Enhance the performance and reliability of your DC power systems with this high-quality DC EMI Power Filter board, designed to effectively eliminate electromagnetic interference and ensure stable power output. Crafted from durable PCB material, this filter utilizes advanced 3-stage filtering technology, combining LC filtering and common mode filtering to purify DC power supplies and protect sensitive electronics from harmful noise and transient pulse interference. Key Features: · Advanced 3-Stage Filtering System: Incorporates first stage LC filtering, common mode EM filtering, and second stage LC filtering to thoroughly reduce harmonics and suppress transient pulse interference for cleaner and more stable DC power. · Efficient LC Filtering: Passive filter design with inductors and capacitors effectively filters out power supply harmonics multiple times, significantly improving power quality. · Superior Common Mode Filtering: Targets rapid transient group pulse interference with high repetition frequencies, commonly encountered in environments with strong electromagnetic disturbances. · Wide Application Range: Ideal for use in DC power supplies of automobiles, motorcycles, and other circuits subject to electromagnetic interference, ensuring enhanced device protection and operational stability. · Convenient 7.62mm Dual Wire Socket: Features a 7.62 terminal input and output for easy installation and reliable electrical connections, streamlining integration into your existing systems. Specifications: · Item Type: DC EMI Power Filter · Material: PCB · Input: DC · Output: DC · Socket: 7.62mm Terminal · Voltage: 50V · Current: 2A Package Includes: · 1 x DC EMI Power Filter Board This DC EMI Power Filter board delivers efficient and reliable electromagnetic interference suppression, making it an essential component for protecting sensitive DC-powered devices in automotive, motorcycle, and other electromagnetic noise-heavy environments. Its comprehensive filtering capabilities and user-friendly design help maintain optimal system performance and longevity.