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5

Amp Simulator

DG Series amp sound. Mainly used for direct connection to power amp.

Speaker simulator allows direct recording.

Chorus

Chorus effect.

Symphonic

Symphonic effect.

Parameter

Display

Range

Description

Amp Type

AMP

Heavy1, Heavy2, Lead1, Lead2, 
Drive1, Drive2, Crunch1, 
Crunch2, Clean1, Clean2, Solid

Amp type

Gain

GAIN

0.0 to 10.0

Adjusts the amount of distortion

Master

MSTR

0.0 to 10.0

Adjusts the volume

Tone

TONE

0.0 to 10.0

Adjusts the tone

Treble

TRE

0.0 to 10.0

Adjusts level of high range frequencies

High Middle

HMID

0.0 to 10.0

Adjusts level of upper mid frequencies

Low Middle

LMID

0.0 to 10.0

Adjusts level of lower mid frequencies

Bass

BASS

0.0 to 10.0

Adjusts level of low frequencies

Presence

PRE

0.0 to 10.0

Adjusts level of extremely high frequencies

Speaker 
Simulator

SP

Off, American 412, British 412, 
Modern 412, YAMAHA 412, Hybrid 
412, American 212, British 212, 
Modern 212, YAMAHA 212, Hybrid 
212, American 112, Modern 112, 
YAMAHA 112, Hybrid 112, 410, 
210

When using a line connection to connect directly to a mixer, this can be 
used to simulate the natural characteristics of a speaker giving the tone 
a more natural sound

N. G. Threshold

NGTH

0.0 to 10.0

Level at which the noise gate activates

N. G. Attack

NGAT

0 to 120 ms

Time required for the noise gate to open after signal exceeds threshold

N. G. Hold

NGHL

0.02 to 2040 ms

Time noise gate stays open

N. G. Decay

NGDC

6 to 44500 ms

Time required for the noise gate to close after signal goes below thresh-
old

Parameter

Display

Range

Description

Wave

WAVE

Sine, Triangle

Modulation waveform

Freq.

FREQ

0.05 to 40.00 Hz

Modulation speed

AM Depth

AMDP

0 to 100%

Amplitude modulation depth

PM Depth

PMDP

0 to 100%

Pitch modulation depth

Mod. Delay

MDT

0.0 to 500.0 ms

Modulation delay time

LSH Freq.

LSHF

21.2 Hz to 8.00 kHz

Low shelving filter frequency

LSH Gain

LSHG

–12.0 to +12.0 dB

Low shelving filter gain

EQ Freq.

EQ.F

100 Hz to 8.00 kHz

EQ (peaking type) frequency

EQ Gain

EQ.G

–12.0 to +12.0 dB

EQ (peaking type) gain

EQ Q

EQ.Q

10.0 to 0.10

EQ (peaking type) bandwidth

HSH Freq.

HSHF

50.0 Hz to 16.0 kHz

High shelving filter frequency

HSH Gain

HSHG

–12.0 to +12.0 dB

High shelving filter gain

Mix

MIX

0 to 100%

Mix level

Parameter

Display

Range

Description

Wave

WAVE

Sine, Triangle

Modulation waveform

Freq.

FREQ

0.05 to 40.00 Hz

Modulation speed

Depth

DPT

0 to 100%

Modulation depth

Mod. Delay

MDT

0.0 to 500.0 ms

Modulation delay time

LSH Freq.

LSHF

21.2 Hz to 8.00 kHz

Low shelving filter frequency

LSH Gain

LSHG

–12.0 to +12.0 dB

Low shelving filter gain

EQ Freq.

EQ.F

100 Hz to 8.00 kHz

EQ (peaking type) frequency

EQ Gain

EQ.G

–12.0 to +12.0 dB

EQ (peaking type) gain

EQ Q

EQ.Q

10.0 to 0.10

EQ (peaking type) bandwidth

HSH Freq.

