Why is MEMS leading the way?
MEMS structure under the microscope (note the scale on the picture, it is microns) Using MEMS technology to manufacture sensors, actuators…
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How Does A MEMS Accelerometer Work?
Working principle The MEMS accelerometer is composed of three parts: an upper capacitor, a middle capacitor board (movable) and a lower…
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What Is A Quartz Accelerometer?
The accelerometer is composed of detection mass (also called sensitive mass), support, potentiometer, spring, damper and housing. Constrained by the support…
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How Quartz Flexible Accelerometers Work？
The working principle of the quartz flexible accelerometer is mainly composed of upper and lower torquers, pendulum components and servo loops.…
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What Are The Main Performance Parameters Of A MEMS Gyroscope
The important parameters of MEMS gyroscope include: resolution, zero angular velocity output (zero output), sensitivity and measurement range. These parameters are…
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What Is The Difference Between An accelerometer And A Gyroscope
Modern mobile and on-board terminals contain an increasing number of sensors, gyroscopes, accelerometers, magnetometers, photoreceptors, and more. In principle, the essence…
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What are the types of accelerometers?
An accelerometer is an instrument that measures the acceleration of a carrier line. An accelerometer consists of a detecting mass (also…
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Land Positioning and Orientating System
1. Overview of the overview This document describes how the product works, its main performance indicators and its use. The main…
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What does a quartz flexible accelerometer do?
The structure of quartz flexible accelerometer Quartz acceleration sensor is called quartz flexible acceleration sensor with flexible support technology, quartz flexible…
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FOG North Finder For Mining
1. Overview Mine north finder is based on three-axis integrated fiber optic gyro and three-axis accelerometer, which can complete the initial…
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