MEMS (Micro Electro Mechanical Systems) accelerometers are accelerometers manufactured using MEMS technology. Due to the use of micro-electromechanical system technology, its size is greatly reduced, and a MEMS accelerometer is only a fraction of the size of a fingernail. MEMS accelerometers have the advantages of small size, light weight, and low energy consumption.
ER-MA-6 is an inertial sensor that can measure linear acceleration caused by gravity. This product is a MEMS accelerometer with a large range, ultra-high precision, high reliability and low power consumption.
Features
Large range, ultra-high precision, high reliability and low power consumption
Class II Non-linearity: <10µg/g2
Bias Stability (1s smooth) (1σ): <15ug
Bias Stability (10s smooth): <5ug
Bias instability (Allan Curve): <2ug
Applications
Inertial measurement: inertial guidance, overload measurement, integrated navigation
Tilt measurement: antenna attitude, platform measurement, tilt angle test
Vibration measurement: mechanical equipment, bridges and dams, safety tests
Specifications
Encapsulation - CLCC48 -
Axis - Y -
Range - 60 - g
Factor Scale Non-linearity - 150 - Hz
Group delay - <3 - ms
Class II Non-linearity - <10 - µg/g2
Noise - <30 - µg/√Hz @1hz
Threshold value - <30 - µg
Factory Bias(room temp) - <±1 - mg(Room temperature calibration value)
Factory Bias temp drift - <±0.5 - mg
Factory Bias Temp Hysteresis - <0.2 - mg