Peavey Vypyr VIP Series Operating Manual page 25

Engineeing Noes Engineeing Noes
Auto Wah Auto Wah
Analog Analog Phas
Analog Analog Flang
Vibrato Vibrato
STOMP STOMP P1 P1
TSC TSC Drive Drive
Fuzz Fuzz Drive Drive
Comp Comp Sensitivity Sensitivity
Slap Slap Time Time
Speed Speed
Phase e Speed Speed
Flange e Speed Speed
Synth Synth Attack Attack
Slice Slice Speed Speed
Chorus Chorus Speed Speed
UVB UVB Speed Speed
Ring Ring Modulator Modulator Freq Freq
Speed Speed
Boost Boost Drive Drive
EFFECT EFFECT P1 P1
Tremolo Tremolo Speed Speed
Octave Octave Mix Mix
Phaser Phaser Speed Speed
Rotary Rotary Spkr Spkr
Reverse Reverse Time Time
Pitch Pitch Shifter Shifter Interval Interval
MOG MOG Octave Octave
Flanger Flanger Speed Speed
Comp Comp bst bst Sensitivity Sensitivity
Env Env Filter Filter Sensitivity Sensitivity
Chorus Chorus Speed Speed
P2 P2 Notes Notes
Level Level Tone Tone
Level Level Russian Russian
Level Level
Mix Mix Max Max
Depth Depth At min Depth, At min Depth,
Depth Depth Depth adds Depth adds r
Depth Depth Depth Depth comb
Glide Glide
Width Width
Depth Depth Filters Filters
Depth Depth
Mix Mix Modulation Modulation
Depth Depth
Level Level
P2 P2 Notes Notes
Depth Depth Period Period
Level Level
Depth Depth 8 8 stage stage
Speed Speed Depth Depth
Mix Mix Max Max
Mix Mix At At Minimum Minimum
Up Up Octave Octave Down Down Level Level
Depth Depth DelayLine=7m DelayLine=7ms
Level Level
Intensity Intensity (Q) (Q)
Depth Depth DelayLine=15ms DelayLine=1
knob knob at at 12:00, 12:00, 12dB 12dB more more gain gain
model, model, tone tone at at 11:00, 11:00, 10dB 10dB
Mix Mix = = 50/50 50/50 Dry/Wet, Dry/Wet, 50ms 50ms
Param1 serv Param1 serves as xed es as xed
regeneration f egeneration for more in or more
combines Width an ines Width and Regen of o d Regen of
set set to to 12:00, 12:00, at at
frequency frequency from from 80 80 Hz Hz
from from 2 2 s s to to .2 .2 s s
phaser phaser
Mix Mix = = 0/100 0/100 Dry/Wet, Dry/Wet, 250ms 250ms
Mix, Mix, Param1 Param1 controls controls
controls controls
s
5ms
than than pedal pedal at at max max
more more gain gain potential potential
67ms 67ms
<T<1 <T<1
intensity tensity
original ped riginal pedal al
to to 2Khz 2Khz
T T 1s 1s
<1 <1 <1 <1
Detune Detune