In this dissertation, the research works are mainly about the hardware of the capacitance-resistance tomography compound system.
本文主要研究电容电阻复合成像系统的硬件部分。
Those relying on changes in electrical resistance tend to have poorer resolution than is needed for modern applications, while those that rely on capacitance require an ungloved finger.
基于电阻变化的触摸屏，其分辨率往往低于目前应用程序的需要，而基于电容变化的触摸屏，要求用户在使用时必须摘下手套。
Each row is also coupled to each column through the relay contact leakage resistance and capacitance.
每行还通过继电器触点的漏泄电阻和电容耦合到每一列。
应用推荐