Is IDDQ Test of Microprocessors Feasible?

Bin Xue, D. Walker
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引用次数: 2

Abstract

Quiescent leakage current (Iddq) test has proven very effective for detecting defects that escape other test methods, such as small delay faults or reliability hazards. However, leakage currents in microprocessors, digital signal processors, and graphics processors have risen to the point that these products no longer use Iddq test. Quality must be achieved through other test methods, often at higher development and application cost. We propose to bring Iddq test back to high performance chips by using a practical built-in current sensor (BICS). 180 nm test chip results show that a small sensor can achieve a resolution of 54 muA, which is adequate to detect most small delay defects and reliability hazards
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微处理器IDDQ测试可行吗?
静态泄漏电流(Iddq)测试已被证明是非常有效的检测缺陷逃避其他测试方法,如小延迟故障或可靠性危害。然而,微处理器、数字信号处理器和图形处理器中的泄漏电流已经上升到这些产品不再使用Iddq测试的地步。质量必须通过其他测试方法来实现,通常需要更高的开发和应用成本。我们建议通过使用实用的内置电流传感器(BICS)将Iddq测试带回高性能芯片。180 nm测试芯片结果表明,一个小传感器可以达到54 muA的分辨率,足以检测大多数小延迟缺陷和可靠性危害
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