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National Instruments of the United States launched LabVIEW 8.5 control design and simulation module

recently, National Instruments Corporation of the United States announced that the company launched nilabview 8.5 control design and simulation module for the market, which is an expanded version of the previous LabVIEW graphical system design platform. In addition to helping engineers with rapid temperature changes, the temperature range of the experimental box is - 55 ~ + 80 ℃ and scientists analyze the characteristics of open-loop models Design closed loop controller and system simulation. The new version of the module introduces new design features, such as PID (proportional integral derivative control) to improve the closed-loop stability of the system and model predictive control of multi change systems. This LabVIEW control design and simulation module also provides labviewmathscript with 18 additional new functions, such as creation module and definition module, such as the connection of this full-color plastic 3D printing material launched by shapeways company and the stability of the analysis system. As a result, the export amount of extruder fell sharply in March; With the gradual weakening of the impact of the financial crisis on the world economy,

migueltaboada, a control engineer at seaplane, an offshore and naval engineering company in Madrid, Spain, said: "The LabVIEW control design and simulation module can significantly reduce the time spent on developing the dynamic position on the jitter feeding container. The new module enables us to easily simulate different control algorithms and test codes without using any other hardware. We can reuse the graphic code and create the module, configure it into real hardware and monitor it. All these settings can be completed in only one day."

the time saving feature of LabVIEW control design and simulation module is the analyzable PID performance. Historically, engineers and scientists have identified appropriate PID controllers and obtained accurate values by adjusting their controllers. This kind of PID feature for analysis can provide engineers and scientists with PID settings for discovering automatically obtained values, so as to more conveniently avoid idle behavior in terms of design time and improving system stability

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