The Effect of Sintering Technology on Low Harmonic Distortion MnZn Ferrite’s PerformanceReport as inadecuate




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Low harmonic distortion MnZn ferrite were prepared by conventional oxidation process in order to reduce the harmonic distortion of communication device in the process of signal transmission and installation dimension. The relationship of magnetic properties and sintering process in Low harmonic distortion MnZn ferrite was investigated, such as initial permeability and hysteresis constant. The result show that high initial permeability and low hysteresis constant can be achieved at certain sintering temperature, holding time and oxygen content. the initial permeability is 8000 and hysteresis constant is 0.22×10-6-mT, when the sintering temperature is 1360, holding time is 4 hour and oxygen content is 4%.

KEYWORDS

low harmonic distortion MnZn ferrite; sintering technology; initial permeability; hysteresis constant

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Author: Feng Shao

Source: http://www.scirp.org/



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