泉州师范学院学报
泉州師範學院學報
천주사범학원학보
Journal of Quanzhou Normal College
2013年
2期
57~60
,共null页
无线模块 Visual Basic软件 演示实验 仿真 牛顿第二定律
無線模塊 Visual Basic軟件 縯示實驗 倣真 牛頓第二定律
무선모괴 Visual Basic연건 연시실험 방진 우돈제이정률
wireless module Visual Basic demonstrative experiment simulation; Newton Second Law
介绍了基于无线模块和VisualBasic仿真演示实验设计的功能.并以牛顿第二定律实验为例,利用霍尔传感器将实验物理变量的变化转换成电脉冲信号并通过无线模块发射.利用USB无线模块接收将信号输入计算机,然后控制VisualBasic设计的演示实验的仿真界面,实现仿真界面与演示实验同步进行.
介紹瞭基于無線模塊和VisualBasic倣真縯示實驗設計的功能.併以牛頓第二定律實驗為例,利用霍爾傳感器將實驗物理變量的變化轉換成電脈遲信號併通過無線模塊髮射.利用USB無線模塊接收將信號輸入計算機,然後控製VisualBasic設計的縯示實驗的倣真界麵,實現倣真界麵與縯示實驗同步進行.
개소료기우무선모괴화VisualBasic방진연시실험설계적공능.병이우돈제이정률실험위례,이용곽이전감기장실험물리변량적변화전환성전맥충신호병통과무선모괴발사.이용USB무선모괴접수장신호수입계산궤,연후공제VisualBasic설계적연시실험적방진계면,실현방진계면여연시실험동보진행.
In order to solve the problems in the didactical traditional demonstrative experiment, this articleintroduces the signal acquisition function of wireless module and the function of designing virtual simulation experiments of Visual Basic. Meanwhile, this article takes the Newton Second Law as an example, firstly, transform the experiments of physical variables to electric pulse signal by means of hall element and through wireless module launch, secondly input these signals via USB wireless module receiver in computer. The Visual Basic will them oa its presupposed experiments and simulative simulative interface to interface. receive these electrical signals and demonstrate realize the synchronization of demonstrative