압전저항형 멤스센서를 이용한 진동 측정용 3축 센서 시스템의 최적화 설계

Optimum Design of 3-Axis Sensor System for Vibration Measurement Using Piezoresistive type MEMS Sensor
  • 서상윤; 
  • 배동명; 
  • 이종규; 
  • 최병근

초록

3-Axis sensor measurement system is needed for measuring ride quality of elevator. But because 3-Axis piezoelectric accelerometer is expensive. We developed 3-Axis sensor system which is suitable for measuring ride quality of elevator using cheap MEMS sensor. There are two types of MEMS sensor that are piezoresistive and capacitive type. The excellence of piezoresistive type in characteristic of frequency response and noise is confirmed compare to capacitive type as a result of this paper’s experiment and reference. 3-Axis system using MEMS sensor needs MEMS’s proper frequency response characteristic. Additionally noise characteristic of sensor and circuit, stiffness of assembly are needed for deciding frequency range and accuracy of amplitude.

키워드

Piezoresistive MEMS Sensor; Vibration; 3-Axis Sensor; 압전저항형 멤스센서; 진동; 3축 센서
제목
압전저항형 멤스센서를 이용한 진동 측정용 3축 센서 시스템의 최적화 설계
제목 (타언어)
Optimum Design of 3-Axis Sensor System for Vibration Measurement Using Piezoresistive type MEMS Sensor
저자
서상윤; 배동명; 이종규; 최병근
DOI
10.5050/KSNVE.2013.23.12.1082
발행일
2013
저널명
한국소음진동공학회논문집
권
23
호
12
페이지
1082 ~ 1089