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CAV series silicon micro impact acceleration sensor
Product Introduction: The CAV series silicon micro accelerometer is an ultra small and thin piezoresistive MEMS impact sensor. The internal chip of th
Product details
The CAV series silicon micro accelerometer is an ultra small and thin piezoresistive MEMS impact sensor. The internal chip of the product utilizes the semiconductor piezoresistive effect and is manufactured through advanced MEMS processing technology. The chip is designed with an over range blocking structure that can withstand high impact and large acceleration loads. It is packaged in plastic and has the advantages of small size and high precision.
MEMS Silicon Piezoresistive Principle
± 300g - ± 5000g range
Small size
Plastic packaging
reliability
Strong impact resistance
MEMS Silicon Piezoresistive Principle
± 300g - ± 5000g range
Small size
Plastic packaging
reliability
Strong impact resistance
Collision measurement
Impact measurement
remarks:
1. Test conditions: Supply voltage+10Vdc, room temperature (excluding thermal zero drift), thermal zero drift is tested at upper and lower operating temperatures and room temperature.
When installing sensors, they should be fixed firmly as much as possible to avoid loosening and introducing measurement errors. During installation, avoid external force squeezing the sensor and damaging its internal structure.
Impact measurement
remarks:
1. Test conditions: Supply voltage+10Vdc, room temperature (excluding thermal zero drift), thermal zero drift is tested at upper and lower operating temperatures and room temperature.
When installing sensors, they should be fixed firmly as much as possible to avoid loosening and introducing measurement errors. During installation, avoid external force squeezing the sensor and damaging its internal structure.
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