Filtre actif Omnitronic 10355636

The Omnitronic 10355636 is an active crossover engineered for 3-way loudspeaker systems. It distributes incoming audio signals into separate frequency bands for low, mid and high drivers, helping achieve balanced reproduction and clearer sound. The unit is compact and suitable for integration into rack-based setups or desktop installations, with a standard width and shallow depth that facilitate placement in limited spaces.

Advantages

This active crossover provides precise frequency splitting for 3-way systems, supporting accurate crossover points and improving driver performance by sending the appropriate frequency ranges to each amplifier or speaker section. Its compact dimensions make it convenient for rack mounting or desktop use, while the robust build ensures reliable operation in professional and semi-professional audio environments. The device accepts standard mains input and is designed to maintain signal integrity while minimizing distortion and phase issues across bands.

Suitable for

Key specifications

How to use

Connect the audio source output to the crossover input, and route each crossover output to the corresponding amplifier channel or speaker driver (low, mid, high). Ensure the unit is connected to a compatible mains supply up to 230 V and powered off before making or changing connections. Set crossover frequencies and levels as required for your speaker system and verify phase alignment and gain structure to avoid clipping or imbalance. Make incremental adjustments while listening or measuring to obtain the desired tonal balance and coverage.

Recommendations

Use the Omnitronic active crossover within a properly grounded audio system and follow safe rack installation practices. Verify crossover settings with measurement tools or critical listening, and avoid extreme gain that could overload downstream amplifiers or drivers. For best results in installed or live situations, combine careful speaker placement, correct crossover points and appropriate amplification for each band.