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首页> 外文期刊>Indonesian Journal of Electronics and Instrumentation Systems >Rancang Bangun Sistem Pengukuran Medan Magnet Menggunakan LabVIEW, CONTROLLER NI cRIO-9022, dan DTM-151 Digital Teslameter
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Rancang Bangun Sistem Pengukuran Medan Magnet Menggunakan LabVIEW, CONTROLLER NI cRIO-9022, dan DTM-151 Digital Teslameter

机译：使用LabVIEW，NI NI cRIO-9022和DTM-151数字特斯拉计的磁场测量系统设计

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摘要

Pusat Teknologi Akselerator dan Proses Bahan (PTAPB) BATAN Yogyakarta currently developing a magnetic field measurement system for cyclotron machine . M agnetic field m easurement on cyclotron is required to determine the magnitude and direction of the magnetic field. ??????????? The system used LabVIEW to create an interface application (HMI) and system programming. The control function implemented by using controller NI cRIO-9022 combined with NI 9512 module, which would controlling the motion component, that isthe ?stepper motor. The acquisition data function implemented by using DTM-151 Digital Teslameter to measure the magnetic field. The measurement works within the cartesian coordinate plane (x,y). ??????????? A permanent magnet was used as the measurement trial object. The size of the magnet was smaller than measurement dimension of the system therefore the? measurement dimension of the magnetic plane was made with the size of (100 x 100) mm. The initial position coordinate of the teslameter 1 and teslameter 2, respectively, set at (430,720) and (430,240). The trial was excuted 2 times (2 different magnet position). Each trial consist of 3 times measurement, so there’s 6 data file obtained. On those data file, there’s an average of 1.117 data on each file. The motor speed was set on 25 mm/s. The data reading speed was set on 10 data/s, which would caused a 2,5 mm interval on one single data.
机译：Pusat Teknologi Akselerator dan Proses Bahan（PTAPB）BATAN日惹市目前正在开发回旋加速器磁场测量系统。需要用回旋加速器上的磁场来确定磁场的大小和方向。 ????????????该系统使用LabVIEW创建接口应用程序（HMI）和系统编程。通过使用控制器NI cRIO-9022与NI 9512模块结合来实现控制功能，该模块将控制运动组件，即步进电机。采集数据功能通过使用DTM-151数字特斯拉计来实现，以测量磁场。测量在笛卡尔坐标平面（x，y）内进行。 ????????????永磁体用作测量试验对象。磁铁的尺寸小于系统的测量尺寸。磁性平面的测量尺寸为（100 x 100）mm。特斯拉计1和特斯拉计2的初始位置坐标分别设置为（430,720）和（430,240）。试验被执行了2次（2个不同的磁体位置）。每个试验包含3次测量，因此获得了6个数据文件。在这些数据文件上，每个文件平均有1.117个数据。电机速度设置为25 mm / s。数据读取速度设置为10数据/秒，这将导致对单个数据的间隔为2.5 mm。

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