1) MEMS optical switch
MEMS光开关
1.
The design method of MEMS optical switch acting as high optical energy interrupter is investigated by simulations and experiments,it includes the influence of aligning irregularities on transmission efficiency,design methods and guide lines of actuator.
仿真和实验研究了一种作为高功率激光能量续断器的光纤直接连接型MEMS光开关的设计方法,包括光纤对准误差对激光传能特性的影响、致动器的设计原则与基本性能指标。
2.
Expansibility is a very important performance for the design of MEMS optical switch array.
在MEMS光开关阵列设计中,扩展性是一项非常重要的指标。
2) thermally actuated MEMS optical switch
热驱动MEMS光开关
1.
In the article,several most typical optical switches such as optical wave-guide switch,bubble switch, thermo-capillary optical switch and thermally actuated MEMS optical switch,etc.
文中对热光波导光开关、喷墨气泡光开关、微热管光开关、热驱动MEMS光开关等几种典型光开关中所涉及的热科学问题进行了评述。
3) RF MEMS Switches
RF MEMS开关
1.
RF MEMS Switches Resonant Frequency Offset by Residual Stresses;
残余应力对RF MEMS开关谐振频率偏移的影响
2.
The reliability and failure mechanisms of RF MEMS switches were one of the most important problems,and it related to the future use of RF MEMS switches,he reliability of RF MEMS switches introduced,the failure modes and mechanisms of series resistive switches and shunt capacitive switches discussed.
本文介绍了RF MEMS开关的可靠性问题,详细探讨了串联电阻式开关和并联电容式开关的失效模式及失效机理,并对今后RF MEMS开关可靠性方面的工作进行了展望。
3.
This paper based on the technology of RF MEMS and focused on RF MEMS switches and phase shifters.
RF MEMS开关方面,理论分析了电容式MEMS开关和接触式MEMS开关的工作状态、电磁特性,并仿真实现。
4) RF MEMS switch
RF MEMS开关
1.
Fabrication and Study of the RF MEMS Switches;
RF MEMS开关器件的制作及研究
2.
Design and fabrication of DC to 30 GHz DC-contact shunt RF MEMS switch
DC～30GHz并联接触式RF MEMS开关的设计与制造
3.
The antenna introduced in this paper is frequency-reconfigurable and the feed configuration can be changed,with the length of a rectangular slot being changed using an RF MEMS switch.
利用RF MEMS开关控制天线模型中矩形加载槽的长度来实现频率可重构,从天线等效LC振荡回路和谐振回路电流路径的改变等两方面分析了频率可重构原理。
5) RF-MEMS switches
RF-MEMS开关
1.
Bulk micromachining processes and surface sacrificial processes were connected by Si/glass bonding for making RF-MEMS switches.
介绍了一种新的RF-MEMS开关制作工艺,利用静电键合技术将表面微加工工艺与体硅加工工艺结合在一起完成开关上下电极的组合;说明了如何在普通环境下进行图形对准;通过静电力的理论计算和键合试验,分析了铝台阶对硅/玻璃静电键合的影响,得出铝台阶厚度低于100nm时键合效果较好;对有无铝台阶时的静电键合电流特性进行比较,分析了硅/玻璃界面电荷分布及其运动情况,为RF-MEMS开关的设计与制作提供了有意义的参考。
6) MEMS switch
MEMS开关
1.
Transient field analysis for series MEMS switch;
串联MEMS开关的瞬态电磁场分析
2.
Novel process for fabrication of RF MEMS switch with high mechanical reliability;
用于制备高机械可靠性RF MEMS开关的新型工艺
3.
Study on the silicon-nitride film in MEMS switches
MEMS开关中氮化硅薄膜工艺研究
补充资料：表光合强度(见光合强度)
表光合强度(见光合强度)
forecast of sowing or transplanting time
b iaoguanghe qiangdu表光合强度见光合强度
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