Divide & Conquer

PCB set = USD22
panel = USD20
Assembled = USD190

This is a clock divider module containing 4 different dividers:

1. /2, /4, /8, /16, /32, /64, /128, /256
2. /1.5, /3
3. /2.5, /5
4. /3.5, /7

All sections will run off a signal patched into section 1.
The module can be patch-programmed to obtain other divisions. For example; patch output /2 into section 4 to get divide by 14 from the /7 output.
The circuit is CMOS based and contains no microprocessors.

This module is intended to be a companion module for the Bindubba Sequencer.
Yes, the first run of panels has an invisible '64'.

Demo from Steve.
Notes:
0:00 Drums with Math
Clock IN -> C&D main IN
C&D /2 --> Doof
C&D /3 --> baDumTiss1 (with Square wave into IN)
C&D /4 --> baDumTiss2
C&D /5 --> bong-0

0:32 Drums with Logic
Clock IN -> C&D main IN
C&D /"5" --> Self patch into lower left IN (7/2)

C&D /"3/2" --> BOOLs IN1
C&D /"7" --> BOOLs IN2
C&D /"3" --> BOOLs IN3
C&D /"3/2" --> BOOLs IN4

BOOLs 1:2 --> Doof Trig
BOOLs Slew --> Doof CV

BOOLs 3:4 --> baDumTiss1Ttrig
BOOLs 4:1 --> baDumTiss2Ttrig
C&D /"4" --> bong-0

1:03 Clock da envelopes
Clock IN -> C&D main IN

C&D /"16" --> Self patch into lower left IN

C&D /"4" --> VCA5 IN
C&D /"32" --> VCA5 CV
VCA5 out --> Env1 trig --> VCA1 (PoD Saw)

C&D /"32" inverted --> Env2 trig --> VCA2 (VCO Tri)

C&D /"8" --> Env3 trig --> VCA3 (PoD Tri)

C&D /"5" --> VCA6 IN
C&D /"7/2" --> VCA6 CV
VCA6 out --> Env4 trig --> VCA4 (PoD Pulse)--> BP Filter
C&D /"7" --> ADSR trig --> BP Filter CV

1:38 Octaves
VCO Square wave -> C&D main IN

VCO Square wave --> Mixer
C&D /"2" --> Mixer
C&D /"4" --> Mixer
C&D /"8" --> Mixer

1:53 Harmonic ratios
VCO Square wave -> C&D main IN

VCO Square wave --> Mixer
C&D /"3" --> Mixer
C&D /"3/2" --> Mixer
C&D /"2" --> Mixer

2:08 Chord-like drone
VCO Square wave -> C&D main IN

C&D /"3/2" --> Self patch into middle left IN (below /"3")

C&D /"2" --> VCA1
C&D /"3" --> VCA2
C&D /"5/2" --> VCA3
C&D /"5" --> VCA4

Feague OUT0 --> VCA1 CV
Feague OUT90 --> VCA2 CV
Feague OUT180 --> VCA3 CV
Feague OUT270 --> VCA4 CV

VCA1 + 3 --> Output Left
VCA2 + 4 --> Output Right