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The RN214-0.5-02-56 is a single-phase common mode choke manufactured by Schaffner EMC Inc., designed for electromagnetic interference (EMI) suppression in electronic circuits. This component features a vertical mounting configuration and is characterized by a nominal inductance of 56 mH. It supports a maximum DC current rating of 500 mA, ensuring stable operation under specified load conditions. The device exhibits a direct current resistance (DCR) of 810 mOhm, which minimizes power loss during conduction. Testing is conducted at a frequency of 10 kHz to verify performance characteristics. As a current-compensated filter, it effectively attenuates noise on both line conductors while maintaining signal integrity.
Verify the complete part number including suffixes against official Schaffner documentation to ensure correct inductance and current ratings. Confirm RoHS compliance status and packaging specifications directly with authorized distributors. Cross-reference datasheet parameters such as DCR and saturation current with system requirements before procurement to avoid functional mismatches.
Select this component when designing circuits requiring 56 mH common mode inductance with a 500 mA current capacity. Ensure the operating environment temperature range aligns with the component's thermal specifications. Consider the physical footprint and mounting orientation relative to board layout constraints. Validate that the 810 mOhm DCR meets efficiency targets for the specific power application.
This component belongs to the RN214 series of common mode chokes from Schaffner EMC Inc., a division of TE Connectivity. The series offers various inductance values tailored for different EMI suppression needs. The RN214-0.5-02-56 specifically addresses applications needing moderate inductance with low current handling, fitting within compact power supply designs where space efficiency and noise reduction are prioritized.
Compatible substitutes include RN214-0.5-02-39M for lower inductance requirements and RN214-0.5-02-68M for higher inductance needs. Verify electrical equivalence and mechanical fit before substitution.