Objective to design an electrical stimulator for epileptic rats experiment based on MSP430.
目的：设计基于MSP430的用于大鼠癫痫实验的电刺激器。
We performed the experimental evaluation by the initial prototype of 16-channel electrical stimulator.
本文采用多通道刺激器的样机进行了动物验证实验。
The design of an electrical stimulator for rats experiment and its hardware circuit and software structure are presented.
本文介绍了一种用于大鼠实验的脉冲电刺激器的设计以及它的硬件电路和软件结构。
In the electrical stimulation therapy, the parameters of electric stimulator are selected and controlled on basis of analyzing and processing EMG signal. So it can get the best treatment effects.
而电刺激治疗是在对肌电信号分析处理的基础上，选择和控制电刺激器的刺激参数，以达到最佳的刺激治疗效果。
MG-2 maze stimulator was adopted, and electrical shock was conducted on rats until they escaped to safe area.
大鼠学习能力参照文献方法进行，采用MG-2型迷宫刺激器，将大鼠放入迷宫箱后予以电击，至其逃避至安全区为止。
MG-2 maze stimulator was adopted, and electrical shock was conducted on rats until they escaped to safe area.
大鼠学习能力参照文献方法进行，采用MG-2型迷宫刺激器，将大鼠放入迷宫箱后予以电击，至其逃避至安全区为止。
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