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PROCESSOR

FEEDBACK PROCESSOR

Advanced feedback loops with delay, saturation, and chaos modulation for complex textures
FEEDBACK LOOP
VISUALIZATION

TECHNICAL SPECIFICATIONS

DELAY RANGE
0.1ms - 5000ms
FEEDBACK AMOUNT
0% - 99.9%
SATURATION TYPES
6 Non-Linear Models
MODULATION SOURCES
LFO, Chaos, Envelope
FILTER TYPES
LP, HP, BP, Notch
PROCESSING
32-bit Float

FEEDBACK CONTROL

🔄
Variable delay lines with smooth modulation capabilities
🌀
Chaos-based modulation for unpredictable evolution
🔥
Non-linear saturation prevents infinite feedback
⚡
Real-time parameter automation and control
🎛️
Integrated filtering for frequency shaping
🛡️
Built-in safety limiters prevent system overload

USAGE EXAMPLES

AMBIENT TEXTURES
Create evolving ambient soundscapes with gentle feedback and modulation
DELAY TIME 250ms
FEEDBACK 0.3
SATURATION Soft
MODULATION LFO
HARSH FEEDBACK
Generate aggressive feedback tones for industrial and noise music
DELAY TIME 50ms
FEEDBACK 0.85
SATURATION Hard
FILTER HP 800Hz
CHAOTIC EVOLUTION
Use chaos modulation for unpredictable, evolving feedback patterns
DELAY TIME 100ms
FEEDBACK 0.6
MODULATION Chaos
CHAOS RATE 0.5 Hz

FEEDBACK MASTERY TIPS

01
Start with low feedback amounts and gradually increase to avoid sudden overload
02
Use saturation to add harmonics and prevent infinite feedback buildup
03
Short delays (1-10ms) create comb filtering effects and metallic tones
04
Longer delays (100ms+) create distinct echoes and rhythmic patterns
05
Modulate delay time slowly to create pitch bending and warping effects
06
Use filtering in the feedback loop to shape the frequency response
07
Chaos modulation creates organic, unpredictable evolution over time
08
Combine with other processors for complex, layered feedback textures
09
Monitor levels carefully - feedback can quickly become overwhelming
10
Use envelope modulation to create rhythmic gating and pulsing effects