...子通道的激活因素(去极化或超级化)结束时通道的关闭过程叫做去激活(Deactivation),所记录到的电流称为尾电流(Tail current),主要反映通道的关闭特征。延迟整流性K+离子通道以及一.
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In addition, LC noise filter is added in the tail current source to lower phase noise further more.
另外,在尾电流源处加入电感电容滤波,进一步降低相位噪声。
Advanced voltage clamping techniques are demonstrated, which can also limit the second voltage spike originating from the tail current cut off.
可以证明,采用先进的电压箝位技术能够限制因关断拖尾电流而引起的第二个电压尖峰。
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