#PIEZOELECTRIC CIRCUIT IN MULTISIM 14.1 SOFTWARE#

PENG Ying.В Application of LabVIEW in Measurement and Control Comprehensive Experimental Teaching.В Experiment Science and Technology,Дoi: 10.3969/j.issn.1672-4550.2015.06.016 LIN Keye.В Experiment of Real-time Temperature Measurement and Control Based on the LabVIEW.В Experiment Science and Technology,Дoi: 10.3969/j.issn.1672-4550.2016.05.019 PAN Suozhu,В HAN Zhiqiang.В Exploration on Comprehensive Design Experiment for the Major of Thermal Energy and Power Engineering.В Experiment Science and Technology,Дoi: 10.3969/j.issn.1672-4550.2016.03.005 ZHANG Guoqiang,В WANG Bin.В Application of Virtual Instrument in Cultivating Applied Undergraduate Talents of Electrical Major.В Experiment Science and Technology,Дoi: 10.3969/j.issn.1672-4550.2017.05.028Д¬HEN Lin,В WANG Xiaoyan,В CAO Penghui.В Study on the Comprehensive Designing Project Based on LabVIEW.В Experiment Science and Technology,Дoi: 10.3969/j.issn.1672-4550.2016.02.003 ZHANG Jingjing,В LI Yongwei.В Design and Research on Simulation Experiment of Sensor Technology.В Experiment Science and Technology,Дoi: 10.3969/j.issn.1672-4550.2017.01.014 LIN Zhikang,В FAN Aijie,В HOU Jiaxin,В YUAN Wenbo,В CHEN Aiping,В and GU Dawei.В Design of PID Accurate Multipoint Temperature Control System Based on LabVIEW.В Experiment Science and Technology,Дoi: 10.3969/j.issn.1672-4550.2018.06.007 HUANG Ju,В LIANG Xiaochong.В The Improvement of Young's Modulus Experiment Device for MeasuringMetals by Stretch Method.В Experiment Science and Technology,Дoi: 10.3969/j.issn.1672-4550.2018.05.040Д¬AI Zhishan,В CHEN Musheng,В WU Zhonglong,В ZHU Chengquan.В Development and Practice of the Project Based on MCU Technology and LabVIEW Software.В Experiment Science and Technology,Дoi: 10.3969/j.issn.1672-4550.2018.02.002 HE Jun,В DENG Chengjun.В The Development of DC Servo Motor Control System Based on LabVIEW.В Experiment Science and Technology, HE Jun,В DENG Chengjun.В Experimental System of Inverted Pendulum Based on Data Acquisition Card.В Experiment Science and Technology, WANG Xiaona,В CHEN Ke,В ZHOU Xinlei,В TAO Pengcheng.В Experimental Device for Glass Thickness Measurement Based on a Novel Laser Interferometer.В Experiment Science and Technology, ZHOU Xifeng,В ZENG Rongzhou,В LIN Yuan,В ZHANG Xianghua.В Open Virtual Experiment Platform of Communication Electronic Circuit Course Based on NI Multisim and LabVIEW.В Experiment Science and Technology, PAN Jiaming,В WANG Jing,В WANG Weijia,В LI Xiaoping.В Research on Optimization of Multi-layer Heat-resistant Clothing Based on Control Volume Method.В Experiment Science and Technology,ДЇENG Yuehai,В ZHANG Tianqi,В ZHOU Deng,В WANG Kehong.В Design of the Teaching Experimental Platform forMonitoring Multiarc Welding Processes.В Experiment Science and Technology, PAN Haoxing.В Research and Development of Integrated Control Platform for Spray Test Laboratory.В Experiment Science and Technology,

#PIEZOELECTRIC CIRCUIT IN MULTISIM 14.1 SOFTWARE#

HU Sangen,В WU Kunlin,В LUO Hongjie,В LIU Huican,В WU Biaohua,В WANG Xiaoxia.В Design and Implementation of Data Acquisition Software Oriented to Traffic Survey Experiment.В Experiment Science and Technology, The experimental platform has good expansibility and has strong reference and transportability for the construction of related platforms. The experimental results show that the laser speckle interference experiment control platform meets the experimental operation requirements, realizes the precise control of the timing and reduces the experimental error. The MATLAB program is called to perform real-time inversion of the morphology of the sample to be tested. It realizes independent communication and remote control for functional experimental equipment, including laser, piezoelectric ceramic and CCD camera. Based on LabVIEW, this paper establishes a laser speckle interferometry experimental platform for precise automatic timing control and automatic image acquisition. Laser speckle interferometry is one of the most promising means to achieve real-time monitoring of wall material erosion and redeposition. The online diagnosis of the material morphology of the first wall of the nuclear fusion device is of great significance for the safe operation of the fusion device.

Piezoelectric circuit in multisim 14.1