M-G366PDG0 specification sheet

Apr 19,2024
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M-G366PDG0 is a small and lightweight high-precision sensor with low noise, high stability, gyro bias instability, angle random walk, calibration stability (deviation, scaling factor, axial alignment), interface: SPI/UART, calibration temperature: -40 ° C to+85 ° C, power supply voltage: 3.3 V. Suitable for scenarios such as autonomous vehicle navigation systems, vibration control and stability, pointing and tracking systems, providing more precise control and stability for various application scenarios.

Small size, light weight: 24 x 24 x 10 mm3, 10 g

Sand scab with low noise and high stability

Gyroscopic bias instability: 1.2 °/h

Corner random walk: 0.08 °/√ h

Calibration stability (deviation, scaling factor, axial alignment)

Interface: SPI/UART

Calibration temperature: -40 ° C to+85 ° C

Power supply voltage: 3.3 V

RECOMMENDED OPERATING CONDITION

SPECIFICATIONS

*1) This is a reference value used for internal temperature compensation. There is no guarantee that the value gives an absolute value of the internal temperature.

*2) This is the temperature scale factor for the upper 16 bit (TEMP_HIGH).

*3) Turn-on to turn-on / Day by day, estimated variation during 5 consecutive days.

*4) Yaw axis is not compensated for errors caused by drift.

*5) Dynamic accuracy is based on measurement data that has been measured from a stationary state. The accuracy that can be achieved depends on the input movement.

*6) Attitude output accuracy is based on measurement data for GLOB_CMD2[0x16(W1)],bit[5:4]= 00: modeA. *7) Selectable by register setting.

Note) The values in the specifications are based on the data calibrated at the factory. The values may change according to the way the product is used.

Note) The Typ. values in the specifications are average values or 1 σ values.

Note) Unless otherwise noted, the Max. / Min. values in the specifications are design values or Max. / Min. values at the factory tests.