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A Versatile Resonant Tank Identification Methodology for Induction Heating Systems

机译:感应加热系统的多功能共振罐识别方法

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Induction heating has become the most advance heating process due to benefits, such as efficiency, performance, cleanness, and safety. In this process, the electromagnetic coupling between the induction coil and the induction target is a key, determining the heating performance as well as the resonant power converter operation. This letter proposes an accurate and cost-effective resonant tank identification method applied to induction heating systems. It is based on monitoring the resonant capacitor voltage in order to calculate the resonant tank quality factor. The proposed methodology has been tested using a versatile power electronics test bench applied to domestic induction heating, proving the feasibility of this proposal.
机译:感应加热由于具有效率,性能,清洁度和安全性等优点而成为最先进的加热过程。在此过程中,感应线圈和感应目标之间的电磁耦合是关键,它决定了加热性能以及谐振功率转换器的运行。这封信提出了一种适用于感应加热系统的准确且经济高效的谐振箱识别方法。它基于监视谐振电容器电压以计算谐振槽品质因数。使用适用于家用感应加热的多功能电力电子测试台对提出的方法进行了测试,证明了该建议的可行性。

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