The acceleration sensor is a test sensor that measures vibration and converts the vibration signal into an analog or digital signal;
The acceleration sensor is composed of a mass, a damper, an elastic element, a sensitive element and an adjustment circuit;
During the movement of the sensor, through the measurement of the inertial force on the mass block, the movement acceleration is obtained by calculation using Newton's second law of motion;
At present, piezoelectric acceleration sensor is the most commonly used sensor in vibration measurement.
|Underwater type||B05Y70|| |
Measuring range：±100 g peak
Water pressure resistance： under water 160m
|Standard type||B02B04|| |
Measuring range：±500 g peak
Frequency Range（±2%）：1–8 kHz
|Shock type||C00CG3|| |
Measuring range：±80000 g peak
|Micro Type||B06BM1|| |
Measuring range：±50 g peak
overall size：φ8.5*5.1mm weight：1.5g
|Triaxial type||B03Y32|| |
Measuring range：±250 g peak
|MEMS type||A06D02|| |
Sensitivity: 80 mV/g
Measuring range: ±50 g peak
|High temperature type||C02CT1|| |
Operating temperature range：-50-482℃
Measuring range：±200 g peak
The current products include seven categories, more than 300 kinds of sensors, and can be customized according to customer needs.
Complete production line
With sensor design and production capabilities, piezoelectric wafer R&D and production capabilities, one-stop from materials to devices.
Independent invention patent, using unique design structure, combined with advanced manufacturing technology, the product level is comparable to foreign countries.
The production process is mature, from ultra-precision processing of parts, precise assembly of sensors, to strict testing and inspection, to ensure that the product yield is >99%.