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Design of a High Current Transcranial Magnetic Stimulator for Flux-Concentration Type Electromagnetic Coil

机译:磁通浓度型电磁线圈高电流经颅磁刺激器的设计

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Transcranial Magnetic Stimulation (TMS) is a noninvasive method to cause depolarization or hyperpolarization in the neurons of the brain. The recent research has developed a novel magnetic coil that can generate higher magnetic field than a conventional coil and have converging capability, which would require a larger exciting current. In this research, a thyristor as a switching device was used for high current switching. The thyristor is a device of current drive. The current differences of each circuit in parallel connected thyristors were measured by changing gate voltage and gate rise time. The gate drive characteristic of parallel connected thyristors was also confirmed.
机译:经颅磁刺激(TMS)是一种在大脑神经元中引起去极化或超极化的非侵略性方法。最近的研究开发了一种新颖的磁线圈,其可以产生比传统线圈更高的磁场,并且具有更大的励磁能力。在该研究中,作为开关装置的晶闸管用于高电流切换。晶闸管是电流驱动器的设备。通过改变栅极电压和栅极上升时间来测量并联连接晶闸管中的每个电路的电流差。还确认了平行连接晶闸管的栅极驱动特性。

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