Electrix Repeater Addendum - Manual (Page 7)

Tap Tempo 0 12 68 0 - 127 64-127 (Press)
Loop Select Up 0 4 96 0 - 127 64-127 (Action)
Loop Select Down 0 5 97 0 - 127 64-127 (Action)
Dry Mute* Off 22 107 0-63 (Off) 64-127 (On)
Erase Loop* N/A N/A 108 Value of 123 erases the current loop
Audio Trigger Record* N/A 23 92 64-86 arm trigger at current programmed
level. Values 87-127 arm the audio trigger
at -40dB to 0 dB respectively
Advance Track Select* N/A 24 109 64-127 (Action)
Tracks 1&2 Level /Mute* N/A 25 110 0 - 127 See Appendix G
Tracks 3&4 Level /Mute* N/A 26 111 0 - 127 See Appendix G
Inhibit MIDI RT Start/Stop Off N/A 112 0-63 (off) 64-127 (on)
Output*
Internal Loop Select PC*
N/A 48 - 63 N/A Selects Internal loop 1-16
CFC Loop Select PC* N/A 64 - 127 N/A Selects CFC loop 1-64
* Denotes new options in OS 1.1
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CFC States
- Card Ready: Card inserted in socket and socket LEDs off
- Reading from card: Green.
- Writing to card: Red.
- Reading/Writing: Amber.
- Card rejected: Flashing Red
Note: Removing the card whilst reading or writing is in progress can potentially corrupt the file system on the
card. To be safe, ensure the CFC slot LEDs are off before removing the card.
CHANGES ON PAGE 43 (TEXT ADDED)...
Noisy results with Guitar amp inputs or FX loops - Guitar inputs are typically sensitive to low level signals (typi-
cally -20dBu). FX loops are typically designed to operate at or near 'line' level (-4dBu). Repeater is designed to produce
a clean high level signal (typically around +8dBu) suitable for a studio environment. As a result, the output from
Repeater can mis-match with some guitar amps producing a noisy result.
The first step in improving the situation is to try and optimise the levels
in the system to minimise noise. Try adjusting the input level of the gui-
tar amp down so that it will accept a signal from Repeater that corre-
sponds to 0dB or better on the track level indicators without clipping.
Reducing the output of Repeater using the track sliders or input level
control is undesirable as this will reduce the ratio of signal to noise in
the system.
If you cannot achieve a good result by this means, the diagram to the
right shows how to build an in-line attenuator cable that will help
match the output of Repeater to a high-gain input such as a guitar
amplifier.