基于该数学模型，优化设计了高可靠性、高稳定性的信号调理电路，并在聚焦元件自动测量系统中得到了实际应用。
Based on this mathematics model, the optimum signal-processing circuit, having high reliability and high stability, is designed and applied to the automatic measurement system of the focusing units.
与以往用分立元件设计硬件电路相比，具有电路简单，可靠性高，便于调试的特点。
Compared with original circuit designed with separate components this design is characterized by simple hardware circuit and high reliability, and is easy to be debugged.
本文论述了概率设计（可靠性设计）的方法，给出了液压元件的可靠性计算公式，并举实例作了说明。
This paper discussed the method of probability design(reliability design), given calculation formula of reliability on hydraulic pressure component, and illustrated by living example.
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