Performance Audio Noise Filter Delivers output current with low harmonic distortion for clean, accurate sound reproduction. Maintains the natural attack and envelope of your instrument or audio source for true sound integrity. Designed to ensure stable and secure operation in demanding audio environments. Unique Noise Reduction Design Builtin noise detection circuit preserves sound quality while eliminating ground loop buzzing between audio sources and amplifiers. Effectively removes unwanted hum and interference without altering your car or instrument's tone. Ideal for use with pedalboards, effects setups, and other audio systems where quiet operation is essential. Enhanced Sound Quality Improves radio reception by reducing background noise. quality copper wiring provides strong antiinterference capabilities and effective sound filtration. Produces a cleaner, more refined audio experience for music, speech, and performance applications. Durable Copper Construction Outer body crafted from copper for conductivity and reliability. temperature resistance and antimelting properties protect against short circuits. Built for longterm use in automotive and professional audio setups. Practical Applications 1. Car Audio Systems – Remove noise and hum for clearer music playback and better radio reception. 2. Musical Instrument Rigs – Keep your pedalboards and effects chain quiet without sacrificing tone. 3. Home or Studio Audio – Maintain clean sound in amplifiers, speakers, and recording setups. Specifications Function: Noise filter for audio systems Compatibility: Works with car stereos, instrument amplifiers, pedalboards, and other audio devices Material: Copper body with copper wiring Performance: output current, low harmonic distortion, strong noise elimination Size: Compact for easy installation in various setups This product is designed for customers who need reliable noise removal without compromising audio quality, offering strong interference protection, durable construction, and versatility across multiple audio environments.