ZHANG Xiao-ming, LIU Xiao-dong, BAN Jiong, et al. Design of a novel micro-force sensor[J]. 2015, 34(3): 100-102. DOI: 10.13873/j.1000-9787(2015)03-0100-03.
一种新型微力传感器设计
摘要
设计了一种新型微力传感器
利用电阻式应变原理
采用柱式结构
量程小
灵敏度高
灵敏度可达0.0575V/N
适用于微力测量。对其弹性元件进行有限元静力分析和模态分析
传感器弹性元件的纵向应变量高于一般的力传感器
固有频率远高于常见的外部动态力频率
几乎不会发生共振现象;最后对微力传感器进行静态标定和误差分析。
Abstract
Design a novel micro-force sensor
use principle of resistive strain
the sensor adopts pillar type structure
with small range and high sensitivity
sensitivity of the sensor can reach 0.0575V/N
which is suitable for micro force measurement. The elastic component is carried out on finite element static analysis and modal analysis. The lengthways dependent variable of the sensor is much higher than the common force sensor
and the natural frequency is much higher than common external dynamic force frequency
which rarely occur resonance.Finally
static calibration and error analysis is carried out.