SCH16T-K10 Sensor Chip Selection Guide | Murata | 6DoF Gyroscope Acceleration Sensor | SCH16T-K10

SCH16T-K10 Sensor Chip Selection Guide

The SCH16T series (SCH16T-K01 and SCH16T-K10) provides ideal single package 6DoF performance for industrial applications. This series includes two variants: SCH16T-K01 for high-performance gyroscope measurement,

SCH16T-K10 is used for high-speed measurement. This series exhibits outstanding linearity and offset stability across the entire temperature and measurement range, enabling centimeter level precision in mechanical dynamics and position sensing even in harsh environments.

With the high functionality of industrial equipment, the number of electronic components equipped is constantly increasing, therefore, sensor packaging needs to be miniaturized. In addition, due to the increasing automation level of industrial equipment,

The demand for accurately obtaining dynamic attitude angles and one's own position is also constantly increasing. The orthogonality of each axis (X-axis, Y-axis, and Z-axis) of the sensor is an important factor for more accurate estimation of dynamic attitude angles. So far,

To ensure orthogonality, users must calibrate externally through other devices.

To this end, Murata developed a high-precision 6-axis MEMS inertial sensor with low noise and stable output. Each axis of the gyroscope sensor and accelerometer can output values after orthogonal correction.

It can simplify the calibration process for users and help reduce production costs. In addition, compact design can help save PCB space. Only using "SCH16T-K01" can achieve 6DoF with guaranteed orthogonal performance of 3-axis gyroscope sensor and 3-axis acceleration sensor.

SCH16T-K10：

High performance unmanned aerial vehicle and robot 6-axis inertial sensor "SCH16T-K10" developed by Murata Manufacturing

In the application of drone flight controllers and high-performance robots, it is required to meet the gyroscope measurement range of over 1000dps and accurate sensing conditions without output saturation in the operating environment.

To this end, based on the SCH16T-K01 released by our company in January 2024, we have developed this product through a proprietary 3D MEMS process design, which achieves a gyroscope measurement range of ± 2000dps while ensuring firmness and stability.

At the same time, it has also achieved an acceleration measurement range of ± 16g, ensuring stable use without output saturation even in harsh application environments required by drones and robots.

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