ENSONIQ TS-10 Specifications Page 94

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TS-10 Musician’s Manual Section 6 — Understanding Effects
7
Parallel Effect Mixer
AUX
Voice Output
Vol
Effect B
FX1 L
R
FX2
Mixer
Destination
Bus
Main
Outputs
L
R
Aux
Outputs
Reverb
Effect A
DRY
A to B
send
A to Reverb
send
B to Reverb send
FX2 to Reverb send
FX2 Dry
L
R
All of the parallel effect algorithms follow the topology shown in the illustration above. The
heavy lines are stereo paths. Voices assigned to FX1 (on the Output Page) will be sent to Effect A,
if the PAN parameter is set to -99 (hard left) or sent to Effect B, if the PAN parameter is set to +99
(hard right). Note that by setting the PAN parameter to 50, you can create a parallel routing
between Effect A and Effect B. There is a SEND parameter allowing a serial connection from
Effect A into Effect B. There is a SEND parameter allowing a serial connection from Effect A into
the Reverb, and another parameter allowing a serial connection from Effect B into the Reverb.
Voices assigned to FX2 (on the Output Page) will send a stereo signal to the reverb. The FX- -
REVRB parameter allows you to define how much of the signal you want sent into the Reverb.
There is also a DRY parameter (on the SEND sub-page) from FX2 allowing you to define how
much of the FX2 signal you want to completely bypass the Reverb. Any voices assigned to the
DRY Destination-Bus (on the Output page) will go through the mixer to the Main Output jacks.
Any voices assigned to the AUX Destination-Bus will go directly to the AUX Output jacks,
without any effects processing.
Selectable Effect Modulation Parameters
All of the algorithms allow real-time control of selectable parameters and share common
modulation control parameters. The Modulation Control parameters are always the last
parameters on the algorithm sub-pages:
MOD-1 SRC — Modulation Source 1 Range: (described below)
MOD-2 SRC — Modulation Source 2 Range: (described below)
These parameters select the modulation sources used to modulate the parameter Destinations.
Each Effect Variation has a choice of two discrete mod sources.
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