User Manual

Table Of Contents
Graphic EQ, Parametric EQ, effects, and Premium Rack
V5 Reference Manual
154
The FB circuit is used in vintage compressors. This type is suitable when you want to
apply a smooth compression while adding a tonal character that is characteristic of such
devices.
4 GAIN REDUCTION meter
Indicates the amount of gain reduction.
5 THRESHOLD knob
Adjusts the threshold at which compression starts to be applied.
6 RATIO knob
Adjusts the compression ratio. Fully rotate the knob clockwise to switch to the limiter.
7 ATTACK knob
Adjusts the compressor’s attack time.
8 RELEASE knob
Adjusts the compressor’s release time.
9 GAIN knob
Adjusts the output gain.
Portico 5045
This is a processor that accurately models the Portico 5045 Primary Source Enhancer made
by Rupert Neve Designs. Operation is extremely easy, allowing you to suppress background
noise that enters the mic while increasing clarity, enhancing the primary source and also
improving the feedback margin. It is suitable not only for a hand-held mic but also for a lavalier
mic or headset mic, and can be used in a variety of situations including event PA, concerts,
or broadcast. This processor is also equipped with the audio transformer and discrete amp
circuit that are the signature of the Portico series, so that simply passing the signal through it
will increase the luster and depth of the sound.
1 PROCESS ENGAGE button
Turns the enhancement circuit on/off.
2 RMS/PEAK button
Selects the operation mode for the level detector. You can select RMS mode or PEAK
mode.
3 TIME CONSTANT knob
Switches the attack and release time. The settings are as follows.
4 THRESHOLD knob
Adjusts the level at which enhancement begins. Signals below the THRESHOLD are
attenuated.
5 PROCESS ACTIVE indicator
This indicator is lit when the input signal exceeds the THRESHOLD. Adjust the
THRESHOLD so that this indicator is lit when the primary audio source is being input,
and unlit during periods of silence or between phrases.
6 DEPTH knob
Adjusts the amount of attenuation for signals below the THRESHOLD.
1 23 54 6
RMS Mode PEAK Mode
A: 50 ms
B: 100 ms
C: 200 ms
D: 750 ms
E 1.5 s
F: 3 s
Attack: fixed at 20 ms
Release: A: 20 ms
B: 200 ms
C: 1 s
D: 2 s
E: 5 s
F: 30 s