1.High Precision: The measurement accuracy needs to reach 0.075% or even higher to ensure the precise control of the production process. 2.Long-Term Stability: Under extreme working conditions such as high temperature, high pressure, and corrosive media, the sensor needs to operate stably for a long time. 3.Fast Response: It should be able to monitor pressure changes in real time and feedback control signals promptly. 4.Anti-Interference Ability: In complex industrial environments, the sensor needs to have the ability to resist electromagnetic interference and vibration.

I. Physical Principle and Core Architecture II. Groundbreaking Technological Advantages III. Technological Evolution Directions IV. Cutting - edge Application Scenarios

I.High - altitude Environment II High - Speed Flight III High - Overload and High - Vibration IV Space Limitation and Weight Reduction V. High Reliability and Long Service Life

Resonant sensors are a type of quasi-digital sensors that utilize the measured physical quantity to change the resonant characteristics of the resonant sensitive structure and directly output frequency signals.

I.Sensor - related Factors Structural Design: Resonator Structure: Support Structure: Electrode Arrangement: Material Properties: The Elastic Modulus of Silicon Material: Piezoresistive Coefficient: Temperature Coefficient: II. Environmental Factors Temperature: Humidity: Rate of Pressure Change: Electromagnetic Interference: III. Measurement Circuit Factors Excitation Signal Source: Signal Detection and Processing Circuit: