CA-Y2-133 three-dimensional overload sensor measurement principle and characteristic use

inductance
Measuring principle: Inside the sensor, the silicon frame support with multiple beams is a finely processed silicon mass. When the frame moves with a certain acceleration, its inertial force will cause the silicon block to move relative to the frame, causing the stress in the beam to change, thereby changing the resistance value of the pressure sensitive component in the beam and converting it into a voltage signal through the bridge. Output. . Features and uses: The sensor has high measurement accuracy and anti-electromagnetic interference. It can be used for acceleration and telemetry in aviation and aerospace. It can also be used for measurement of overload, low-frequency vibration, impact force and object tilt of moving objects in other fields. .

Output terminals: 1 pin, +12V; 2 feet, power ground; 3 feet, -12V; 4 feet, x-axis output; 5 feet, Y-axis output; 6-pin, z-axis output; 7-pin, signal ground.

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