SCH16T-K10 Murata sensor|UAV|Automobile|Robot|Imu|Inertial guidance

Murata Sensor SCH16T-K10|Gyroscope

SCH16T-10|Gyroscope|Murata Sensor|UAV|Automotive|Robot|Imu|Inertial Navigation

±2000 °/ (SCH16T-K10) or ±300 °/s (SCH16T-K01) angular rate measurement range

±6g (SCH16T-K10) or ±8g (SCH16T-K01) acceleration measurement range

Auxiliary digital acceler channel with a dynamic range up to ±26g

Low gyroscope bias instability of 0.3 °/h (SCH16T-K01 or 2 °/h (SCH16T-K10)

Low gyroscope noise density level of 0.4 m°/s/√ (SCH16T-K01) or 6 m°/s/√Hz (SCH16T-K10)

Output interpolation and dec options

Data ready output, timestamp index, and SYNC input function for clock domain synchronization

−40 to 110°C operating temperature range

3.0 3.6V supply voltage, 1.7 to 3.6V I/O supply

SafeSPI v2.0 interface

20-bit and16-bit output data selectable via SPI frame

Extensive self-diagnostic functions

12mm x 14mm x 3mm (L x x H) SOIC-24 inverted package, PCB footprint area<170mm²

Certified to AEC-Q100 standard

Robust SO plastic package that meets RoHS standard, suitable for lead-free welding process and SMD mounting

Proven capacitive 3D-MEMS technology

Features

The S16T series provides ideal 6DoF performance in a single package for industrial applications. The series includes two variants: SCH16T-K01 for highperformance gyroscope measurements, and SCH16T-K10 for high-rate measurements. The series offers outstanding linearity and offset stability throughout the temperature and measurement, enabling centimeter-level accurate mechanical dynamics and position sensing even in harsh environments.

Applications

The SCHA16T can be applied to applications that pursue high- in demanding environmental conditions.

Representative application areas include:

Inertial Measurement Units (IMUs)

Inertial Navigation and Positioning

UAV flight

Machine control and guidance

Dynamic tilt

Robot control and UAV

Murata|Murata Sensor|Filter|Murata Capacitor|Murata Inductor|Murata Ferrite|Murata ThermistorMurata Agent. For technical and business consultation, please contact Engineer Zhang.

WhatsApp:  86 13430464310 Email:ingfenzhang969@gmail.com