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Are X-Band Lowpass RF Filters right for you?
The X-Band cutoff frequency range is from 8 GHz to 12 GHz with a wavelength of 3.8 to 2.5 cm.
Improving time- and cost- efficiency in reliability burn-in testing
When companies develop new devices, they must ensure there are no failures in the field. This means that thorough reliability burn-in testing must take place from the start to avoid malfunctions down the road.
Optimizing Production Test of QFN-packaged IC’s for Consumer, Automotive, Industrial and Power Applications.
Where best-in-class electrical requirements intersect with a need for a small outline, low-profile footprint, IC designers are increasingly migrating to QFN packages. Meeting these testing challenges requires a test socket solution that is robust, reliable, and electrically “clean.”
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Exploring the Cutting-Edge SpaceABLE® Radiation-Resistant Embedded Optical Transceivers
Space missions expose electronic components to intense radiation, a challenge that can compromise the functionality of conventional devices. However, Smiths Interconnect's SpaceABLE® line of products is purposefully designed to withstand these extreme conditions.
Revolutionizing Medical Devices with High-Density D04 Connectors
With the growing popularity of portable and patient-wearable devices, the size and weight of connectors have suddenly taken center stage in the medical sector.
Probe Life – Board Test Probes: A Comprehensive Guide
To extend the life of your probes and lower the overall cost of testing, consider the following steps.
Fixed Attenuators: Ensuring Reliability and Durability
In the realms of space exploration and defense technology, electronic components play a pivotal role in ensuring mission success and national security. Among these components, fixed attenuators stand out as essential tools for signal management, maintaining the integrity of electronic systems amidst the most challenging environments
SpaceNXT Series: Elevating Space Connectivity with Pre-Tested & Qualified Interconnects
Smiths Interconnect recognizes the critical importance of connectivity in the realm of space technology and is proud to present the SpaceNXT™ Range - a groundbreaking initiative that offers pre-tested and qualified interconnect solutions for the next generation of space applications.
What is thermal simulation and why is it important to reliability burn-in testing?
Not every semiconductor manufacturer utilizes thermal simulation in their reliability testing setup. Lower power burn-in allows for an acceptable temperature rise within the package/die in a traditional burn-in chamber running at 125°C. As packages in burn-in are moving to higher power output, socket and burn-in systems may need to have enhanced features to manage the desired target die temps.
FAQs at Smiths Interconnect: test sockets, capabilities, and support
After over 40 years of industry experience, Plastronics was acquired by Smiths Interconnect as the company’s one-stop shop for burn-in and reliability testing. As the complementary in-house burn-in division, we have also brought a wealth of knowledge and expertise in socket design and manufacturing.
Mastering connectivity challenges: exploring the strengths of the C9394 Series PCB Connectors
Central to the C9394 Series is its outstanding capacity, boasting an impressive 450 ways per module. This high-density design allows engineers and manufacturers to optimize space on printed circuit boards (PCBs) without compromising performance.
Revolutionizing Space Component Engineering: Smiths Interconnect's Space Qualification and Rapid Engineering Laboratory
The space qualification laboratory plays a pivotal role in simulating the harsh conditions of space, ensuring the quality and durability of space components.