LID Less Socket for Semiconductors
Optimal for optical testing, achieving high speed with a lidless structure.
In the semiconductor industry, the acceleration of image sensors and other technologies is progressing, increasing the importance of optical testing. In traditional socket structures, the pressurized LID can hinder the entry of light, potentially obstructing accurate measurements. The LID Less Socket ensures conductivity by attracting the package from the backside in a vacuum and distorting the contactor. Without a pressurized LID, light intake becomes unrestricted, contributing to faster speeds. 【Usage Scenarios】 - Measurement of image sensors - Evaluation of optical characteristics - Testing of semiconductor devices requiring high-speed data transfer 【Benefits of Implementation】 - Improved accuracy of optical testing - Greater design flexibility for sockets - Potential cost reduction
basic information
**Features** - Easy light intake due to lidless structure - Compatible pitch: 1.27 to 0.25 mm - Compatible grid size: 100x100 (approx.) - Compatible size: 100x100 mm (electrode area/approx.) - Operating temperature range: Standard type/-40 to 125℃, Wide range type/-55 to 150℃ **Our Strengths** JMT Corporation combines PCR technology with years of expertise to provide high-performance test contactors. Custom designs tailored to customer needs are also available.
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Applications/Examples of results
- Final selection test (handler) - System level test / SLT - High-frequency verification evaluation - Design verification evaluation - Reliability evaluation - Debug verification - Inter-board connection (short-distance connection connector, solder replacement) / BtoB - Burn-in test
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JMT Corporation is a company that handles PCR (rubber sheets), pressure conductive sheets for semiconductor package inspection, and jigs & pressure conductive sheets for printed circuit board inspection. We will provide high-performance test contactors by integrating our long-cultivated plating technology, photolithography technology, laser technology, and PCR technology. Please feel free to contact us if you have any inquiries.