MX EMI Suppression Core With Plastic Case For 10mm Cable (2 Pcs Set) – MX-2612F

The MX EMI Suppression Core MX-2612F is an advanced ferrite core designed for EMI (Electromagnetic Interference) and RFI (Radio Frequency Interference) suppression in various electronic applications. Engineered with a hinged-clamp plastic case, this split-core ferrite bead is ideal for use with 10mm cables, providing a convenient solution for reducing unwanted noise and enhancing signal quality in power and data transmission systems.

Superior EMI/RFI Suppression

The MX-2612F EMI suppression core is specifically designed to mitigate high-frequency EMI and RFI interference, preventing disruptions in electronic devices. Whether used in power cables, USB cables, audio-video connections, or networking wires, this ferrite bead core ensures better signal integrity and reliable performance.

High-Resistance Ferrite Core Technology

With its high-resistance ferrite core, the MX EMI suppression core efficiently absorbs high-frequency noise over a wide frequency range, significantly reducing electromagnetic disturbances. This makes it an essential component for signal stabilization and noise reduction in professional and consumer electronics.

Split-Core Design for Easy Installation

The split-core ferrite bead design allows for quick and hassle-free installation on 10mm cables without the need to disconnect them. The hinged-clamp mechanism securely locks the ferrite core in place, making it easy to attach and remove when needed. This feature is particularly useful in troubleshooting EMI issues in electrical and communication systems.

Durable Plastic Case for Long-Lasting Protection

The MX EMI suppression core is housed in a durable plastic case, ensuring protection against physical damage while maintaining its effectiveness in EMI suppression. This plastic case extends the lifespan of the ferrite core, making it suitable for indoor and outdoor applications.

Versatile Applications

The MX-2612F EMI suppression core is designed for various electronic and electrical applications, providing a simple yet effective way to eliminate electromagnetic interference. It is ideal for:

• Power cables – Reduces noise and interference in AC/DC power lines.
• USB cables – Ensures stable data transmission with minimal signal distortion.
• Audio and video cables (HDMI, AV, etc.) – Enhances clarity and reduces audio/video disruptions.
• Networking cables (Ethernet, coaxial, etc.) – Minimizes interference in data communication lines.
• Automotive electronics – Helps in reducing EMI interference in vehicle wiring systems.

Wide Compatibility Across Multiple Brands

Designed with cross-series compatibility, the MX EMI suppression core seamlessly integrates with cables from different manufacturers. This ensures flexible usability across various electronic setups without concerns about brand-specific compatibility.

Technical Specifications

• Model: MX-2612F
• Core Material: High-resistance ferrite
• Inner Diameter: Fits 10mm cables
• Outer Casing: Protective plastic case
• Design: Split-core ferrite bead with hinged-clamp
• Function: EMI/RFI suppression for improved signal quality
• Frequency Range: Wideband noise absorption

Why Choose the MX EMI Suppression Core MX-2612F?

The MX-2612F ferrite core offers an efficient and cost-effective solution for eliminating electromagnetic interference in electronic devices. Whether you’re dealing with signal noise, transmission errors, or power line interference, this high-quality ferrite bead core ensures stable performance, enhanced signal clarity, and improved reliability in your electronic setup.

This 2-piece set allows users to apply ferrite cores to multiple 10mm cables, enhancing system performance and reducing EMI-related issues in critical applications.

Upgrade Your Electronics with MX-2612F EMI Suppression Cores

Ensure cleaner signals, better performance, and EMI protection with the MX EMI Suppression Core MX-2612F. Ideal for home, office, and industrial applications, this split-core ferrite bead is a must-have for anyone looking to minimize interference and maximize efficiency in their electronic devices.