The test and real application show that the virtual meter designed in this paper can satisfy all the requirements of project. 测试和实际应用表明:模拟仪表系统工作稳定,完全满足项目设计需求。
This project is adapted visual c + + under windows operate system to realize the graphical interfaces of virtual meter. 我们在Windows操作系统下利用Visualc++实现了虚拟仪表(VM)的图形化界面。
The system is composed of a general analog measure and control module, a general switch measure and control module, a general pulse measure and control module, a virtual function generator, a virtual meter of frequency, cycle and phase. 该系统主要由通用模拟量测控模块,通用开关量测控模块,通用脉冲量测控模块,虚拟函数发生器,频率、周期、相位测量仪五大模块组成。
Design of Fuel Pump Flyweight Test Bed Based on Virtual Meter(VM) Technology Speed regulation 基于虚拟仪表(VM)技术的转速闭环变频调速自动飞锤试验台的设计
Finally, through protocol conformance testing based on test interface and data frames analyzing, virtual electricity meter achieves the goal of application. 最后,结合实际的集中器终端进行了协议测试,通过测试界面和数据帧分析得出符合协议一致性的结论,实现了模拟电能表软件的实际应用。