HSHF

50.0 Hz to 16.0 kHz

High shelving filter frequency

HSH Gain

HSHG

–12.0 to +12.0 dB

High shelving filter gain

Mix

MIX

0 to 100%

Mix level

Summary of Contents for Acoustic

Page 1: ...EFFECT LIST...

Page 2: ...iBandDyna 3 band dynamics processor Dyna Filter Dyna Filter Filter effect The effect changes according to input level Dyna Flange Dyna Flange Flanger effect The effect changes according to input level...

Page 3: ...effect consisting of Comp Amp Simulator Chorus Delay Reverb Mainly used for direct connection to power amp Speaker simulator allows direct recording Amp Multi Flange AmpMulti Flng Multi effect consist...

Page 4: ...4 Gain EQ4G 12 0 to 12 0 dB Specifies the post effect EQ4 gain EQ 4 Q EQ4Q 0 100 to 20 0 Specifies the post effect EQ4 Q bandwidth Pre EQ Level PELV 0 0 to 10 0 Specifies the pre effect EQ level Pre E...

Page 5: ...d N G Hold NGHL 0 02 to 2040 ms Time noise gate stays open N G Decay NGDC 6 to 44500 ms Time required for the noise gate to close after signal goes below thresh old Parameter Display Range Description...

Page 6: ...Modulation speed Depth DPTH 0 0 to 10 0 Modulation depth Manual MANU 0 0 to 10 0 Adjusts flanger s delay time Feedback FB 0 0 to 10 0 Feedback gain Spread SPRD 0 0 to 10 0 Left and right flange sprea...

Page 7: ...EQ peaking type bandwidth HSH Freq HSHF 50 0 Hz to 16 0 kHz High shelving filter frequency HSH Gain HSHG 12 0 to 12 0 dB High shelving filter gain Parameter Display Range Description Wave WAVE Sine T...

Page 8: ...d Depth DPTH 0 to 100 Modulation depth Phase PHAS 0 00 to 354 38 degrees Left channel modulation and right channel modulation phase differ ence Offset OFST 0 to 100 Filter frequency offset Resonance R...

Page 9: ...Expander threshold Exp Ratio ERAT 1 1 to 1 Expander ratio Exp Release EREL 6 to 11500 ms Expander release time Lim Bypass LIM Off On Limiter bypass Lim Threshold LIMT 12 0 to 0 0 dB Limiter threshold...

Page 10: ...ay feedback level Level LEVL 0 0 to 10 0 Delay level Parameter Display Range Description Delay TIME 0 0 to 2730 0 ms Delay time FB Gain FB 99 to 99 Feedback gain plus values for normal phase feedback...

Page 11: ...feedback minus values for reverse phase feedback High Ratio HRAT 0 1 to 1 0 High frequency feedback ratio High Pass Filter HPF Thru 21 2 Hz to 8 00 kHz High pass filter cutoff frequency Low Pass Filt...

Page 12: ...ferent bands set to any number other than the band number of the current band it will syn chronize with that band If set to the same number as the current band it will not synchronize Parameter Displa...

Page 13: ...to synchronize the modulation of different bands set to any number other than the band number of the current band it will syn chronize with that band If set to the same number as the current band it...

Page 14: ...nd it will syn chronize with that band If set to the same number as the current band it will not synchronize Parameter Display Range Description Wave Form W F Triangle Saw Up Saw Down Selects the modu...

Page 15: ...SPDn 0 0 to 10 0 Modulation speed modulation phase if the band is synchronized with another band Depth DPTn 0 0 to 10 0 Modulation depth Pan PANn L10 0 to R10 0 Position in the stereo field of the de...

Page 16: ...eedback gain Room Size SIZE 0 1 to 20 0 Reflection spacing Liveness LIVE 0 to 10 Early reflections decay characteristics 0 dead 10 live Diffusion DIFF 0 to 10 Reflection diffusion left right reflectio...

Page 17: ...99 Channel 2 feedback gain plus values for normal phase feedback minus values for reverse phase feedback Pitch 1 PIT1 24 to 24 semitones Channel 1 pitch shift Fine 1 FIN1 50 to 50 cents Channel 1 pitc...

