2) microwave power sensor
微波功率传感器
1.
Terminating type MEMS microwave power sensor based on MMIC
基于单片式微波集成电路的终端式MEMS微波功率传感器(英文)
2.
A new type of sandwich structure MEMS microwave power sensor is presented.
提出了一种新型的三明治结构MEMS微波功率传感器结构,与传统传感器相比,新结构由于采用了垂直传热方式而具有较小的热损耗。
3.
Then the structure of using isolated SiO2 were chosen as the optimal method considering the characteristic of microwave power sensors,but there also existed some disadvantages in this method and was explained with the knowledge of semiconductor physics.
根据微波功率传感器的特点选取了二氧化硅隔离层的结构来制作共面波导,指出了这种结构存在的缺陷,并运用半导体物理的知识解释了造成缺陷的原因,最后提出了改进结构并通过HFSS模拟证实了这些结构的正确性。
3) novel MEMS microwave power sensor
新型MEMS微波功率传感器
4) MEMS capacitive RF power sensor
MEMS电容式微波功率传感器
1.
The components of this system have been designed and simulated by HFSS(high frequency structure simulator),including the simulation and design of the power divider and the MEMS capacitive RF power sensor.
提出了基于MEMS技术,由功分器、45°移相器和MEMS电容式微波功率传感器组成差分式微波信号相位检测器,实现了在被测信号幅度未知条件下全周期的相位测量。
5) microwave sensor
微波传感器
1.
Using non-invasive microwave sensor, microwave flowmeter has no effect on flowing field and is easy to fix and use, has the advantages of real-time online.
采用非插入式微波传感器，微波多相流量计具有不破坏流体流场，安装使用方便，在线实时性好的优点。
6) micro thermal sensor
微热传感器
1.
In this paper, the application of PS as thermal isolation layer in MEMS micro thermal sensor is studied and simulated.
本文主要针对多孔硅材料在MEMS微热传感器中作为绝热层的应用进行了研究及模拟。
补充资料：振梁式传感器
以弹性梁为敏感元件的谐振式传感器。振梁的固有振动频率随它两端所受的力而变化，通过相应的测量电路就可获得与被测力成一定关系的频率信号。振梁一般连接于弹性受力机构上以感受被测压力。振梁式传感器用于测量静态或缓变压力。
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