Global trade relies on the ability to reproducibly and accurately communicate the performance of products and to support these attestations. This standardization is essential for accurate, reproducible, reliable, and communicable characterization of the performance of these devices, to support technology and product advancement, product comparison and performance tracking, and device calibration and traceability. Standard terms and definitions, reproducible test methods, and accurate computational procedures are necessary for this communication and facilitate economic growth and technology evolution through the common understanding of technology. The IEEE Technical Committee 10 (TC-10), the Waveform Generation, Measurement, and Analysis Committee of the IEEE Instrumentation and Measurement Society (IMS), fulfills the global need for standardized terms and test and computational methods for describing and/or measuring the parameters that describe the performance of signal generators and waveform recorders and analyzers. The TC-10 has developed and maintains the following documentary standards: IEEE Std 181-2011, “Standard on Transitions, Pulses, and Related Waveforms” [1]; IEEE Std 1057-2017, “Standard for Digitizing Waveform Recorders” [2]; IEEE Std 1241-2010, “Standard for Terminology and Test Methods for Analog-to-Digital Converters” [3]; IEEE Std 1658-2011, “Standard for Terminology and Test Methods for Digital-to-Analog Converters” [4]; and the IEEE Std 1696-2013, “Standard for Terminology and Test Methods for Circuit Probes” [5]. In development is the IEEE Draft Std P2414 “Draft Standard for Jitter and Phase Noise.” The TC-10 comprises an international group of electronics engineers, mathematicians, professors and physicists with representatives from national metrology laboratories, national science laboratories, component manufacturers, the test instrumentation industry, academia, and end users. The status of the TC-10 standards is described herein.

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IEEE 技术委员会的文件标准 10

全球贸易依赖于可重复且准确地传达产品性能并支持这些证明的能力。这种标准化对于准确、可重复、可靠和可传达的这些设备的性能表征至关重要，以支持技术和产品进步、产品比较和性能跟踪以及设备校准和可追溯性。标准术语和定义、可重复的测试方法和准确的计算程序是这种交流所必需的，并通过对技术的共同理解促进经济增长和技术发展。IEEE 技术委员会 10 (TC-10)，IEEE Instrumentation and Measurement Society (IMS) 的波形生成、测量和分析委员会，满足全球对标准化术语以及测试和计算方法的需求，用于描述和/或测量描述信号发生器、波形记录器和分析仪性能的参数。TC-10 制定并维护了以下文件标准：IEEE Std 181-2011，“转换、脉冲和相关波形标准”[1]；IEEE Std 1057-2017，“数字化波形记录器标准”[2]；IEEE Std 1241-2010，“模数转换器的术语和测试方法标准”[3]；IEEE Std 1658-2011，“数模转换器的术语和测试方法标准”[4]；和 IEEE Std 1696-2013，“电路探针的术语和测试方法标准”[5]。正在开发中的是 IEEE 标准草案 P2414“抖动和相位噪声标准草案。” TC-10 由电子工程师、数学家、教授和物理学家组成的国际团体以及来自国家计量实验室、国家科学实验室、组件制造商、测试仪器行业、学术界和最终用户的代表组成。此处描述了 TC-10 标准的状态。