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A MEMS accelerometer is a very accurate sensor based on microelectromechanical systems technology and can pick up straight-line speed and tilt angle. Its main parts are usually made up of a small hanging weight and spring. When it feels outside force, the weight moves which turns into an electric sign with the help of ways like capacitance, resistance, or piezoelectricity. This small and sharp setup makes MEMS accelerometers have big benefits such as being tiny, using little energy, and having a low price making them good for many different small gadgets that need high energy saving.
In actual use, MEMS accelerometers find major application in auto safety controls (for example airbag activations and car crash observations), handheld health gadgets (like step plus motion monitors) and home electronics (for instance cell phone display panel automatic rotation and fall alert). They further serve industrial mechanization, uncrewed tools (drones along with bots), plus building soundness checks. Their steadiness as well as quickness answer the call for immediate action spotting and stance feeling.
Technological advancements have made modern MEMS accelerometers not only better in terms of resolution and measurement range but also as devices with strong vibration and interference resistance, low temperature drift, wide response frequency, and others. Increasingly, they become integrated with such sensors as gyroscopes and magnetometers in IMU (inertial measurement unit) systems for more accurate motion tracking and attitude estimation. The so-described trend leads to a transformation of MEMS accelerometers from single sensors to multifunctional sensing platforms that serve the smarter and more connected future application environments.
Tri-axial MEMS accelerometer sensor, high performance, it is an ideal option for seismic monitor, vibration monitoring, high speed train/metro train, etc.
– Closed Loop Structure MEMS Capacitive Accelerometer
– Range:±2g, Excellent Bias Stability
– Dynamic Range: ≥110dB,
– Bandwidth: ≥1KHz (Typical Value, -3dB)
– Low Noise: ≤1.0μgrms/√Hz,Non-linearity: 0.1%FS (Full Range)
– Extremely Reliable in Harsh Environment
high performance single/dual/triaxial analog mems accelerometer, low noise, dynamic range: 110dB, suitable for seismic monitor, vibration monitoring, etc.
Low cost 3 axis digital MEMS accelerometers with ±8g range, widely used in motor monitor and vibration monitoring.
Single axis MEMS seismic accelerometer, low Noise: ≤1.5μgrms/√Hz, dynamic range: 110dB, widely used in machine health monitoring, etc.
– Low Cost 3 Axis Digital MEMS Accelerometers
– Range:±8g, Bias Stability: < 5mg, Resolution: 0.5mg
– Multiple Interfaces: RS232 or RS485 Modbus
– Non-linearity: ≤ 0.2%FS
– Up to 200Hz Data Refreshing Rate (can support 1kHz)
– Wider Input Voltage: 5~30VDC
– High Reliability in Harsh Environment
– Extremely Reliable in Harsh Environment
– Wide Operating Temperature Range: -40~+85ºC
Single axis MEMS accelerometer sensor, specially designed for seismic monitor and vibration monitoring.
High-performance closed-loop capacitive accelerometer, range:+-2g/3g, High stability, widely used in seismic monitor, structure health monitor, etc.
– Triaxial MEMS Capacitive Accelerometer
– Range:±2g, Excellent Bias Stability
– Output: Differential Output / Single-Ended Output
– Dynamic Range: ≥100dB, Bandwidth (-3dB): 200Hz
– Low Noise: ≤2.5μgrms/√Hz
– Non-linearity: 0.1%FS (Full Range)
– Extremely Reliable in Harsh Environment
– Wide Operating Temperature Range: -40~+85°C
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