Jumbuktu wrote: ↑Sat May 14, 2022 1:01 am
Powerdwarf wrote: ↑Wed May 11, 2022 12:18 pm
there are long bbd delays in pedal world, lots of. how eurorack is different, idk.
Like what? Seriously, I want to know.
Best pedal option IMO is relatively new AMT ADG-1, runs MN3005s for proper voltage swing, designed by Hawker, who did lots of the Moogerfoogers. Sounds absolutely glorious. The base edition (can do 17ms-350mswith 1xBBD or 35ms-700ms with 2xBBDs from the knob, up to ~900ms with CV/exp) is getting restocked on May 20th, so heads up if anybody wants one. The special edition (restock TBD) has 3xBBDs for a "long mode" of 50ms-1.1s, up to 1.35s with CV/exp, as well as a compounding send/return.
The XAOC Sarajewo is great for long echos, and obviously much more controllable than any echo, but it does unfortunately have some slew when changing delay times, I think somebody else in this thread mentioned. I suspect this is due to digital control over its internal HSVCO, but it might just be a design choice--I've been meaning to bug XAOC about it, since it means that you can't get a really crisp pitch shift effect.
The DELAY 1 seems like an excellent option for shorter lines, with ingredients from the Doepfer design and the CG 1022. Assuming he's using MN3004s and not MN3204s, I will definitely try to get one, maybe two. Interested to see if its HSVCO can easily drive the Doepfers.
Keltie wrote: ↑Wed May 11, 2022 2:23 pm
I understand it like this: phaser>chorus>flange>echo.
If the delay is less than an audio cycle, phaser. If it’s inside the haas limit at about 40 ms, chorus. If it’s on the haas borderline but not yet a slap back, flange. Longer than that, so that you have two or more audible events, delay
Just wanted to respectfully chime in on this. Flange times are actually shorter than chorus times: flange is typically quoted as around 0.5 to 15ms, with chorus starting when the comb filter effect goes out of spectrum and changes into perceived pitch modulation and ending around the haas limit of ~40 (as you say). Also, while you're right to think of phasers as a type of very short delay, it's done using the group delay of a series of tuned all-pass filters, which means that the notches aren't linked to the overtone series--it's a different frequency response that you don't get by simply shortening a flanger's delay time. (Shortening a flanger to ranges below ~0.5ms, which requires pretty specialized setups to do in analog, produces a very crystalline, hollow-sounding comb filter effect that to my ear hits somewhat different than the typical flanger range, but it's still not a phaser...)