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Engineering Test Coverage on Complex Sockets

机译:复杂插座上的工程测试覆盖

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Sockets used for complex CPUs or System-on-a-chip (SOC) devices present extraordinary challenges for In-Circuit test. They usually have a large number of pins packed into a very small area. Additionally, a large percentage of the pins in the socket are power and ground pins that have limited or no discernible test coverage. Test industry solutions for these challenges have included functional test, inserted custom silicon test chips, and vector-less test. These solutions typically have one or more tradeoffs of time, complexity, cost, or coverage. This paper presents an extension to Network Parameter Measurement technology that allows vector-less test methodologies to overcome many of the challenges that sockets present.
机译:用于复杂CPU或芯片系统(SOC)设备的插座为电路测试提供了非凡的挑战。它们通常有大量的销包装成一个非常小的区域。此外,插座中的大百分表销是电源和接地引脚,具有有限或没有可辨别的测试覆盖范围。用于这些挑战的测试行业解决方案包括功能测试,插入定制硅测试芯片,以及较少的试验。这些解决方案通常具有一个或多个时间,复杂性,成本或覆盖范围。本文介绍了网络参数测量技术的扩展,允许载体的试验方法克服存在的套接字的许多挑战。

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