CEDRAT TECHNOLOGIES设计以下类型的近接位置传感器和速度传感器:
> SG传感器:应变片传感器进行结构变形的静态和动态测量:这是CEDRAT TECHNOLOGIES掌握的一个制造高精度位置传感器的解决方案。这些传感器用于测量我们的促动器和换能器的行程和振动。
> ECS传感器:涡流传感器利用由一个发射线圈提供的交流磁场来生成一个导电靶涡流。这些涡流可以通过各种方法进行电检测。
> LVDT传感器:这些传感器是线性差动变压器式传感器。通常它们由一个初级交流发射线圈和一对次级线圈组成的。由于初级线圈中铁芯的运动,它们能检测到磁阻的变化。
> 和MR传感器:霍尔效应或磁阻元件的电阻对所施加的磁场很敏感。这些传感器通常可用于制造磁线性或旋转编码器。
> VR传感器:可变磁阻传感器是由一个永磁铁和一个位于旋转齿轮前方的线圈组成的旋转速度传感器。它们提供正比于齿轮速度的交流信号,且无需电源供电。
> 电容式传感器:电容传感器使用电场代替磁场。它们利用两个电极间距离变化会产生电容的变化的效应。
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由CEDRAT TECHNOLOGIES研发的典型项目包括用FLUX FEM软件进行的磁、电和电磁分析,优化,灵敏度分析,原型机构造和测试。研发的产品也包括电子调节电路板。CTEC也可以对不同的解决方案进行权衡分析,帮助客户选择最合适的解决方案。
CEDRAT TECHNOLOGIES的经验覆盖众多产业,从汽车行业的BOSH, ELECTRICFIL, MICHELIN, PSA, SIEMENS 到精密仪器行业的ONERA,SENSOREX,......或航空航天等领域的CNES,MESSIER,DOWTY,TURBOMECA...
Inductive magnetic sensors developed by Cedrat Technologies allow a non-contact distance measurement up to 4 centimeters. They are available with different sensor technologies to match with customer specifications in terms of resolution, dimensions, power, bandwidth etc.
They are used by MICHELIN for its QUICKSCAN tyre wear measurement.
Manufacturing and Process Control, Robotics, Automobile, ASD, NDT, SHM, …
Thanks to its extensive experience and know-how with SGS, Cedrat Technologies managed to obtain a long term and excellent thermal stability, as well as a long lifetime. Those improvements bring the performance of the SGS to the same level as competing technologies, making them very attractive for space, military, and industrial applications.
Space, Military, Industrial ...
CTS sensor developed with PSA can be set as a mix sensor, to capture both the torque and the rotation speed in a stationary axle or rotating shaft without contact. CTS is also selected for SMART JOINT precision robot project.
Automotive, Machine Tool, Robots, Turbines, Motors...
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