NONLINEAR LABS C15 - Page 50

Synthesis Engine
Synthesis Engine
98 99
L–B–H
Reson
Reson
Parallel
Parallel
FM
from A-B
FM
FM
Cuto
Spread
Key Trk
Env C
Note Pitch & Pitchbend
Env C
L-B-H 1
L-B-H 2
Cut 1
Cut 2
Cut 1 Cut 2
L-B-H 1 L-B-H 2
Cuto Control
L-B-H Control
2-Pole SVF
2-Pole SVFX-Fade
X-Fade
Out
In
State Variable Filter, Filter Response:
12 dB/oct
12 dB/oct
12 dB/oct
12 dB/oct
12 dB/oct
12 dB/oct12 dB/oct
0 dB
L-B-H = 50 %, Spread > 0 st, Reson = var.
L-B-H = 50 %, Reson = var.
0 dB
– 6 dB – 6 dB
– 6 dB
Gain
Frequency Frequency
Gain
0 dB
Parallel < 0 (var.), L-B-H = 0 %, Spread > 0 st
Gain
Frequency
Frequency
Gain
Gain
Frequency Frequency
Gain
Gain
Frequency
0 dB
L-B-H = 0 %, Spread > 0 st, Reson = var.
L-B-H = 0 %, Reson = var.
0 dB
L-B-H = 100 %, Reson = var.
Parallel = 100 %, Spread ≠ 0 st Parallel = 100 %, Spread = 0 st
0 dB 0 dB
L-B-H = 50 %, Spread < 0 st, Reson = var.
SV Filter – Frequency Response 1
9
12 dB/oct
24 dB/oct
24 dB/oct
12 dB/oct
24 dB/oct
12 dB/oct
24 dB/oct
12 dB/oct
0 dB 0 dB
L-B-H = 0 %, Reson = 0…100 %
L-B-H = 100 %, Reson = 0…100 %
L-B-H = 0 %, Reson = 0…100 %
0 dB
Gain
Frequency Frequency
Gain
Gain
Frequency Frequency
Gain
Gain
Frequency Frequency
Gain
Gain
Frequency Frequency
Gain
0 dB
L-B-H = 0 %, Reson = 0 %, Cuto = var.
L-B-H = 0 %, Reson = 0 %, Cuto = var.
0 dB
L-B-H = 100 %, Reson = 0…100 %
0 dB
L-B-H = 50 %, Reson = 0…100 %
Parallel = 0 %, Spread > 0 st
Parallel = 0 %, Spread = 0 st
0 dB 0 dB
L-B-H = 50 %, Reson = 0…100 %