The LFD2H829MPD1E652 is a Murata Electronics North America common mode choke designed for the suppression of common mode noise in differential signal lines. This component helps maintain signal integrity in high-speed data transmission applications.

Applications

• USB 2.0/3.0/3.1 data lines: Filters common mode noise in high-speed USB communication.
• HDMI interfaces: Improves signal quality in HDMI connections for clearer video and audio.
• DisplayPort interfaces: Reduces noise in high-resolution display systems.
• LVDS signal lines: Ensures clean signal transmission in LCD and other display panels.
• Ethernet 10/100/1000 Base-T: Minimizes interference in network communication.

Features

• High common mode impedance: Offers significant attenuation of common mode noise.
• Low differential mode impedance: Preserves signal integrity and minimizes signal distortion.
• Compact size: Ideal for use in space-constrained electronic devices.
• Surface mount technology: Allows for automated and efficient PCB assembly.
• Excellent temperature stability: Maintains consistent performance across a wide temperature range.

Benefits

• Improved data transmission quality: Reduces noise and errors in high-speed data communication.
• Enhanced EMI suppression: Helps systems meet electromagnetic compatibility requirements.
• Increased system reliability: Protects sensitive circuits from noise-related failures.
• Simplified PCB design: Makes noise suppression implementation easier and more effective.
• Reduced signal distortion: Ensures accurate signal transmission, especially at high frequencies.

Additional Details

The LFD2H829MPD1E652 features a ferrite core construction optimized for common mode noise suppression. Its electrical characteristics include specific impedance values at given frequencies, insertion loss, and rated current. It is designed to be RoHS compliant. For detailed specifications regarding dimensions, electrical characteristics, and soldering recommendations, refer to the official Murata datasheet for this product.