MEMS accelerometer SCL3300-D01 | Inertial measurement unit IMU | Inertial navigation system INS | At

SCL3300-D01 is a Murata three-axis MEMS digital tilt sensor widely used in fields such as structural health monitoring, engineering machinery, autonomous driving assistance systems, and robot attitude control.

Measurement range: ± 90 ° (X/Y/Z three-axis)

Output type: digital signal, SPI interface, supports flexible system integration

Bandwidth: 70Hz, suitable for dynamic tilt detection scenarios

Supply voltage: 3.0V~3.6V, low-power design, typical working current is only 1.2mA

Package form: 12-SMD, flat lead, small size (7.6 × 8.6 × 3.3 mm), suitable for compact space installation

Working temperature range: -40 ° C~125 ° C, meeting the requirements of extreme industrial environments

Accuracy performance:

Zero point error: 20mg (approximately 1.15 °)

Temperature drift: 10mg/° C (approximately 0.57 °/° C), with temperature compensation function to reduce zero drift

Structural health monitoring: long-term tilt monitoring of bridges, dams, tower foundations, etc

Industrial machinery: tilt angle safety protection for high-altitude work platforms, cranes, forklifts, and other equipment

Autonomous driving and ADAS: slope perception, body posture feedback

Robots: balance control of legged robots, AGV navigation attitude correction

IMU and Inertial Navigation System: Integrated Use as High Precision Tilt Module

Unmanned Aerial Vehicle Inertial Measurement Units (IMUs)

#Accelerometer # Combined Inertial Navigation System # Measurement G Instrument Core Unit

Sensor gyroscope

SCA3400-D01

SCH16T-K10   

SCH16T-K01 

SCA3300-D01  

SCL3300-D01 

SCL3400-D01  

SCH1633-D01

Gyroscope, accelerometer, inertial measurement unit IMU, integrated inertial navigation system, core unit of measuring G instrument, etc. Widely used in fields such as autonomous driving (cars, ships, aircraft), robotics, healthcare, exploration and measurement, and industrial automation.

please contact Engineer Zhang

WhatsApp:  86 13430464310 Email:ingfenzhang969@gmail.com