ES Series with H Pin Socket | Smiths Interconnect

ES Series H-Pin® Socket

ES family Series of sockets extended the scope of a burn-in socket. The modular lid construction can handle up to 1 kW of power and is optimized with thermal simulation to ensure out-of-the-box performance whether liquid or air cooled. Leveraging a variety of advanced manufacturing techniques and industry-leading automation enables the lowest cost of test. Our patented H-Pin technology provides versatility in the socket application which can be used for ATE and SLT functional testing, in addition to covering the full gambit of burn-in test applications. The ES family Series of sockets is designed for use with all advanced burn-in systems. With adaptation comes unmatched value in delivering cutting-edge technology.

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Configurable design, large tooling catalog, molding, machining, 3D printing, and assembly automation deliver best-in-class quality, price, and lead times.
An extensive catalog of standard components provides field-tested designs.
Double-latching clamshell provides ease of use during operation for high pin count applications.
Thermal and electrical simulation, Monte Carlo and FEA all ensure the delivery of out-of-the-box solution.

Feature Options

Spring loaded plunger
Heat sink
HAST venting features
Integrated thermal control with heater and sensor
Reverse seating plane
Maximum component clearance under the DUT
High temperature materials for above 200 °C applications

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.
Advanced Thermal Management IC Test Solutions

Utilizing state-of-the-art system simulation models allows Smiths Interconnect to optimize each lid’s design for efficient heat dissipation through a variety of cooling mechanisms.
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.
Smiths Interconnect awards top distributors for 2022

The distribution award initiative recognizes and celebrates the business partners whose efforts have contributed to advancing Smiths Interconnect’s business respectively in the Americas, EMEA and Asia. Winners were selected as best performing distributors in terms of sales growth compared to the previous year.