A microprocessor-based slope-varied frequency-pumped controller ( mu P-SVFPC) for improving the system locking performance of a frequency-locked position servo (FLPS) control system is presented. The mu P-SVFPC is designed to build the controlled voltage by varying its pumping slope identified by the frequency error. With the slope-varied frequency-locked technique, the system acquisition times for short-, middle-, and long-distance servomechanisms have been improved, and are nearly the same.
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机译：提出了一种基于微处理器的斜率可变频率泵控制器（μP-SVFPC），用于改善锁频位置伺服（FLPS）控制系统的系统锁定性能。 mu P-SVFPC旨在通过改变由频率误差确定的泵浦斜率来构建受控电压。使用斜率可变频率锁定技术，短，中和长距离伺服机构的系统获取时间已得到改善，并且几乎相同。
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