Avnet Abacus is an authorised Laird Technologies distributor throughout Europe.
Laird Technologies enables high-performance electronics by creating innovative protection solutions for components and systems. World-leading technology brands rely on Laird for improved protection, higher performance and reliability, custom structural designs, and faster time-to-market. We solve design issues through products such as EMI shielding, suppression, or absorber materials, thermal interface materials, precision metals, and integrated, multi-functional solutions. This latter product family resolves multiple challenges simultaneously. Laird Technologies serves automotive, aerospace, medical, computing, data infrastructure, telecom, test and measurement, wearable devices, and gaming markets.
Laird Technologies products and solutions
Learn more about the latest products and solutions from Laird
Resources
Brochures
- CM series high-current common mode chokes (PDF)
- EMI solutions (PDF)
- Noise filtering and power magnetic solutions (PDF)
- A glimpse of Laird Technologies in Schaumburg (PDF)
- Thermal interface solutions booklet (PDF)
- Liberec metals capability (PDF)
- RF microwave absorbers (PDF)
Case Studies
- Datacenter optical transceivers (PDF)
- SRR system (PDF)
- Exploring multi-functional solutions (PDF)
- Delivering critical three-Way protection for sensitive medical electronics (PDF)
Whitepapers
- Impact of TIM dielectric constant on EMI radiation (PDF)
- One simple and accurate method of inductor AC loss measurement under dynamic conditions (PDF)
- Theory and application of RF / microwave absorbers (PDF)
Legal documents
Laird Technologies
Tflex™ SF10 silicone-free gap filler
Laird Technologies continues to focus on innovation with its release of its Tflex™ SF10 Series, a silicone-free gap filler.
Laird Technologies
MGVS1004 power inductor
Compact, reliable, automotive grade and large current molded SMT power inductor is AEC-Q200 qualified and improved performance and power efficiency in the -40°C to 125°C range.
Laird Technologies
Advances in EMI absorbers for RF/Microwave and mm wave applications
Laird is moving from fillers to resins and is introducing innovative new RF/microwave and mm wave absorbers to the market.
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| Image | Product | New |
|---|---|---|
 | Laird Technologies BMI-S-608 shield frame BMI-S-608 is a one-part shielding solution with current applications in the automotive sector. No top-mount cover is applied to its four-sided shield frame designed to surround heat-sensitive components. Instead, the diecast/heat sink main housing is | |
 | Laird Technologies NoiseSorb NS1000HTRC absorber NoiseSorb NS1000HTRC is a thin near field noise suppression absorber with excellent temperature stability. Product with 0.1mm thickness can sustain standard reflow process, which make it possible to be used with one piece shielding can for EMI contro | |
 | Laird Technologies NoiseSorb ECCOSORB™ JCS-Next absorber Eccosorb™ JCS-Next is a dielectrically loaded silicone rubber electromagnetic absorbing sheet, targeting high frequency band above 30GHz. The performance is minimun twice the one of legacy grades enabling use of thinner pads for compact design purpos | |
 | Laird Technologies Eccosorb® RF-LW absorber Eccosorb™ RF-LW is a lightweight,thin design, corrosion-resistant microwave absorber that offers the highest level of attenuation within the low frequency band. It adress cavity resonance problems and surface current attenuation. Features High p | |
 | Laird Technologies Eccosorb™ RF-LB EMI noise suppression absorber Eccosorb™ RF-LB is a silicone based elastomeric absorber with an improved low frequency filler system. The proprietary filler system provides higher permeability than standard Eccosorb™ magnetic sheet materials, with a higher temperature limit than s | |
 | Laird Technologies Ttape 1000A thermally conductive adhesive tape Ttape™ 1000A Thermally conductive adhesive tape is a stand-alone pressure sensitive adhesive featuring one of the lowest thermal resistances (at 50μm) available on the market, designed to facilitate the transfer of thermal energy from heat sources, s | |
 | Laird Technologies IWC series SMD wire wound ceramic chip inductors Laird IWC series SMD wire wound ceramic chip inductors improve electronic performance and reliability. A low profile and compact design benefits Telecom, Industrial and General Consumer Electronic designs, particularly for antenna, wireless communica |