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INFLUENCE OF HIGHER HARMONIC SUPERPOSED EXCITATION ON ACOUSTIC NOISE IN THE 3-PHASE STACKED TRANSFORMER CORE

机译:高谐波叠加激发对三相堆叠变压器芯声噪声的影响

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The acoustic noise behavior of transformers under higher harmonic component superposed excitation conditions was analyzed by the corresponding magnetostriction waveform variations. The magnetostriction acceleration level calculated from the magnetostriction waveform well corresponded to the acoustic noise variation for the step-lap type transformer core. For the prediction of transformer noise from alternate-lap core the magnetostriction data was not enough. This suggests that local flux density concentration near the joining structure should be taken into account.
机译:通过相应的磁致索波形变化分析了更高谐波分量叠加激励条件下变压器的声学噪声行为。从磁致伸缩波形计算的磁致伸缩加速度水平良好地对应于步进圈型变压器芯的声学噪声变化。对于从备用圈核预测变压器噪声,磁致索数据不够。这表明应考虑在连接结构附近的局部通量密度浓度。

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