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本主题中基于CVT以及其开发测试系统,着重探究了CVT光电扭矩传感器系统开发。光电扭矩传感器是本课题中深入研究CVT测试系统的测试保障。同时本课题中研究的传感器,还可以使用在工程中的普通扭矩测量,能够达到测量的数字化。通过利用应用数字技术还有光电技术很好地实现了扭矩传感器的研制,不但能够应用在CVT开发测试的系统中,还能够用再普通的工程测量过程中。在本课题中还应有可倍包括软件以及硬件的这种倍频技术,这能够让传感器可以完成更加细微的这种具体信号识别,毫无疑问在差不多一样的成本下,更好地达到传感器的测试精度的要求。
This topic based on CVT and its development and testing system, focusing on the CVT photoelectric torque sensor system development. Photoelectric torque sensor is the subject of in-depth study of CVT test system testing support. At the same time, the sensor researched in this subject can also be used in the engineering of ordinary torque measurement, to achieve the measurement of digital. The development of a torque sensor is well realized by using digital technology and optoelectronic technology. It can be used not only in systems developed and tested by CVT, but also in normal engineering surveys. In this project there should be timeslouboutin shoes, including software and hardware multiplier technology, which allows the sensor to be more subtle to achieve this specific signal identification, no doubt at about the same cost, to better achieve the sensor The accuracy of the test requirements.