Han Byung H, Chun In K, Lee Sang C, Lee Soo Y
Korean Electrotechnology Research Institute, Kyungki, South Korea.
IEEE Trans Biomed Eng. 2004 May;51(5):812-7. doi: 10.1109/TBME.2004.824123.
We introduce some simulation and experiment results of the multichannel magnetic stimulator development that has been carried out as an initial attempt to realize a multichannel functional magnetic stimulator. For efficient functional magnetic stimulations, precise spatial localization of stimulation sites without any movements of the stimulation coils is very important. We have found that the mutual coupling effect among the adjacent stimulation coils in the coil array has to be considered in the determination of the charge voltages in some coil array configurations. Experimental results obtained with a 4-channel magnetic stimulator are presented.
我们介绍了多通道磁刺激器开发的一些模拟和实验结果,该开发是实现多通道功能性磁刺激器的初步尝试。为了进行高效的功能性磁刺激,在刺激线圈不发生任何移动的情况下对刺激部位进行精确的空间定位非常重要。我们发现,在某些线圈阵列配置中,确定充电电压时必须考虑线圈阵列中相邻刺激线圈之间的互耦效应。文中给出了使用四通道磁刺激器获得的实验结果。