利用惠普先进设计系统设计整体测量系统

P. Valk, J. Tauritz
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引用次数: 1

摘要

数字通信系统组件的规范、实现和测试,以对系统需求对组件需求的影响有深入的了解为前提。当模拟和测量可以结合在一个统一的软件包中时,这项不平凡的任务可以大大简化。开发了一种实现策略,将微波仪器作为模型引入惠普eesofs高级设计系统。可以通过在设计模板上拖放组件来配置测量系统。使用这种实现,可以直接从ADS驱动测量。在本文中,我们讨论了使用Maury自动调谐系统进行负载-拉力测量的这种实现的灵活性。这种方法确保了测量系统设计和实现的灵活性,以及测量模拟的容易验证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Integral measurement system design using HP's Advanced Design System
The specification, realization and test of digital communication system components, presupposes an intimate knowledge of the impact of system demands on component requirements. This non-trivial task can be significantly simplified when simulation and measurement can be combined in a unified software package. An implementation strategy has been developed for introducing microwave instruments as models into Hewlett-Packard EEsof¿s Advanced Design System. One can configure a measurement system by dragging and dropping components on a design template. Using this implementation, measurements can be driven directly from ADS. In this paper we discuss the flexibility of this implementation with respect to Load-Pull measurements using a Maury Automatic Tuner System. This approach ensures flexibility in design and implementation of measurement systems and easy verification of simulations with measurements.
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