1.Measurement range 2.Accuracy requirements 3.Working temperature 4.Stability and reliability 5.Corrosion resistance 6.Environmental adaptability 7.Output type 8.Mechanical strength

1.High sensitivity 2.Fast response speed 3.High precision 4.Small in size and light in weight 5.Easy for mass production 6.Good linearity 7.Reliable in operation 8.Wide application range

1.Different excitation methods: 2.Different structural types: 3.Different measurement ranges: 4.Different output signal types: 5.Different working temperature ranges:

1.Factors of the sensor itself: Sensitivity: Linearity: Resolution: Resonator structure design: Performance of piezoresistive elements: 2.Environmental factors: Temperature: Humidity: Vibration and shock: Electromagnetic interference: 3.Installation and usage factors: Installation method: Pressure overload: Signal processing circuit:

MEMS refers to Micro-Electro Mechanical Systems. It is a technology that combines micro mechanical structures with electronic technology. A MEMS pressure chip is a chip capable of measuring pressure manufactured based on MEMS technology. It senses external pressure through the deformation of micro m