Novel lightning current sensor based on Printed Circuit Board Rogowski coil

Yi Li, Y. Guo, Y. Long, C. Yao, Y. Mi, Junfeng Wu
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引用次数: 14

Abstract

The amplitude of lightning current is high and its rising time is short enough to cause over voltage in the power system. Tranditional Rogowski coil has been widely used in the lightning current measurement system for its magnetic saturation and good insulation performance. Owing to the shortcomings of traditional Rogowski coil such as the uneven distribution parameters and the unequal density of turns, the paper proposes a novel lightning current sensor based on Printed Circuit Board(PCB) Rogowski coil. The target bandwidth of the sensor is determined by analyzing the spectrum of 8/ 20μs typical lightning current. The sensor is designed using the existing technology, and its actual parameters were measured for the design of the integral circuit. The high impulse current experiments show that not only the sensitivity of the sensor is satisfied, but also it has good linearity. Moreover, the output waveform of the sensor is consistent with the standard waveform. So the sensor can fully meet the requirement of engineering.
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基于印刷电路板Rogowski线圈的新型雷电电流传感器
雷电电流幅值大,上升时间短,足以引起电力系统过电压。传统Rogowski线圈因其磁饱和和良好的绝缘性能在雷电电流测量系统中得到了广泛的应用。针对传统Rogowski线圈分布参数不均匀、匝数密度不等等缺点,提出了一种基于PCB Rogowski线圈的新型雷电电流传感器。通过对8/ 20μs典型雷电电流的频谱分析,确定了传感器的目标带宽。利用现有技术对传感器进行了设计,并对其实际参数进行了测量,为设计集成电路提供了依据。高冲击电流实验表明,该传感器不仅具有满意的灵敏度,而且具有良好的线性度。并且传感器的输出波形与标准波形一致。因此,该传感器完全可以满足工程要求。
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