Intellijel µScale 1.0 - Manual (Page 3)

Shifting - Cont’d
Post-Scale:
Post-Scale shifting is the easiest to understand of all the shifting types. For this type, the shift value is simply added to the scaLED note.
So if my scaLED note is C2 and the shift value is 4 and the destination is A (and still using CMajor scale) then the resulting note is
OUTA = C2+4 = E2. OUTB would be the unshifted note (C2) plus the interval value (e.g. 5) OUTB = C2+5 = F2.
If the destination was B then OUTA = C2 (no change) but OUTB = C2+interval+shift = C2+4+5 = A2.
If destination was A+B then OUTA = E2 and OUTB = A2 (i.e. both are shifted by the same amount of semi tones and can be considered
to have changed keys by the amount of shifted semitones).
So far we have looked at only using A, B or A+B as shift destinations. The fourth destination “ROOT” is an exception. With this destina-
tion the shifting type is irrelevant (and changing those values will have no effect). Instead the shift value is applied to the entire active
scale moving it forwards or backwards by the shift amount. When the scale is being shifted it maintains the interval relations between
each scale step so that the result is that the root note of the scale is shifted.
It is highly recommended that the user experiment with these different shift type and destinations. You will find that small settings
changes can result in dramatic changes in the melodies generated.
Technical Specifications
Inputs:
IN:
0-10V (typically 1V/Oct scaling)
SHIFT:
0-10V if unipolar mode (no jumper on PCB)
-5V to +5V if bipolar mode (jumper connected on PCB)
Outputs:
OUTA:
0-10V (scaLED for 1V/Oct)
OUTB:
0-10V (scaLED for 1V/Oct)
Max Current Draw:
76mA
Module Dimensions:
Width: 4HP
Depth: 60mm