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Murata SCC1300-D02 Combined Gyro and 3-axis Accelerometer with SPI interfaces

Murata SCC1300-D02 Combined Gyro and 3-axis Accelerometer with SPI interfaces
SCC1300-D02 is a combined high performance gyroscope and accelerometer component. The sensor is based on Murata’s proven capacitive 3D-MEMS technology. The component integrates angular rate and acceleration sensing together with flexible separate digital SPI interfaces. The small robust packaging guarantees reliable operation over the product’s lifetime. The housing is suitable for SMD mounting. The component is compatible with RoHS and ELV directives. The SCC1300-D02 is designed, manufactured and tested for high stability, reliability and quality requirements. The angular rate and acceleration sensors provide highly stable output over wide ranges of temperature and mechanical noise. The angular rate sensor bias stability is in the elite of MEMS gyros. It is also exceptionally insensitive to all mechanical vibrations and shocks. The component has several advanced self diagnostics features.

Product details

Digital supply voltage 3~3.6V
Acceleration measurement range ±2g
Angular rate measurement range ±100°/s
Sensitivity 50 LSB(°/s)
Operating Temperature -40~125°C
Dimensions 8.5×18.7×4.5mm

Download

NAME TYPE LANGUAGE SIZE
SCC1300-D02 datasheet English 1.18MB

Product features

•  ±100 º/s angular rate measurement range
•  ±2 g 3-axis acceleration measurement range
•  Angular rate measurement around X axis
•  Angular rate sensor exceptionally insensitive to mechanical vibrations and shocks
•  Superior bias stability for MEMS gyroscopes (<1º/h)
•  Digital SPI interfacing
•  Enhanced self diagnostics features
•  Small size: 8.5 x 18.7 x 4.5 mm (w x l x h)
•  RoHS compliant robust packaging suitable for lead-free soldering process and SMD mounting
•  Proven capacitive 3D-MEMS technology
•  Temperature range -40 °C...+125 °C

Product application

  • IMUs for highly demanding environments
  • Platform stabilization and control
  • Motion analysis and control
  • Roll over detection
  • Robotic control systems
  • Guidance systems
  • Navigation systems

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