Micro-computer control system controls the sending of pulse series and realises the change of speed, amplitude and frequency in vibratory tapping.
微型计算机控制系统控制脉冲序列的发送，实现振动攻丝中转速、振幅和频率的无级调整。
The control object in a single-freedom silicon micromachined vibratory gyroscope is the proof mass, because of system structure, feedback control is the only choice to control the proof mass.
以单自由度硅微振动轮式陀螺仪的检测动极板为控制对象，系统的结构特性决定了只能选择反馈控制方式对其进行控制。
A vibratory feeder that can control discharge of iron powder quantitatively is designed based on working conditions and experimental results.
根据给料工况要求和有关铁粉流动性以及流量的试验结果，设计出一种可实现定量控制功能的振动给料斗。
On the basis of analyzing vibratory frequency control system of vibratory roller, the controller are designed and the plan of vibratory frequency constant control by PID are put forward.
在分析振动压路机振动频率控制系统的基础上，对控制器进行了设计，提出了采用PID控制实现振动频率恒定的方案。
At last, a few assume of the applying the intelligent control theory to the field of vibratory noise control is given.
最后，对智能控制理论在振动噪声控制领域的应用提出几点设想。
The driving controller, with a single-chip computer system as its core, can control the decoupled vibratory feeder in time, based on the sensor signals.
驱动控制器则以单片机系统为核心，根据传感器信号对料斗进行实时控制。
The drive circuitry of the silicon micromachined gyroscope based on adaptive control is investigated. The coherence of two vibratory modes is achieved utilizing adaptive tuning at a given frequency.
研究了基于自适应控制的硅微振动陀螺仪的驱动电路设计，通过固定频率信号驱动和自适应调谐实现双驱动模态的一致性。
Based on pole assignment of multi input control, an inverted strategy of pole assignment is introduced to realize reassigning some poles of a vibratory system.
在多步极点配置的基础上，为实现系统部分极点的重新配置，引入了反向极点配置策略。
Design Improvement of electric control circuit when repairing imported model CA-51S vibratory compactor and its work principle are introduced.
介绍了修复CA - 51 S型进口振动压路机时，整机控制电路的改进设计与工作原理。
Design Improvement of electric control circuit when repairing imported model CA-51S vibratory compactor and its work principle are introduced.
介绍了修复CA - 51 S型进口振动压路机时，整机控制电路的改进设计与工作原理。
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