Unlike a clock divider, the Shuffling clock multiplier can output a multiplierd, accelerated clock! Three outputs carry a straigh clock, five outputs give you clock signal which can be influenced by the means of shuffling, pushing forward in time or skipping clocks. A CV at the rotate input can alter the multiplication factor of the eight outputs in realtime.
The Shuffling Clock Multiplier (SCM) produces eight multiplied clock tempos from a single input clock, ranging from x1 to x8 (x32 by using the Breakout). Some of the outputs can be shuffled/swung. The amount of shuffle is controlled by a CV Slip jack. A Rotate CV jack re-assigns the multiplication number of each jack. More features of the SCM can be controlled by the SCM Breakout.
Features:
- Multiply-by-1 to Multiply-by-32, on 8 output jacks
- Five Slipped/Shuffled/Skipped clock outputs (S3, S4, S5, S6, S8). Each is based on a multiple of the input clock frequency (x3, x4, x5, x6, and x8, respectively)
- Three steady clock outputs (x1, x2, and x8), which are not effected by Slip/Shuffle/Skip effects
- CV Rotate jack to shift multiply-by amount on all jacks
- CV Slip causes particular beats to land ahead in time
- Connects to the SCM Breakout for controlling more features: Pulse Width, Shuffle pattern, Skip, Re-sync, Mute, and 4x Fast
- ISP header: Connects to in-circuit programmer such as AVR ISP MKII for reprogramming code
- Maximum input frequency 3kHz
Module size:
The SCM is 4HP and 35mm (1.39″) deep
Power consumption:
- 5VSEL Jumper set to INT:
- 33mA maximum power draw from +12V rail
- 0mA max on the +5V rail
- 4mA maximum power draw on the -12V rail
- 5VSEL Jumper set to EXT:
- 19mA maximum power draw on the +12V rail
- 14mA max on the +5V rail
- 4mA maximum power draw on the -12V rail
