重新定义虚拟仪器:融合仿真和测试测量

P. van Halen, G. Boyle
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引用次数: 0

摘要

最新一代的电路设计师更熟悉CAD系统及其图形用户界面,而不是传统的测试和测量仪器。在这个项目中,我们通过使用众所周知的CAD环境来运行虚拟和实际的测试和测量设备,从而建立了这种熟悉的基础。利用模拟设计系统/模型开发系统这一具有强大模型开发语言的仿真环境,开发了测试与测量设备的仪器仿真模型。每个模型都是对仪器显著特征的高级功能描述。有了这些仪器模型,电路设计人员现在可以通过仿真来评估特定定制测试程序的有效性。由于定制测试具有执行实际测量所需的所有信息,ADS可以使用这些信息来虚拟地控制实际仪器。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Redefining the virtual instrument: merging simulation and test and measurement
The latest generation of circuit designers are much more familiar with CAD systems, with their graphical user interfaces, than with traditional test and measurement instruments. In this project we have built on this familiarity by using the well-known CAD environment to run both virtual and actual Test and Measurement devices. Using the Analog Design System/Model Development System, a simulation environment with a powerful model developing language, we developed instrument simulation models for T&M equipment. Every model is a high-level functional description of the salient features of an instrument. With these instrument models, the circuit designer can now evaluate the validity of a specific customized testing procedure through simulation. Since the customized test has all the information needed to perform the actual measurement, ADS can use this information to virtually control the actual instrument.
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