Overview
This Mini LOC 2 Line Driver w/trigger is a 2-channel High-powered Premium adjustable line output converter with a digital noise filter and line driver. It has a 6:1 step down with adjustable output DC amplifier turn-on trigger for super low distortion. Cerwin Vega Mobile designs, engineers, and manufactures the highest quality installation accessories. For the best performance, choose Cerwin Vega Mobile’s high-quality car audio accessories as they will provide your system with better sound, more power, and louder and deeper bass! Make sure you get the most out of your system so you can continue on disturbing the peace!
The Cerwin-Vega EQ780 parametric EQ features seven adjustable frequency bands, giving you detailed control over key audio ranges including bass, mid-bass, midrange, and treble. This level of customization allows you to correct acoustic imperfections inside the vehicle cabin and tailor the sound profile to match your personal listening preferences.
Designed for high-performance systems, the EQ780 provides up to 7 volts RMS output, delivering a strong, clean signal to your amplifiers. This higher voltage output helps reduce noise and improves overall signal clarity, allowing your amplifiers and speakers to perform at their full potential.
The equalizer also includes high-level input compatibility, making it an ideal solution for integrating aftermarket amplifiers into OEM factory head unit systems. Whether you’re upgrading a factory stereo or building a custom car audio setup, the EQ780 makes integration simple and effective.
For enhanced bass control, the EQ780 features a dedicated subwoofer level adjustment and selectable low-pass filter, allowing you to precisely manage low-frequency output. This ensures your subwoofer receives only the desired bass frequencies while maintaining balanced sound across the entire system.
The built-in auxiliary input allows you to easily connect portable audio devices such as smartphones or MP3 players, while the Aux/Mains select switch provides quick switching between input sources.


