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An autogenerator induction-to-frequency converter circuit based on a field-effect Hall sensor with a regulated frequency

机译:基于频率调节的场效应霍尔传感器的自动发电机感应到变频电路

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摘要

Autogenerator magnetic field converter circuits based on a field-effect Hall sensor (FEHS), are considered. The feasibility of creating microelectronic high-sensitive magnetic-field sensors with a frequency output and regulated operating frequency is shown. A FEHS-based induction-to-frequency magnetic field converter circuit is tested. The converter sensitivity is 100-600 Hz/mT, the stability of the operating frequency of the autogenerator is 1%, and the operating frequency can be controlled by changing potentials of the FEHS gates in the range of 6-20 kHz.
机译:考虑了基于场效应霍尔传感器(FEHS)的自动发电机磁场转换器电路。显示了创建具有频率输出和调节的工作频率的微电子高灵敏磁场传感器的可行性。测试了基于FEHS的感应频率磁场转换器电路。转换器灵敏度为100-600 Hz / mT,自动发电机的工作频率稳定度为1%,并且可以通过在6-20 kHz的范围内改变FEHS门的电势来控制工作频率。

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