This paper presents the reliability assessment of a three-axis microelectromechanical
systems (MEMS) gyroscope subjected to various shock loading conditions. The reliability …

In this work the reliability of a Micro-Electro-Mechanical Systems (MEMS) microphone is
studied through two accelerated life tests, mixed flowing gas (MFG) testing and shock impact …

The aim of the product level drop response evaluation presented in this paper is to provide
goals and guidelines for the development of a board-level drop test methodology that would …

The stress distribution and failure of CMOS-MEMS microphone under shock loading was
investigated by finite element method in this study. The results show that corners of spring …

This article is dedicated to the review of publications on drop impact analysis performed on
consumer electronic devices such as cellular phones and two-way radios in the past …

In this paper the shock impact reliability of a MEMS microphone is studied through
experiments and finite element simulations. The maximum acceleration tolerance of the …

Portable electronic products such as mobile phones experience various loadings in their
use environments but accidental drops are encountered most frequently. Over the past few …

Failure under dynamic mechanical stresses caused by impact and drop loading is a critical
concern for reliability of surface mount components in portable electronic products. This …

Due to the more extensive testing of new portable products the employment of efficient
testing methods has become ever more important. The replacement of the commonly …

The functionality of the rotation device was tested with rotating one gyroscope board at room
temperature. Respective averages and standard deviations of angular velocities were …