4ms rotating clock divider User Manual page 8

Rotate Reset
0V - 5V +5V
in
1+R
2+R
3+R
4+R
5+R
6+R
7+R
8+R
div by 1
1V
Example 1:
1V applied to CV Rotate:
(Jacks shifted 1 unit clockwise)
1+R: div by 2
2+R: div by 3
3+R: div by 4
2V applied to CV Rotate:
4+R: div by 5
(Jacks shifted 2 units clockwise)
5+R: div by 6
6+R: div by 7
7+R: div by 8
8+R: div by 1
4ms Rotating Clock Divider
In this metaphorical illustration, applying a voltage to the Rotate jack makes the outer
circle of jacks rotate around the inner circle of divided clock signals. For a technical chart
of the exact voltages needed to cause exact rotations, see the User Manual.
This page assumes all jumpers are in their factory positions: i.e. only jumpers 3 and 4 are "in"
8+R
Example 2:
1+R: div by 3
2+R: div by 4
...
7+R: div by 1
8+R: div by 6
How CV Rotate Works
1+R
div by 1
0V
7+R
div by 1
2V
2+R
div by 1
>5V
Example 3:
5.1V applied to CV Rotate:
(Jacks shifted 7 units clockwise)
1+R: div by 8
2+R: div by 1
7+R: div by 6
8+R: div by 7
...