TC Electronic Multi-effects Processor G-Natural User Manual page 23

Serial
Mic Pre - routing Mic Pre - routing
In L
Vocal Vocal
NOISE
COMP
EQ
Mic-Pre/
GATE
Line
Guitar Guitar
In R
NOISE
COMP BOOST
EQ
GATE
Inst
In Serial routing with the Mic Pre parameter set to
"Vocal", the input signal on the Mic Pre connection is
routed past the Boost, Mod and Delay blocks to the
Reverb.
Semi Parallel
Mic Pre - routing
In L
Vocal
NOISE
Mic-Pre/ EQ COMP
GATE
Line
Guitar
In R
NOISE
COMP
EQ BOOST
Inst GATE
In Semi Parallel routing with the Mic Pre parameter set to
"Vocal", the input signal on the Mic Pre connection is routed
past the Boost, Mod, Reverb and Delay blocks.
Parallel
Mic Pre - routing
In L
Vocal
NOISE
EQ COMP
Mic-Pre/
GATE
Line
Guitar
In R
NOISE
COMP
EQ BOOST
GATE
Inst
In Parallel routing with the Mic Pre parameter set to
"Vocal", the input signal on the Mic Pre connection is routed
past the Boost, Mod, Reverb and Delay blocks.
MOD DELAY REVERB OUT
MOD REVERB
DELAY
OUT
REVERB
OUT
DELAY
MOD
Volume Position
Range: Pre or Post
This parameter is relevant only if you control the volume
using an external Volume/Expression pedal connected to
the Pedal input. The position of the volume parameter
can be placed "pre" delay/reverb/mod effects or "post"
delay/reverb/mod effects.
Pre: The volume control is placed in the boost block
before the input of the mod, reverb and delay effects and
these effects will therefore fade out (ring) naturally when
you set the pedal to minimum position.
Post: The volume control is placed after the mod, reverb
and delay effects and these effects will therefore be
attenuated immediately when you set the pedal to
minimum position.
Digital InGain
Use this parameter to gain the signal present on the
digital input. Adjust a low volumes and use a setting a
few dB lower than the where digital clipping occurs. This
will ensure best signal to noise ratio.
Dither
Range: Off, 20 bit, 16 bit or 8 bit
G-Natural's digital output operates at a bit depth of 24. If
you are feeding the G-Natural digital outputs to a digital
device with a lower bit-depth, the dither parameter must
be set according to the receiving device. As an example
a signal sent to a CD recorder should typically be
dithered to 16bit.
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21