Page 18: ...Reverb Time RT 0 3 to 99 0 s Reverb time High Ratio HRAT 0 1 to 1 0 High frequency reverb time ratio Diffusion DIFF 0 to 10 Left and right reverb spread Density DNST 0 to 100 Reverb density High Pass...

Page 19: ...lay MDT 0 0 to 500 0 ms Modulation delay time FB Gain FB 99 to 99 Feedback gain plus values for normal phase feedback minus values for reverse phase feedback Reverb Time RT 0 3 to 99 0 s Reverb time H...

Page 20: ...DNST 0 to 100 Reverb density High Pass Filter HPF Thru 21 2 Hz to 8 00 kHz High pass filter cutoff frequency Low Pass Filter LPF 50 0 Hz to 16 0 kHz Thru Low pass filter cutoff frequency Reverb Balan...

Page 21: ...ms Feedback delay time FB Gain FB 99 to 99 Feedback gain plus values for normal phase feedback minus values for reverse phase feedback Delay High HRAT 0 1 to 1 0 Delay high frequency feedback ratio H...

Page 22: ...B 99 to 99 Feedback gain plus values for normal phase feedback minus values for reverse phase feedback Freq FREQ 0 05 to 40 00 Hz Modulation speed Drive DRV 0 to 100 Distortion drive Master MSTR 0 to...

Page 23: ...te to close after signal goes below thresh old Comp Threshold CTHR 54 0 to 0 0 dB Level at which compressor activates Comp Ratio CRAT 1 1 to 1 Compression ratio Comp Attack CATT 0 to 120 ms Time requi...

Page 24: ...goes below thresh old Comp Threshold CTHR 54 0 to 0 0 dB Level at which compressor activates Comp Ratio CRAT 1 1 to 1 Compression ratio Comp Attack CATT 0 to 120 ms Time required for compressor to pea...

Page 25: ...NGDC 6 to 44500 ms Time required for the noise gate to close after signal goes below thresh old Comp Threshold CTHR 54 0 to 0 0 dB Level at which compressor activates Comp Ratio CRAT 1 1 to 1 Compress...

Page 26: ...e gate to close after signal goes below thresh old Comp Threshold CTHR 54 0 to 0 0 dB Level at which compressor activates Comp Ratio CRAT 1 1 to 1 Compression ratio Comp Attack CATT 0 to 120 ms Time r...

Page 27: ...Pre EQ 3 Gain PE3G 12 0 to 12 0 dB Specifies the pre effect EQ3 gain Pre EQ 3 Q PE3Q 0 100 to 20 0 Specifies the pre effect EQ3 Q bandwidth Comp Threshold CTHR 54 0 to 0 0 dB Level at which compresso...

Page 28: ...12 0 to 12 0 dB Specifies the pre effect EQ3 gain Pre EQ 3 Q PE3Q 0 100 to 20 0 Specifies the pre effect EQ3 Q bandwidth Comp Threshold CTHR 54 0 to 0 0 dB Level at which compressor activates Comp Ra...

Page 29: ...00 k to 10 0 kHz Specifies the pre effect EQ3 frequency Pre EQ 3 Gain PE3G 12 0 to 12 0 dB Specifies the pre effect EQ3 gain Pre EQ 3 Q PE3Q 0 100 to 20 0 Specifies the pre effect EQ3 Q bandwidth Comp...

Page 30: ...frequency Pre EQ 3 Gain PE3G 12 0 to 12 0 dB Specifies the pre effect EQ3 gain Pre EQ 3 Q PE3Q 0 100 to 20 0 Specifies the pre effect EQ3 Q bandwidth Comp Threshold CTHR 54 0 to 0 0 dB Level at which...

Page 31: ...0 kHz Frequency for extremely high frequency EQ Limiter LMSW Off On Limiter switch Chorus Delay ETYP Off Chorus Delay Effect type Reverb Type RTYP Off Hall Room Plate Reverb type Limiter Level LIM 0 0...

Page 32: ...Printed in China WD92180...

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