HFB160093-200

Overview

The HFB160093-200 is a solid free-hanging ferrite core manufactured by Laird-Signal Integrity Products. It provides an impedance of 120 Ohms at 300 MHz for EMI suppression applications. The component features a cylindrical geometry with an inner diameter of 0.364 inches (9.25 mm) and an outer diameter of 0.630 inches (16.00 mm). Its total length measures 0.748 inches (19.00 mm). This part is designed to be slipped onto cables to attenuate high-frequency noise.

Feature Summary

• Solid construction designed for direct cable mounting without additional hardware
• Provides significant impedance at 300 MHz to suppress electromagnetic interference
• Free-hanging form factor allows easy installation on existing wire harnesses

Applications

• Cable assembly noise suppression
• High-frequency signal line filtering
• Electromagnetic interference mitigation in wiring harnesses

Procurement Notes

Verify the specific impedance frequency rating of 300 MHz against system requirements. Confirm physical dimensions match available clearance around the target cable. Ensure the inner diameter accommodates the cable jacket thickness. Check for RoHS compliance status if required by project specifications.

Selection Notes

Select this component when a non-split, solid ferrite core is preferred over split-core designs for permanent installations. Consider the 120 Ohm impedance value relative to the noise spectrum being targeted. Evaluate the 0.364-inch inner diameter to ensure compatibility with the specific cable gauge and insulation size used in the design.

Part Context

This ferrite core belongs to Laird-Signal Integrity Products' range of passive components focused on signal integrity and EMI control. These cores are typically utilized in conjunction with other shielding materials to protect sensitive electronics from radiated and conducted noise across various industrial and commercial sectors.

Replacement Considerations

Direct substitutes include the HFB160093-300 variant from the same manufacturer series.