用于模拟电路内置自检的数字元件

C. Stroud, Piyumani Karunaratna, E. Bradley
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引用次数: 12

摘要

我们描述了一个数字测试模式发生器(TPG)以及三个基于累加器的输出响应分析(ORA)电路的设计和运行,这些电路旨在实现基于混合信号的asic中模拟电路的内置自测(BIST)。TPG产生的测试图形包括斜坡波、三角波和方波、伪随机噪声,以及用于测试被测模拟电路频率响应的扫频能力。ORA电路包括单精度和双精度以及用于幅度和相位测量的残留累加器。我们概述了完整的基于混合信号的BIST架构和仿真系统,以及我们将BIST架构初步应用于测试中的模拟电路的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Digital components for built-in self-test of analog circuits
We describe the design and operation of a digital test pattern generator (TPG) along with three accumulator based output response analysis (ORA) circuits that are targeted for implementing Built-In Self-Test (BIST) for analog circuits in mixed signal based ASICs. The test patterns produced by the TPG include ramps, triangle and square waves, pseudo-random noise, and a frequency sweep capability for testing the frequency response of the analog circuit under test. The ORA circuits include single and double precision as well as residue accumulators for magnitude and phase measurements. We include an overview of the complete mixed signal based BIST architecture and simulation system along with the results of our initial application of the BIST architecture to an analog circuit under test.
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