Automated Test Equipment (ATE) is crucial in the testing of a wide range of microelectronics. ATE is important in assuring the quality and reliability of products, ensuring their compliance with regulatory and safety standards, and consistently delivering efficient results. ATE employs specialized hardware and software to systematically execute an extensive range of functional tests across varying conditions, thus enhancing efficiency and precision.
In sectors like the automotive industry, where safety is paramount, ATE plays a pivotal role in verifying the proper and reliable operation of critical systems. The automotive industry relies extensively on ATE for quality control, testing, and validation of diverse components and systems within vehicles. ATE can assist in guaranteeing that automotive products meet the standards for safety, performance, and reliability.
In the automotive industry, ATE is used in testing key electrical components such as electronic control units, sensors that monitor temperature, pressure, and speed, safety systems such as airbags, ABS modules, and stability control systems, and more, ensuring their reliable operation.
EAG Laboratories is accredited and certified for typical automotive testing standards and offers a comprehensive suite of services covering all stages of test program development, characterization, and production. In our 24/7 facilities, we deliver tailored solutions for various components through our wide range of testers and peripherals, supporting early development, pilot production, and full-scale manufacturing.
Our secure test floors provide the flexibility needed to support custom and intricate test plans cost-effectively. With a wide range of ATE test equipment and an experienced team, we provide support from initial silicon debugging to product release and high-volume production across diverse product lines and markets. Reach out to us to learn more about our capabilities and services.
During this live Ask the Expert event, we will answer pre-submitted questions from our audience regarding materials characterization and failure analysis using Plasma FIB (PFIB). PFIB extends conventional DualBeam (DB) capabilities to nearly mm scale without the use of Gallium.
Low-E Coatings on glass are a high efficiency protection of a glass surface for transparency. These coatings help the glass become energy efficient to allow the sunlight to come in or reflect out.
All materials have trapped gasses inside. Learn how EAG utilizes Evolved Gas Analysis to analyze what gasses are being released.
In this webinar we introduce electrostatic discharge (ESD) testing which is one of the failure mechanisms for integrated circuit parts
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