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Research and Development of Ultrasonic Power with Frequency Auto-tracing System and Power Auto-controlling System

机译:频率自动跟踪系统超声波功率的研究与开发,电力自动控制系统

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With the rapid development of the electronic technology and the material technology, ultrasonic technology with high power is more widely applied to material processing than ever before. In this paper, an ultrasonic power system was researched and developed according to its components. An optimized and improved solution was raised to realize the stabilities and reliabilities of the whole power system. With the support of the optimized hardware design, a simplified and efficient software framework based on embedded technology was developed to cooperate with the hardware system. Some experiments were taken to research the characteristics of the transformer, which is an important part in the ultrasonic power system. And the experiments prove that proper air gap size to the transformer magnetic core is able to aggrandize the capability of resisting bias.
机译:随着电子技术的快速发展和材料技术,高功率的超声技术比以往更广泛地应用于材料加工。 本文根据其组件研究和开发了超声波电力系统。 提高了优化和改进的解决方案,以实现整个电力系统的稳定性和可靠性。 通过支持优化的硬件设计,开发了一种基于嵌入式技术的简化高效的软件框架与硬件系统配合。 采取了一些实验来研究变压器的特性,这是超声波动力系统的重要组成部分。 并且实验证明,对变压器磁芯的适当的气隙尺寸能够加剧抗偏压的能力。

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