FSRH090160RN000B

Overview

The Murata Electronics FSRH090160RN000B is a solid round ferrite core designed for cable noise suppression. It provides an impedance of 100 Ohms at 100MHz. The component features an inner diameter of 5.00mm, an outer diameter of 9.00mm, and a length of 16.00mm. Constructed from RN material, it supports free-hanging installation. The part is RoHS3 compliant and classified under ECCN EAR99.

Feature Summary

• Solid construction for effective high-frequency noise suppression on cables
• Free-hanging installation design for flexible wiring integration
• RN material composition optimized for electromagnetic interference reduction

Applications

• Suppression of high-frequency noise on electronic cables
• Reduction of electromagnetic interference in wiring harnesses
• Signal integrity enhancement in consumer equipment circuits

Procurement Notes

Verify the current manufacturing status as the component may be discontinued. Confirm that the RN material specification matches project requirements for frequency response. Ensure the 5.00mm inner diameter accommodates the target cable gauge. Check for RoHS3 compliance documentation if required by regional regulations. Validate availability through authorized distributors due to potential obsolescence.

Selection Notes

Select this component when a solid ferrite core with 100 Ohm impedance at 100MHz is required. The 5.00mm inner diameter suits specific cable sizes. The RN material offers defined magnetic properties for EMI reduction. Consider the 16.00mm length for spatial constraints. Verify compatibility with existing cable assemblies before integration.

Part Context

This part belongs to the Murata FSRH series of cable ferrites. These components are engineered for passive noise filtering in electronic systems. The series typically includes various dimensions and impedance values to suit different cable diameters and frequency requirements. This specific model represents a standard solid core option within the lineup.

Replacement Considerations

No officially confirmed substitute part numbers are available in public documentation. Alternative solutions require manual verification of impedance, dimensions, and material properties against original specifications.