Laird Technologies
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Laird Technologies is a leading global manufacturer of antennas, electromagnetic interference [EMI], telematics, thermal management products, and RF transceivers. Laird´s solutions are ideal for the telecommunications, data-communications, computer, general electronics, network equipment, aerospace, defense, automotive, and medical equipment markets.
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Laird Technologies EMI Absorbers
Laird Technologies EMI Absorbers come in two types: magnetic and foam. Laird Technologies Magnetic EMI Absorbers are thin (.1 to 3 mm.) polymeric materials filled with magnetic particles that have high permeability and high permittivity, which are both very effective in eliminating high frequency EMI. Laird Technologies Foam EMI Absorbers are based upon open celled foam impregnated with a carbon coating, which makes the resultant product lossy at microwave frequencies, acting like a free space resistor to incoming electromagnetic energy. These foam products range from 3.2 mm to 6.4 mm.
NEW! Now available in new thicknesses.
Laird Technologies 28A Series Ferrite Clamp Filters
The Laird Technologies 28A Series Ferrite Clamp Filters are split, snap-on cores in plastic cases for Broadband EMI filtering. The 28A Series is for round cables and wiring harnesses. For retrofit and post-assembly operations, Laird Technologies offers a selection of "split" cores. Similar in performance to the one piece core designs, the 28A Series Ferrite Clamp Filters split ferrite cores provide excellent common and differential mode EMI suppression on round cable and wire assemblies. Black or white plastic snap-on cases provide secure closure of the split cores onto the cable.
Laird Technologies Fingerstock
Thin gauge metal Fingerstock from Laird Technologies shields equipment from radiated or emitted EMI. Fingerstock offers superior performance at elevated temperatures with a wide mechanical operating range and high shielding effectiveness levels. Available in a large selection of sizes and shapes, Fingerstock products are ideal for high cycling applications requiring frequent access.