TC electronic SDN BHD G-Natural Effects Noise Gate & Boost, Mode, Threshold Range -60dB to 0dB

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EFFECTS - NOISE GATE & BOOST

Noise Gate

A Noise Gate is generally used to attenuate the signal when no signal is present and thus attenuate the hiss, hum and other noise you might have on your system. Of course a Noise Gate is not the solution to any noise problem. You should try to avoid the noise in the first place. Problems with noise can be introduced by a number of different things. In a guitar signal chain the typical problems are; poor cables, poorly shielded pickups, power supplies placed close to signal cables and other pedals.

There will, however, always be a certain amount of noise in any setup. The Noise Gate can help you attenuate the noise when you are not playing. Be careful when setting Threshold and Release parameters. A too high Threshold setting will result in e.g. not “opening” the Gate. A too slow Release time will result in cutting your attack.

As the microphone and guitar signals are of quite different nature, G-Natural has separate Noise Gates for the Instrument and the Mic/Line inputs.

The Noise Gate parameters are placed in the EQ block after the EQ parameters.

Press and hold the EQ button to select between instrument and Mic/Line inputs.

Be sure that “Gate” is set to “on”

EQ

 

Gate

 

 

 

On

 

On

I

 

 

 

 

Scroll past the EQ pages until the following two screens with Noise Gate parameters appear.

Mode

 

 

 

 

 

 

Soft

 

 

I

 

 

 

 

 

 

 

 

Thres

Damp

Releas

 

-31dB

50dB

100dBs

I

 

 

 

 

Mode

Range. Hard or Soft

General overall mode that determines how fast the Noise Gate should attenuate/dampen the signal when below Threshold.

Threshold Range: -60dB to 0dB

The threshold point determines at what point the Noise Gate should start attenuating the signal.

To set this parameter; set the Damp parameter to e.g. 50 dB. Then start turning up the Threshold value from -60 dB to the point where desired dampening is actually achieved. This little experiment will of course require that the Damp parameter is set different from 0 dB - as 0 dB means: no damping.

Damp

Range: 0 dB to 90 dB

This parameter determines how hard the signal should be attenuated when below the set Threshold. You could argue that a max dampening would be appropriate always, but you would also like to have a smooth transition between the “gated/attenuated” stage and the “open” stage. The more dBs that must be released the more obvious the Noise Gate might seam.

Release

Range: 0 dB/sec to 200 dB/sec

The Release parameter determines how fast the signal is released when the Input signal rises above the Threshold point. As a rule of thumb this setting should be set fairly high.

Boost

Press BOOST to enter the boost menu.

The boost level can be set for each preset within the range of the Max Boost parameter. The Max Boost level is set in the levels menu.

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Contents User’s Manual Page Service VoltageEMC / EMI & Certificate of Conformity For Customers in CanadaTable of Contents Page Features IntroductionOverview Operation Delay PresetBoost / Tap Tempo / Hold for Tuning LevelsRear Panel View Power Mic Pass ThruMic Input Mic Level knobTypical Setups Basic settingsGuitar with piezo pick-up ConnectionsDefault Store Levels Menu Guitar with piezo pick-up and dynamic microphoneGuitar with piezo pick-up + vocal microphone Factory Default Natural with a dedicated acoustic guitar ampNatural in a studio Audio intefaceMenu Routing RoutingsBasics Semi Parallel SerialMenu Pedal PedalMaster CalibratingMenu Utility UtilityMenu Levels Levels menuDigital InGain Volume Position Range Pre or PostDither Boost Function Essential parameters for the Boost switchBoost Tuner Effects Compressor CompressorNatural compressors Studio TypeStomp Type Effects EQNatural EQs and Noise Gates Effects Noise Gate & Boost Noise GateMode Threshold Range -60dB to 0dBDetune Effects MODVibrato Tremolo TypeFlanger ChorusFeedB FeedBack Range -100 to Delay Types Effects ReverbReverb Types Common Reverb ParametersDelay Parameters Effects DelaySpill-over Technical Specifications Digital Inputs and Outputs Supplementary