Burn-In and Test Sockets

半导体刻入和测试插座对于测试和验证包括处理器和微芯片在内的所有类型的集成电路(ic)至关重要. 插座是半导体器件和测试设备之间的关键接口, 在半导体制造过程中实现精确的测试和验证,具有效率和成本效益.
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Accelerate Time to Market

Boyd数十年的半导体插座设计专业知识和强大的专有建模工具使我们能够快速迭代设计并加快上市时间.

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Enhance Chip Test Handling

Provide a secure, 在安装前对每个半导体器件进行了优化的无损测试环境.

Global Reach, Local Support

快速适应地缘政治变化和采购战略,博伊德灵活的供应链和复制, scalable global manufacturing capabilities.

Lower Total Cost of Ownership

集成m8体育最大限度地减少或消除浪费、维护费用和停机时间.

Reduce Warranty Claims

通过严格的测试,提高半导体元件的质量和可靠性, early defect detection, 以及数据驱动的决策,以尽量减少产品故障和保修索赔的可能性.

After Market Service

Boyd provides aftermarket services for semiconductor test sockets, offering top-tier technical support, tailored solutions, and an unwavering commitment to quality.

Total Semiconductor Development Support with Sockets

半导体插座在整个开发和制造过程中支持芯片架构师和制造商. From initial design verification, to test batches and full-scale production, semiconductor sockets validate performance and identify early failures. 插座是一种非常可定制的组件,半导体制造商利用它来加速芯片测试和提高可靠性.

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What are Semiconductor Sockets?

半导体插座是将被测半导体设备(DUT)连接到测试设备的专用设备, enabling precise and efficient testing of semiconductor components. Sockets combine electrical, mechanical, 和热方面纳入一个单一的组装,以简化测试或验证的DUT. 半导体插座可分为测试插座和老化插座.

What is a Semiconductor Test Socket?

测试插座用于确定半导体器件的功能和性能. 测试插座可用于从最初的半导体设计到最终生产的整个开发过程. Test socket features depend on specified test requirements.

What is a Semiconductor Burn-In Socket?

烧伤插座是一种机电装置,用于加速IC上的应力并造成婴儿死亡, 允许半导体公司从生产人群中消除弱ic. 这使得制造商能够通过确保半导体在集成到电子设备之前的可靠性和质量来延长最终电子组件的最小使用寿命. 老化测试提高了电子产品的整体可靠性,减少了保修要求.

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Which Semiconductor Devices Need Testing?

所有类型和功能的半导体芯片都受益于插座测试来识别缺陷, malfunctions, or performance issues early in design or manufacturing. 芯片测试减少了设计周期,确保芯片符合其设计规范和质量标准,并在各种条件下可靠地运行.

For instance, semiconductor chips involved in memory/data storage and logic/processing, such as DRAM, NAND Flash, ASICs, GPUs, and CPUs, undergo socket testing. Yet the specific testing approach, whether batch or 100%, varies depending on the chip’s criticality, intended application, and production volume. Regardless of the testing method, 在将这些芯片集成到电子设备中之前,插座测试是验证其功能和质量的重要步骤.

Why Do You Need Socket Testing?

套接字测试自动化支持高速测试和快速验证, effectively slashing test times for semiconductor components. 在开发阶段及时识别和处理缺陷或性能问题允许工程师加快必要的改进, leading to shorter development cycles and quicker time-to-market. 严格的插座测试是降低现场故障和保修索赔概率的关键预防措施, elevate electronic product dependability and durability, and amplify customer satisfaction.

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Why use Boyd Semiconductor Test and Burn-in Sockets?

Boyd是使包类型和大小适应标准 套接字 平台领域的先驱. Our extensive semiconductor heritage spans decades, 使我们对半导体测试的复杂性和挑战有了深刻的理解. 我们不断探索和开发尖端的触点m8体育,以优化电气连接, ensuring accurate and reliable testing, 同时保护半导体元件免受潜在的损坏. 我们的封装适配器与广泛的半导体封装类型和尺寸兼容, 保证无损检测并保持您宝贵的半导体元件的完整性.

Elevate Testing Capabilities by Pairing Test Sockets with Boyd’s TCUs

Pair your testing sockets with Boyd’s TCUs 提高测试结果的准确性,识别与温度敏感性相关的潜在问题. 博伊德插座与tcu相结合,导致更可靠和高性能的半导体元件开发.

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Semiconductor Burn In Test Sockets

Boyd’s Semiconductor Burn-In and Testing Sockets

Boyd的高度可靠的逻辑和内存烧录和测试插座采用突破性的接触技术,以确保强大的电气和机械连接. 我们的平台设计提供了无损检测功能,并在基础插座上提供了无与伦比的灵活性,以实现各种封装尺寸的无缝兼容. Customized adapters are tailored to meet specific customer requirements. Our sockets come with a lifetime rating, rated to withstand up to 10,000 insertions and withdrawals, underlining their durability and long-lasting performance.

Reliability and Characterization of Testing Sockets

半导体生产的可靠性和特性测试插座需要严格的评估, a relentless focus on stability optimization, and an unwavering commitment to upholding consistent quality. 通过积极主动地解决潜在的弱点,并不断寻求改进, 博伊德测试插座在其整个使用寿命中坚持最严格的质量和可靠性标准, spanning from the initial test to the thousandth.

通过配对测试插座与Boyds tcu 582x308提升测试能力

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