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Burn-in sockets are IC sockets for burn-in tests and are frequently used to install ICs on test boards (i.e., burn-in boards). By placing semiconductors under temperature and voltage stress in a high-temperature environment, burn-in testing aanalyzes the quality of semiconductors.
Burn-in sockets need to be extremely durable and flexible because they are frequently used in hot settings. It has workability in production lines for mass output.
The Global burn-in test socket (BiTS) market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
To miniaturise Burn In Test Sockets, SABIC launched innovative superflow ultem resins (BITS). Burn-in test sockets (BiTS), which are used to stress-test integrated circuit (IC) chips, can be moulded using Superflow ULTEM SF2250EPR and SF2270 resins that are reinforced with glass fibre.
Additionally, they might be utilised to mould connectors with thin walls, high precision, and small dimensions. To meet the problems of complete mould filling and simple release in ever-smaller components, they have distinctive flow qualities.
In place of traditional materials like polyethersulfone (PES) resins and glass fibre-reinforced liquid crystal polymers (LCPs), Superflow ULTEM SF2250EPR and SF2270 resins balance flow with toughness.
These specifications apply to both connectors and the burn-in test sockets that are used to evaluate the performance and dependability of IC chips for the higher-speed and higher-density interconnections needed by smart devices.
The expansion of our Superflow ULTEM resin line responds to changing market trends and exemplifies SABIC’s ongoing investment in cutting-edge electronics technology.
Manufacturers of burn-in test sockets are looking for novel material options that can enable cutting-edge designs for fine-pitch components that are put through a lot of abuse, including operation in severe environments with high temperatures, high pressures, and repeated cycles.
With greater strength and dimensional stability compared to earlier materials, Superflow ULTEM SF2250EPR resin is a cutting-edge material that can endure high-heat burn-in tests up to 150°C.
