减少数字电位器非线性误差测试时间

Kevin Rowel A. Batin, G. Magwili, Flordeliza L. Valiente
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引用次数: 0

摘要

非线性测试分为微分非线性测试和积分非线性测试。数字电位器的非线性误差测试非常具有挑战性,高分辨率数字电位器需要更大的样本量,这将导致更长的测试时间和更高的测试成本。因此,本文提出了一种利用自动测试设备(ATE)测试数字电位器非线性误差的方法,以减少上述参数的测试时间。采用Analog Devices公司的数字电位器AD5144进行评估。所有测量都在数据表规范范围内,这表明测量是准确的。通过对数字电位器非线性误差的精确测量,该方法可使数字电位器非线性误差测试时间缩短7.476%。
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Test Time Reduction for Nonlinearity Error Testing of Digital Potentiometer
Nonlinearity test is composed of differential nonlinearity (DNL) and integral nonlinearity (INL). Nonlinearity error test for digital potentiometer can be very challenging, high resolution digital potentiometer requires larger sample size that will lead to longer test time and higher test cost. Thus, a test method for testing nonlinearity error of a digital potentiometer using automated test equipment (ATE) was developed to reduce the test time for the said parameters. A digital potentiometer of Analog Devices Inc, AD5144, was used on the evaluation. All measurements were within the datasheet specification, which shows that the measurements were accurate. With both DNL and INL measured accurately, a 7.476% test time reduction for nonlinearity error testing of digital potentiometer was achieved on the developed test method.
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