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Limits of enhanced desaturation detection method with adaptive blanking for GaN HEMTs

机译:GaN HEMT的自适应消隐增强去饱和度检测方法的局限性

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A fast short circuit detection method was presented. This method is based on the desaturation detection with gate-voltage monitoring for adaptive blanking. Based on simulations in LTspice, first measurements have shown a proper working of the enhanced desaturation detection method. Detailed investigations have shown false detections in some normal operating points. The most relevant influences for false detections in normal operating mode besides EMI noise are common source couplings, drain currents above the nominal value and the temperature of the GaN device. This paper presents the limits of the proposed short circuit detection method for proper working in detail.
机译:提出了一种快速短路检测方法。该方法基于具有栅极电压监控功能的去饱和检测,用于自适应消隐。基于LTspice中的模拟,首次测量显示了增强的去饱和检测方法的正常工作。详细的调查显示在某些正常操作点上存在错误的检测。除了EMI噪声外,在正常工作模式下对误检测的最重要影响是常见的源极耦合,高于标称值的漏极电流和GaN器件的温度。本文详细介绍了所提出的短路检测方法的局限性,以使其正常工作。

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