changing to appropriate filter Rs & Cs. As i understand it, 1st order to 4th order and the nature of the rolloffs controlled by the passive parts. This should be a very versatile device.
dave
dave
I must send you one.
The crossover has a high-pass and low pass jumper selectable for 6, 12,
18 and 24 dB/octave. The frequency of each pole is independently
adjustable with on-board pots for 2 octaves - 1 octave on each side of a
center value set by the capacitor. In "ordinary" use, all caps are the
same values. The board accommodates pcb-mount connectors and level
pots, or wires can be run to external components.
Thanks Mr. Pass! We all try to imagine how busy you are. And then always
the greedy boyz..... 🙄
Greets
Dirk
the greedy boyz..... 🙄
Greets
Dirk
Of course, but it will need some fiddling to create non-standard curves/slopes. Many speakers do not use standard slopes like my Magnepan.
Yes. That's why the R values on each pole are variable 4:1 range. I think
most of what you might want will be doable without changing the caps
if you pick the appropriate center value for the cap/frequency.