CHAPTER 6
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VOLT PROCESSING
Inputs
De-Emph and S/R
controls
to output circuits
Wideband AGC
Texture Gate Thresh RTZ Level
Drive ReleaseAttack
RTZ Speed
Accel Rls
Low Freq AGC
Drive Accel Rls Gate Thres
Attack Release
RTZ Level
Texture RTZ Speed
Mid-Low AGC
Drive Accel Rls Gate Thres
Attack Release
RTZ Level
Texture RTZ Speed
Mid Freq AGC
Drive Accel Rls Gate Thres
Attack Release
RTZ Level
Texture RTZ Speed
Mid-Hi AGC
Drive Accel Rls Gate Thres
Attack Release
RTZ Level
Texture RTZ Speed
Comp Out 1
Comp Out 1
19k Sync Out
Composite Generator
Low Distortion
Clipper
Pre-Process
Bypass
Phase
Rotate
Engage
Crossover
MidHi f
Low
Low Freq Limit
Drive Release Hold Thresh
Attack Threshold
Mid-Low Limit
Drive Release Hold Thresh
Attack Threshold
Mid Freq Limit
Drive Release Hold Thresh
Attack Threshold
Mid-Hi Limit
Drive Release Hold Thresh
Attack Threshold
High Freq AGC High Freq Limit
Drive Release Hold Thresh
Attack Threshold
Mid-Low
Mid-High
High
Mid
High Mix
Mid-Hi Mix
Mix Mix
Mid-Low Mix
Low Band Mix
Bass PreClipper
Filtering
Silk
Mixer
LowMid f
High Pass
Freq
Automatic Voice Detect control to Clipper
ENHANCERS
Deep Bass
Phat Bass
Space FXWarmth
Voice
Detect
Amount
Voltair/Watermark
insert point
Omnia.VOLT
Processing Block Diagram
FM with Stereo Generator
Version 1.1
Processor
Bypass
To Audio
Outputs
SCA Input
Rear-panel Trimmer
Analog
Gain
Rt. Trim De-Emph
Livewire
Gain
Rt. Trim De-Emph
AES/EBU
Gain Rt. Trim De-EmphS/R
Failover
Processor
Time
Input
Select
Secondary
Source
Insert
Select
Pilot
Level
Pilot
Phase
Comp1 Lvl Comp 2 LvlSeparation
Comp Clip
Drive
Separation
Test Tone
Drive Accel Rls Gate Thres
Attack Release
RTZ Level
Texture RTZ Speed
Density Clip Drive Space
Comp Depth Lows Highs
Interactive Algorithm Adjustment
Channel
Switch
Polarity Mode
Lower Dist <> Lower Delay
BS-412 Engage
BS-412 Threshold
Tight
Clip
Girth
Bypass
Tight
Threst
Girth
Thresh
Clipper Drive
VoltFM1.1Block.pdf
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