LFB360230-300

Overview

The LFB360230-300 is a solid free-hanging ferrite core manufactured by Laird-Signal Integrity Products. It features an inner diameter of 23.00mm (0.906 inches) and an outer diameter of 36.00mm (1.417 inches). The component has a length of 15.00mm (0.591 inches) and provides an impedance of 19 Ohms at 5MHz. Constructed from LF material, it is designed for cable mounting applications to suppress electromagnetic interference.

Feature Summary

• Solid construction for stable magnetic properties
• Free-hanging design for easy cable installation
• LF material composition for specific frequency attenuation

Applications

• Cable EMI filtering
• RF noise suppression on wires
• Signal integrity enhancement in harnesses

Procurement Notes

Verify the exact impedance specification against project requirements, as sources indicate variations between 19 Ohms at 5MHz and 27 Ohms. Confirm the inner diameter matches the target cable size of 23mm. Check RoHS compliance status if required by local regulations, as some listings note non-compliance. Ensure the solid core type is suitable for the intended mechanical environment.

Selection Notes

Select this component when a large-diameter ferrite core is needed for high-current or thick cables. The 23mm ID accommodates substantial wire bundles. Consider the 19 Ohm impedance at 5MHz for low-frequency noise suppression. Verify material compatibility with the operating environment. Compare against other Laird cores like the HI series if surface mount solutions are preferred instead of free-hanging types.

Part Context

This part belongs to Laird-Signal Integrity Products' range of passive components designed for electromagnetic interference management. The company focuses on protecting electronic devices from harmful heat and EMI. This specific core is part of their cable ferrite lineup, distinct from their chip beads and shielding materials used in automotive, aerospace, and medical markets.

Replacement Considerations

Direct substitutes within the same family should be evaluated based on identical inner diameter (23mm) and similar impedance characteristics. Verify that alternative cores maintain the same physical dimensions for fitment. Cross-reference specifications to ensure equivalent performance at the target frequency.