高分辨率和高压DAC的ATE测试解决方案

Tianyu Zhang, Jian Wang, Juyang Sun
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引用次数: 0

摘要

高分辨率DAC生产测试一直是混合信号测试中的一个难题。然而,高分辨率和高电压的DAC测试比较困难。在测试高分辨率高压DAC时需要考虑很多因素,包括测量仪器的规格、测试计划的可行性、实际生产效率等。本文提出了一种32通道14Bit DAC满量程输出电压65V的ATE测试方案。硬件方案基于93K平台的AVI64卡,测量范围为-40V-80V时,可实现0.2mV的测量分辨率。AVI64的数字化功能能够以高达1MHz的采样率对芯片输出波进行直接采样。同时,结合负载板上的继电器开关,实现了4场并联试验。软件方案是基于高内聚低耦合的思想设计一个框架,包括基于SPI协议的寄存器配置、IP测试实现和常用功能。最后,基于该方案实现了该高分辨率高压DAC的量产测试,结果表明,INL为4 LSB, DNL为2.5 LSB,与实验室的EVB结果有很好的相关性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ATE Test Solution for High Resolution and High Voltage DAC
High resolution DAC production test is always a difficult problem in mixed signal testing. However, high resolution and high voltage DAC testing is more difficult. Many factors need to be considered in the test of high resolution and high voltage DAC, including the spec of the measurement instrument, the feasibility of the test plan, the actual production efficiency. This paper proposes an ATE test solution for a 32-channel, 14Bit DAC with full-scale output voltage 65V. The hardware solution is based on AVI64 card of 93K platform, which can achieve the measurement resolution of 0.2mV when the measurement range is -40V-80V. The digitizer feature of AVI64 enables direct sampling of chip output waves at sampling rates up to 1MHz. Meanwhile, 4 site parallel test is realized combined with relay switch on load board. The software solution is to design a framework based on the idea of high cohesion and low coupling, which include register configuration based on SPI protocol, IP test realization and common function. Finally, the mass production test of this high resolution and high voltage DAC was realized based on this solution, the result shows that INL is 4 LSB and DNL is 2.5 LSB, which is well correlated with EVB result in lab.
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