而利用绒毛的传感器就不会遇到同样的功率上限。
该传感器1。5毫欧的电阻可确保极低的功率损耗和电压降。
The1.5mohm resistance of the sensor provides extremely low power loss and voltage drop.
然后分析了传感器检测事件到达的时间间隔和动态功率管理的关系。
Then, the relation between DPM and the time when the next event arrive is analyzed.
然后分析了传感器检测事件到达的时间间隔和动态功率管理的关系。
Then, the relation between DPM and the time when the next event arrive is analyzed.
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