Silicon Resonant Pressure Sensor
The resonant structure of the sensor adopts the tuning fork beam design, and its working mode is in-plane vibration, through electrostatic excitation and capacitance pickup to realize the interaction between the electrical signal and mechanical vibration, and then combined with the closed-loop control circuit to convert the frequency signal output.
This pressure sensor features simple pressure and electrical interfaces that minimize the size of the sensor while maintaining performance. Easily disassembled and installed.
The PID4000 Silicon Resonant Hydrostatic Pressure Sensor is a high precision MEMS pressure sensor. The PID4000 is a high-precision MEMS pressure sensor with a digital output that is quantitatively compensated for the analog signal.
The products are available in a variety of output formats and are equipped with pressure gain calibration, pressure shift calibration, temperature gain calibration, temperature shift calibration, and can be applied in a drone atmospheric data measurement system.
High-precision silicon resonant pressure sensors, the most accurate MEMS pressure sensors at present, because of its high accuracy, good stability, digital output and other advantages, is widely used in aerospace atmospheric data measurement system and pressure controller and meteorological measurement equipment.
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