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The LFB174095-000 is a solid free-hanging ferrite core manufactured by Laird-Signal Integrity Products. It provides electromagnetic interference (EMI) suppression with an impedance of 85 Ohms at 5 MHz. The component features a cylindrical design with an inner diameter of 9.50 mm (0.374 inches), an outer diameter of 17.40 mm (0.685 inches), and a length of 28.58 mm (1.125 inches). It is designed for cable applications and supports cosmetic specifications referenced in WL-QA-038.
Verify the specific cosmetic specification requirements against WL-QA-038 before procurement, as this document governs the visual and surface quality standards for this component. Confirm that the solid core design and free-hanging form factor align with the mechanical constraints of the intended cable assembly. Ensure compatibility with the target cable diameter range defined by the 9.50 mm inner dimension to guarantee proper fit and performance.
Select this component when a solid, non-split ferrite core is required for permanent cable installation. The 85 Ohm impedance at 5 MHz targets low-frequency noise suppression. Consider the physical dimensions, specifically the 17.40 mm outer diameter and 28.58 mm length, to ensure adequate clearance within the enclosure or routing path compared to smaller snap-on alternatives.
Laird-Signal Integrity Products specializes in electromagnetic interference solutions, including shielding materials and ferrite components. This product falls under their cable ferrite category, designed to protect sensitive electronics from external noise and prevent internal emissions. The brand leverages extensive experience in signal integrity to provide reliable filtering solutions for various industrial and commercial applications.
Direct substitutes must match the 85 Ohm @ 5 MHz impedance, 9.50 mm ID, and solid free-hanging design. Verify dimensional compatibility with existing cable assemblies. Note that split-core alternatives may require different installation procedures and could offer different impedance characteristics at the target frequency.