High Reliability Ferrite Cable Cores

Constructed from ultra-thin mixtures of iron, nickel and zinc oxides, Laird's Ferrite Cable Cores are characterized by their size selection, light weight, high reliability, low cost and superb EMI reduction. They can be fitted easily as a countermeasure without taking up too much space and compromising your product design and can reduce the cost and amount of overall shielding required to confine EMI.

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Compact, Rugged Ferrite Chip Beads

Laird’s two-terminal, surface mount Ferrite Chip Beads provide a compact, cost-effective EMI filtering solution for densely packed designs, blocking out radio wave emission in operating temperatures from –40°C to +125°C. Its small size enables placement within a fraction of an inch of a troublesome high frequency device and its rugged construction is superior to those of similar products.

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High-Volume Resistance Ferrite Sheets

RoHS compliant Laird Ferrite Sheets are composed of NiZn to provide high-volume resistance over a broad frequency range, effectively suppressing EMI and enhancing operating performance. Made by thin, high-permeability sintered ferrite with PET film and adhesive tape, these sheets offer standard ferrite layer thicknesses of 0.05mm, 0.1mm and 0.2mm with an operating temperature range of –40 to +85°C.

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High Current Low DCR Power Inductors

Featuring low DCR and enabling a larger current in a low-profile, extremely compact size, Laird’s MHE Series High Current Power Inductors improve performance, reliability and power in operating temperatures ranging from -40°C to +150°C. Composed of magnetic shielding and molded construction, they are ideal for consumer electronics, industrial and telecom product design.

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CM Series Automotive Common Mode Chokes

Designed of magnetic, wire-wound construction, Laird’s CM1210 and CM1212 Series Automotive Common Mode Chokes offer a compact, low profile solution for superior noise suppression over broadband frequency, reducing customer total EMC cost. They perform in extended operating temperature ranges and are ideal for automotive CAN-BUS signal lines.

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