Description
BEHRINGER 995 ATTENUATOR MODULE ποΈποΈ
Legendary Analog Attenuator for Eurorack
The BEHRINGER 995 Attenuator Module is an authentic reproduction of the classic "Modular 55 & 15" attenuator circuitry, offering precise volume control for both audio and control voltage (CV) signals. With its three independent attenuators, this module is perfect for fine-tuning signal levels within any Eurorack setup.
Key Features:
β
Classic Analog Attenuator
ποΈ Faithful reproduction of the iconic Moog Modular 55 & 15 series design.
β
Three Independent Attenuators
ποΈ Each attenuator has its own input & output for maximum flexibility.
β
Precise Signal Control
π Adjust audio or CV signals from -10 dB to +4 dB in 0.5 dB increments.
β
Versatile Functionality
π Works with both audio and modulation signals for greater control over your Eurorack patches.
β
Seamless Eurorack Integration
ποΈ 8 HP module, designed to fit any standard Eurorack case.
Ideal For:
ποΈ Modular Synth Users β Essential for fine-tuning audio & CV levels.
πΌ Live Performers β Control modulation depth & signal strength in real time.
π§ Sound Designers β Shape and refine your synth patches with precision.
π Audio Engineers β Balance levels effortlessly for studio or live sound applications.
Specifications:
πΉ Module Type: Analog Attenuator
πΉ Number of Channels: 3 independent attenuators
πΉ Input/Output Type: Accepts both audio & CV signals
πΉ Attenuation Range: -10 dB to +4 dB (0.5 dB increments)
πΉ Power Requirements: Eurorack standard power
πΉ Width: 8 HP
Why Choose the Behringer 995 Attenuator Module?
βοΈ Classic Modular Sound β Based on the legendary Moog Modular 55 & 15 series.
βοΈ Fine-Tuned Signal Control β Dial in exact levels for precise audio & modulation shaping.
βοΈ Three Independent Attenuators β Maximize flexibility in your Eurorack patches.
βοΈ Perfect for Audio & CV β Works seamlessly with any signal type.
βοΈ Compact & Affordable β Pro-level control at an unbeatable price.
Refine your sound and take full control with the BEHRINGER 995 Attenuator Module! π