Behringer 69 Vibe Analog Chorus Vibrato Guitar Effects Pedal
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Condition: New
Description
Behringer 69 Vibe Analog Chorus Vibrato Guitar Effects Pedal
Behringer 69 Vibe is an analog modulation effects pedal designed for electric guitar and instrument signal processing. It enables chorus and vibrato modulation effects for musicians, supporting tone shaping and modulation workflows in guitar signal chains. This makes it ideal for pedalboard setups where classic modulation effects are required.
The pedal operates as an all analog modulation effect inspired by classic vibe-style circuitry. It provides selectable chorus and vibrato modes along with onboard controls for adjusting effect speed, intensity, and output level.
In practical use, the pedal can be integrated into guitar pedalboards for live performance or studio recording. Its footswitchable controls allow quick effect engagement and mode changes during performance.
Key Features
- Analog Vibe Circuit: All analog design recreates classic vibe-style modulation effects
- Chorus and Vibrato Modes: Footswitchable modes allow switching between modulation types
- Onboard Speed Control: Adjustable speed parameter directly on the pedal
- Expression Pedal Support: Foot controller input allows speed control using an external expression pedal
- True Bypass Switching: Bypass circuit preserves signal path integrity when the effect is disengaged
- Vintage Styled Enclosure: Robust housing with classic visual design
- Flexible Power Options: Operates from a 9 V battery or compatible DC power supply
Technical Specifications
ConnectionsInst
Connector: 1 x TS, unbalanced
Impedance: 47 kā¦
Output
Connector: 1 x TS, unbalanced
Impedance: 100 kā¦
Maximum output level: +2.0 dBu
Foot control: 1 x TRS jack, 1 V / oct.
Control voltage range: 0 V to +5 V
Controls
Volume: 1 x rotary knob
Intensity: 1 x rotary knob
Speed: 1 x rotary knob
Effect on/off: 1 x footswitch
Chorus/vibrato switch: 1 x footswitch
System
Frequency response: 20 Hz to 20 kHz (+0 / -0.3 dB)
Signal-to-noise ratio: >66 dB
Overall gain: +2.8 dBu



