Here's some V's to start with. Sorry about the delay. Due to a nasty back injury this is the first time in a while I've been able to sit for more than a few minutes & type w/out pain. "Nuff said. First I'll post the VCO/clock/BBD V's. CV & audio later. All V's DC relative to GND. All V's rounded to the nearest .1 except where they're not

. Conditions: Threshold full CW (off); Range full CCW (LFO "off"); Regen full CCW (off); Manual (where you see 2 readings), First reading full CCW; second reading full CW. SW1 (harmonics) even. For those "wetting their pants" over clock f's; as Stephen stated in another forum

; Man CCW= ~40KHz, Man CW= ~1.6 MHz. Another note. Where you see (~7.5V), these pins are VCO/clock outputs (f's). Since these are being measured as DC V's you will see they seem to fluctuate down as the clock f goes up. Bottom line: anything from 7.1 - 7.5 should be OK. The reality; when viewed on a 'scope; is these V's are ALL 15V (Supply V), regardless of f. CMOS gives you the rails out. As always, individual performance may vary due to factors too numerous to start discussing. More later...
Oh! Here's the schematic all this info is/will be based on:
http://moosapotamus.net/IDEAS/ADAflanger/ADA_MN3007/FlangerClone_SCH_rev5_MN3007_jan2010.gif 4007 4047 3007 4049 (see note above)
1- NC 1- 14.9 - 10 1- 15 Pins 1 & 16- 15
2- NC 2- .15 - 5 2- ~7.5 Pin 8- 0
3- 0 3- 7.9 - 8.3 3- 8.4 Pin 13- NC
4- NC 4- 15 4- 1 ALL other pins- ~7.5
5- NC 5- 15 5- 0
6- 0 6- 15 6- ~7.5
7- 0 7- 0 7- 7.2 - 5.8
8- NC 8- 0 8- 7.2- 5.8
9- NC 9- 0
10- 5.9 - 3.1 10- ~7.5
11- 7.9 - 8.3 11- ~7.5
12- .15 - 5 12- 0
13- NC 13- 14.9 - 10.5
14- 15 14- 15