Sentence examples for design of an accelerometer from inspiring English sources

Here we present the design of an accelerometer based on a classical mass spring mechanical system with an interferometric readout.

This paper reports on the optimization and robust design of a MEMS accelerometer using the genetic algorithm technique.

This work presents the design of a MEMS accelerometer that is specifically intended for Structural Health Monitoring (SHM) applications where sensing low frequency low amplitude accelerations with high resolution is essential.

The proposed method was further applied to the design of a micro-accelerometer, and optimal solutions, which well satisfy constraints, were successfully found.

In the present work, the design of a micromachined thermal accelerometer based on convection effect was studied.

The principle of structure-based output-voltage operation is applied to the design of a tri-axial accelerometer with low cross-axes sensitivities.

A novel design of an open loop micromachined accelerometer is presented.

The return of experience of these three gravity space missions which demonstrate the robustness and the performances of this family of space instruments, allows a better optimization of the design of the accelerometer in terms of thermal stability and operation reliability for the near future missions as GRACE follow-on.

This paper presents the overall design of the accelerometer, focusing on areas critical to the instrument core design, integration, and final performance requirements.

The simulations for a practical packaging structure defined in this work showed that the results were similar to the simulations for the simplified structure of accelerometer with packaging, and the simulation results from the simplified structure could serve as a basis for design of high-G accelerometer packaging in a certain degree.

This paper presents the design of a closed-loop micromachined accelerometer using a sensitivity functions shaping approach in order to reach the desired measurement performance.