User Manual
Table Of Contents
- Thank You
- Getting Started
- Connections
- Global Settings
- Oscillators
- Character
- Filter 1 & 2
- Filter Envelopes 1 & 2
- Amplifier Envelope
- Auxiliary Envelopes 4 & 5
- Low Frequency Oscillators
- Modulation
- Arpeggiator
- Sequencer
- Master Volume/Voice Volume
- Distortion
- Glide
- Pitch and Modulation Wheels
- Touch Sliders
- Play List
- Misc Parameters
- Using USB
- A Few Tutorials
- Appendix A: Modulation Sources
- Appendix B: Modulation Destinations
- Appendix C: Delay Times (Delays 1-3)
- Appendix D: MIDI Implementation
- Appendix E: Support
- Bookmark 1
- _GoBack
- Bookmark 1
- MIDI_Implementation
- _Ref259391539
- _GoBack
- MIDI_messages
- _Ref47692693
- _Ref47691913
- _Ref47691938
- _Ref47692569
- _Ref47692613
- _Ref47692643
25
Pro 2 Operation Manual
Filter 1 & 2
LP <-> HPSer/Par Mix Filter Route Notch/BP
Filter 1Filter Route
Freq: 34
Res: 89
Freq: 164
Res: 41
N/BP: 0
LP/HP: 0
Filter 2
KEY> F1 FreqF1 Freq Resonance Boost
Filter 1Filter Route Filter 2
O
RESONANCE
120
F1 FREQ
0
BOOST
0
KEY > F1 FREQ
Key> F2 FreqF2 Freq Resonance LP <-> HP
Filter 1Filter Route Filter 2
41
RESONANCE
120
F2 FREQ
0
LP <-> HP
0
KEY > F2 FREQ
Enable—Enables the chosen lter. Pressing both buttons at the same
time enables both lters. When both are enabled, the filter routing knob
allows you to choose whether the lters operate in series, in parallel, or a
variable mix of both.
Link FIlters—When enabled, adjusting the font-panel frequency or
reSonance controls of either lter will apply the settings to both. This
button also links both lter envelopes and their amounts.
Frequency: 0...164—Sets the lter’s cutoff frequency. On Filter 1,
frequencies below the cutoff pass through unaffected, hence the name
“low-pass.” On Filter 2, the cutoff frequency operates as follows:
• Low-pass: passes frequencies below the cutoff frequency
• Notch: removes frequencies in a notch centered around the cutoff
frequency.
• High-pass: passes frequencies above the cutoff frequency
• Bandpass: passes a band of frequencies centered around the cutoff
frequency