VXI寄存器基器件是一种模块化仪器，其性能优良、易于集成在国内外得到了广泛的应用。
The VXI register-based device was a kind of module instrument, it was of good performance, easy to integrate and widely used at home and abroad.
虚拟仪器是由模块化仪器硬件、计算机硬件和具有数据采集、处理、通讯功能的软件组成的测控系统。
VI, a measurement and control system, is made up of computer hardware , modularization instrument hardware and software of data acquisition, data processing and communication.
由于具备PX I模块化仪器，工程师们可以从大范围的测量、信号发生器、RF、功率和开关模块中选择，明确地指定他们所需要的功能。
With PXI modular instruments, engineers specify the essential functionality they require - choosing from a wide variety of measurement, signal generation, RF, power and switch modules.
事实证明，传统模块化、卡箱测试系统的精度和性能已经被广泛证明，相比之下合成仪器技术仍然被众多企业看作是一种可望不可及的陌生技术。
Traditional modular and card-cage test systems have a proven record of precision and performance, while si systems are still viewed as "pie-in-the-sky" technology by many market participants.
其应为基于标准总线的、模块化的开放式体系结构且具备虚拟仪器特点。
It should be a modular and open system structure based on a standard bus, and has characteristic of virtual instrumentation.
以信号分析理论为基础，采用虚拟仪器技术，辅以多参量数据采集模块化硬件，设计了基于微机的虚拟综合测试台。
Based on the theory of signal analysis. Make use of the technology of virtual instrument and modularized hardware to design all-purpose test bench of virtual with the help of computer.
通过虚拟仪器技术，可以快速、高效地开发出模块化、智能化的电机测试系统，实现电机运行状态的动态测试。
It is indicated that the application of virtual instrument technology fast and effective research modularized and intellectualized motor test system which timely monitor motor running state.
软件设计过程中充分利用虚拟仪器技术和平台化模块化设计方案保证系统的扩展性，移植性和重用性。
In the process of designing the system, the techniques of virtual instruments, platformarized, and modularized solutions are implemented to ensure the expandability, transplantability and reusability.
本文在分析了电力测试仪器软硬件可实现模块化设计的基础上，采用了虚拟仪器的设计思想，提出了电力集成检测信息平台的构想。
On the basis of power testing equipments module design analysis, the author use virtual instrument method, forcing out an integrated power testing information platform.
引入虚拟仪器概念，在模块化硬件的基础上，通过软件定义测控系统的功能，有效利用广泛的计算机资源，增强系统的灵活性。
The functions of the system were defined by the software, which made the system access to widely scope of computer resource, and enhanced the flexibility of the system.
引入虚拟仪器概念，在模块化硬件的基础上，通过软件定义测控系统的功能，有效利用广泛的计算机资源，增强系统的灵活性。
The functions of the system were defined by the software, which made the system access to widely scope of computer resource, and enhanced the flexibility of the system.
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