High Reliability SMD Common Mode Choke Filter with Ferrite Core for EMI Noise Suppression and Low DC Resistance
Product Description
High Reliability SMD Common Mode Choke Filter for EMI Noise Suppression Applications
The DLF Series is a compact SMD Common Mode Choke Filter designed to suppress common mode noise in power and signal lines of electronic equipment. By providing stable impedance characteristics across the specified frequency range, this series effectively reduces electromagnetic interference while maintaining signal integrity.
As an EMI Suppression CMC Inductor, the DLF Series utilizes a ferrite core structure optimized for surface-mount assembly. The controlled inductance and low DC resistance design help minimize insertion loss and power dissipation, making it suitable for high-density PCB layouts.
All electrical characteristics, package dimensions, and rated current values strictly follow the specifications defined in the provided product documentation. Multiple size options are available within the series to support different circuit requirements and EMI suppression levels.
Product Features
Product Type: SMD Common Mode Choke Filter
Series: DLF Series
Inductance: Model-dependent, as specified in the datasheet
Rated Current: Defined per part number
DC Resistance (DCR): Low DCR design to reduce power loss
Impedance Characteristics: Optimized for common mode noise suppression
Mounting Type: Surface Mount Device (SMD)
Operating Temperature Range: According to product documentation
Construction: Ferrite core with insulated winding structure
Applications
Power Supply Circuits
Used on DC input and output lines to suppress conducted EMI noise.
Signal & Data Lines
Suitable for communication interfaces and high-speed signal paths requiring common mode noise filtering.
Consumer Electronics
Applied in TVs, adapters, set-top boxes, and home appliances for EMC compliance.
Industrial Electronics
EMI suppression in control boards, inverters, and industrial automation equipment.
Communication Equipment
Used in routers, network devices, and communication modules to improve signal stability.