1) Microrelay
微继电器
1.
A novel electrostatic microrelay with parallel-comb drive structure and its fabrication process were presented.
介绍了一种新型的、利用并联梳齿结构驱动的静电型微继电器及其制造工艺。
2.
The principle and characteristics of electrostatic microrelay,electromagnetic microrelay and electrothermal microrelay were analyzed.
对静电驱动微继电器、热驱动微继电器和电磁驱动微继电器的驱动原理和特点分别进行了分析, 介绍了国内外具有代表性的几种微继电器的结构、制作工艺、关键部件的尺寸, 并探索了静电驱动、热驱动和电磁驱动微继电器的发展前景。
3.
The rapid development of MEMS-based microrelay is mostly contributed to the urgent demanding in application such as communication,which is extensively improved by microelectronic technology and microfabrication.
通讯等应用领域微型化的需求和微机械加工技术的进步推动了基于微机电系统(MEMS)技术的微继电器的快速发展。
2) microrelay
微型继电器
1.
the Cu/Pd60 composite can be used as elastic contacts for microrelays to replace traditionally used AgMgNi and PdAgCuAuPtZn alloys in some.
制备了新型微型继电器用Cu/Pd60复合弹性触点材料,研究了材料的组织结构,测试了其电学、力学等性能。
2.
Among the microswitches,the microrelay has already been further microminiaturized by using silicon as activator element.
其中微型继电器由于采用硅材料作驱动元件而使继电器进一步微型化。
3) differential relay,rate of change relay
微分继电器
4) miniature pole relay
微极继电器
5) microrelay
微动继电器
6) rate-of-change relay
微分继电器，变率继电器
补充资料：C17400铍铜制成的继电器簧片
C17400铍铜制成的继电器簧片
c1 74。C铍铜制成的继电器簧片
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条