Electronic Protection Solutions for Electric Vehicles from Laird

 Electronic Protection Solutions for Electric Vehicles from Laird

Today more than ever, automotive manufacturers are embracing the usefulness of electric vehicle technologies. And for more than two decades, the experts at Laird have offered guidance, assistance, and tailored solutions. The Laird Technologies materials science experts specialize in helping Tier 1 automotive suppliers resolve the most complex electronic design challenges where the module structure meets heat channeling and EMI suppression.

To put it simply, the engineering experts at Laird Technologies are designers who help designers limit wasted time, effort, and costs while expediting time to market for key automotive components. Let’s take a closer look at some of Laird’s thermal solutions for the automotive industry.

EV Powertrain Electronics

The team at Laird boasts extensive knowledge about automotive thermal solutions designed to protect components from heat issues and manage thermal cycling including EMI mitigation. A few key products from Laird’s EV Powertrain Electronics line include:

  • A Low Profile DCDC SMD Power Inductor engineered with the lowest-cost design goal.
  • Broadband Wire Mound Common Mode Choke enables higher-switching mode designs and features a nanocrystalline core.
  • TGREASE Thermally Conductive 2500 Grease is an environmentally friendly, silicone-free solution with 3.8W/mK thermal conductivity.
  • TFLEX CR2R200 Cure-In Place Gap Filler is ideal for large gap tolerances and delivers 2.0 W/mK thermal conductivity.

LED Component Systems

The team of Laird Technologies employs extensive industry knowledge about sub-assembly design to help improve thermal management for electric vehicles while mitigating crosstalk from LED automotive component systems. These solutions include:

  • Beam Shading Stamped Metal for high-performance simulation.
  • TFLEX SF8800 Gap Filler that offers low total thermal resistance and 8.0 W/mK conductivity.
  • TPUTTY 607 One-Part Dispensable Gap filler is designed for PCB apps/lidar and achieves 6.4 W/mK thermal conductivity.
  • EMI Low Current Magnetic Ceramic Chip Beads offer excellent suppression of noise.

Autonomous Driving Systems

Laird offers multiple progressive autonomous driving systems designed to help manufacturers ensure optimum efficiency. These components include:

  • Q-ZORB Thermoset Microwave Absorber is designed to optimize reflection loss and insertion loss.
  • TGREASE 2500 is an environmentally friendly, silicone-free thermal grease that ends migration issues while offering 3.8 W/mK thermal conductivity.
  • TPUTTY 607 One-Part Dispensable Gap filler is designed for PCB apps/lidar and achieves 6.4 W/mK thermal conductivity.
  • SSMD Electronic Contact features tin, silver, gold, and nickel plating and has 0.13 mm thickness.

EV/PHEV Battery Packs

  • Laird offers multiple EV/PHEV battery pack components to satisfy design constraints while meeting economics.
  • TPUTTY 607 One-Part Dispensable Gap filler is designed for PCB apps/lidar and achieves 6.4 W/mK thermal conductivity.
  • TFLEX SF600 Thermally Conductive Gap Pad is a silicone-free solution that delivers up to 3.0 W/mK conductivity.
  • TFLEX 400 Thermal Pad is a high deflection gap filler that delivers 40 W/mK conductivity.

Infotainment/Cluster Systems

Laird also offers solutions designed to safeguard infotainment/cluster systems from EMI and heat issues, including:

  • Fabric-Over-Foam Gaskets have an EMI shielding effectiveness of over 100 dB and low surface resistivity.
  • EMI Low Current Magnetic Ceramic Chip Beads offer excellent suppression of noise and vibration resistance in a compact design. 
  • MGV Power Inductor features a low profile and high current design.
  • TPUTTY 607 One-Part Dispensable Gap filler is designed for PCB apps and achieves 6.4 W/mK thermal conductivity with maximum thermal transfer.

For more on Laird products and a wide range of other automotive fasteners, reach out to the LPS Bossard team today at india@bossard.com.

Comments

Post a Comment

Popular posts from this blog

Real Time Manufacturing Services: Order CNC Turned & Milled Parts Online

Image
In today's fast-paced manufacturing landscape, agility and efficiency are paramount. Bossard's Real Time Manufacturing Services (RMS) cater to these demands by offering seamless online access to CNC milled and turned parts. With RMS, turning your product ideas into tangible prototypes or small-scale production runs is now simpler than ever. The process is streamlined: just upload your CNC 3D data onto the platform, and within moments, you'll receive a real-time quote along with an estimated delivery date. This instant feedback empowers you to make informed decisions quickly, saving both time and resources. Bossard's commitment to reliability ensures that your orders are processed promptly and accurately. Whether you need a single prototype or a small series, RMS delivers quality CNC parts to your specifications, facilitating dependable development processes. In a world where speed and precision are non-negotiable, Bossard's Real Time Manufacturing Services e...
Read more

Hardness Testing Techniques for Fasteners

Image
Hardness defines how a material resists permanent deformations such as indentation. Because measuring this characteristic is a mature technology, several hardness methods are available that produce different hardness values. Parts like fasteners are typically tested at heat treatment to affect the process and the outcome. However, these tests are also conducted on raw materials for high-strength fasteners or some coating finishes. Advantages of Hardness Testing Such tests are quick and easy, relatively inexpensive, and can work on finished components since they do not destroy the specimen, which can be of any size and shape, such as a fastener. In general, mechanical hardness tests rely on an indenter made of tough material, such as hardened steel, carbide, or diamond. It presses into the surface of the test component at a specific force. The hardness values come from either how deeply the indenter penetrates or the size of the indent with smaller indents signifying harder ma...
Read more

Blind Sealing Plug - Avseal Stanley

Image
With the added benefit of Avseal® XT plugs capable of withstanding pressures up to 1,600 bar, you can trust in their unrivaled durability. Plus, Avseal® offers an excellent price-performance ratio, making it the go-to choice for cost-effective, high-performance hole sealing solutions. The Avseal® series offers dependable sealing performance across a broad temperature range, backed by rigorous air-leak testing of each production batch to confirm sealing integrity. What sets these products apart is their ability to effortlessly seal plain drilled holes without the need for special preparation, eliminating the requirements for thread cutting or reaming, simplifying the installation process.  AVSEAL® Stanley Avseal Stanley Fully Annealed Aluminium Sleeve working pressures up to 300 bar (4,350 lb/in2). Low force special Avseal® versions are ideal for thin-walled, lightweight castings. Plugs plain drilled holes with no special preparation no thread cutting. AVSEAL® XT Stanley AVSEAL...
Read more