LI Gong, JIAO Xin-quan, YUAN Qiang. Design of MEMS high-g value composite range switch[J]. 2016, 35(1): 82-84+87. DOI: 10.13873/J.1000-9787(2016)01-0082-03.
MEMS高g值复合量程开关设计
摘要
提出一种复合量程的MEMS开关
该新型MEMS高g值开关可检测高达40 000 g
n
的不同离散水平的冲击值
同时
在接触式阻尼模型上对不同加速度值进行分析测试。试验中
通过Hopkinson杆标定
MEMS开关最大可实现对37 000 g
n
的加速度信号进行标定响应
测试的平均值与仿真相吻合
最大偏差小于5%。
Abstract
Propose a multiscale MEMS switch that this new-type of MEMS high-g value switch can detect impact value of different level of discrete which can reach up to 40 000 gn. On the basis of contact damping model
different acceleration value are analyzed and test. By the Hopkinson bar calibration in experiment
MEMS switch can realize calibration response to 37 000 gnacceleration signal at the most extent
and average value of test is consistent with simulation value
Novel piezoresistive high- g accelerometer geometry with very high sensitivity-bandwidth product [J] . Robert Kuells,Siegfried Nau,Manfred Salk,Klaus Thoma. Sensors & Actuators: A. Physical . 2012