1.In terms of sensor design and manufacturing: Optimize the resonator structure design: Improve the performance of piezoresistive elements: Improve sensor packaging technology: 2.In terms of circuit design and signal processing: Adopt temperature compensation technology: Optimize the signal conditioning circuit: Apply advanced signal processing algorithms: 3.In terms of environmental control and calibration: Reduce the influence of environmental factors: 4.Regular calibration and maintenance: Calibrate the sensor regularly, Reasonably select the sensor range:

What is MEMS Pressure Sensor? Classification of MEMS Pressure Sensors Silicon Piezoresistive Pressure Sensors Silicon Capacitive Pressure Sensors Silicon Resonant Pressure Sensors Applications of MEMS Pressure Sensors

I.High-pressure capability 1.High working pressure 2.High efficiency 3.Strong adaptability: II.Stable flow rate 1.Standardized flow rate 2.Strong anti-interference ability 3.Convenient flow regulation III.Compact structure 1.Exquisite design 2.Easy integration IV.High energy utilization rate V.Long service life 1.Full utilization of material strength 2.Wear resistance and corrosion resistance VI.Strong self-priming ability VII.High precision

I. Performance parameters 1.Pressure and flow 2.Rotational speed and power II. Size and installation method 1.Volume and weight 2.Installation method III. Working environment 1.Temperature and humidity 2.Pollution and corrosiveness