Challenges in Next Generation Mixed-Signal IC Production Testing

S. Cherubal
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引用次数: 4

Abstract

This talk will introduce the general challenges faced in high volume production test, and describe how they apply to the testing of the next generation mixed signal ASICs. In general, a test engineer has 4 things he wants to optimize: (1) Test cost, (2) Yield, (3) Time to volume/Time to Market, and (4) Defective-Parts-Per- Million (DPPM) of shipped devices. The relative importance of each of these goals depends on market segment, maturity of the product and a host of other factors. Test cost is minimized by optimizing test time, and by choosing low-cost test platforms. There are also other factors involved in test cost, including burnin requirements and the need for testing at multiple temperatures. Optimization of yield and DPPM often involves improving test reliability to minimize guardbands, as well as ensuring high test coverage. Timeto- volume constraints, often imposed by market requirements, put severe pressure on test engineers to develop reliable low-cost test solutions in minimum time.
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下一代混合信号集成电路生产测试的挑战
本讲座将介绍大批量生产测试中面临的一般挑战,并描述它们如何应用于下一代混合信号asic的测试。一般来说,测试工程师有4个他想优化的东西:(1)测试成本,(2)良率,(3)批量时间/上市时间,以及(4)出货设备的百万分率(DPPM)。这些目标的相对重要性取决于市场细分、产品的成熟度和许多其他因素。通过优化测试时间和选择低成本的测试平台来最小化测试成本。测试成本还涉及其他因素,包括燃烧要求和在多个温度下进行测试的需要。良率和DPPM的优化通常包括提高测试可靠性以最小化保护带,以及确保高测试覆盖率。通常由市场需求造成的时间对体积的限制给测试工程师带来了巨大的压力,要求他们在最短的时间内开发出可靠的低成本测试解决方案。
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