The three-axis MEMS gyroscope measures the angular rate of the carrier, the three-axis MEMS accelerometer measures the linear acceleration of the carrier, and the product carries out the zero position, scale factor, non-quadrature error and acceleration-related terms of the whole temperature parameter compensation, which can maintain high measurement accuracy for a long time, and its independent structure integrates high-performance MEMS gyroscope and MEMS accelerometer, and the selected gyroscope and accelerometer represent the leading level of MEMS process inertial devices.
Indicator parameters:
Parameter
| Test conditions
| Indicators
|
Gyroscope
| Dynamic range
| +400°/s |
Bias error over temperature | ≤30°/h | |
Bias stability | ±3°/h(10,10s) | |
Bias Repeatability | s3°/h(10) | |
Bandwidth
| ≥250Hz | |
Nonlinearity of Scale Factor | 150ppm | |
Angular random walk
| ≤0.15"/√h | |
Bandwidth | 200Hz | |
Accelerometer
| Dynamic range | +20g |
Bias Stability
| ≤0.15mg | |
Bias range | 5mg | |
Bias Repeatability | ≤0.15mg | |
Nonlinearity of Scale Factor | ≤500ppm | |
Bandwidth | ≥120HZ | |
Other | Data update rate(adjustable
) | 200HZ |
Physical and electrical:
voltage
| 5±0.2V |
power consumption
| ≤2W |
Dimensions
| 44.8mmx38.6mmx21.5mm |
Weight
| 60g |
Environmental:
Vibration
| 20-2000Hz,6.06g |
shock
| 500g,0.5ms |
Operating
| -40℃-+80℃ |
Storage
| -55℃-+85℃ |
MTBF | ≥20000h |
Continuous working hours
| ≥120h |
Interface:LVTTL