Gyroscopes for Robotics Technology

Gyroscopes help in maintaining orientation, which is critical for stabilization or balance. Tiny MEMS chips, created using micro-fabrication technology similar to batch processing for integrated circuits, might operate as a Coriolis Vibratory Gyroscope (CVG) by using a vibrating structure. The data from a gyro can be used to stabilize walking robots, control yaw in automobiles, and provide accurate 3-axis positioning of spacecraft, for example.

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Results: 33
Select Image Part # Mfr. Description Datasheet Availability Pricing (SGD) Filter the results in the table by unit price based on your quantity. Qty. RoHS ECAD Model Sensor Type Sensing Axis Range Output Type Sensitivity Interface Type Resolution Operating Supply Current Supply Voltage - Max Supply Voltage - Min Package/Case Qualification Mounting Style Packaging
TE Connectivity Gyroscopes 610-18K-256-06 Non-Stocked Lead-Time 13 Weeks
Min.: 10
Mult.: 1
TE Connectivity Gyroscopes 610-18K-028-14 Non-Stocked
Min.: 10
Mult.: 1
TE Connectivity Gyroscopes 610-18K-010-14 Non-Stocked
Min.: 10
Mult.: 1
TE Connectivity Gyroscopes 610-18K-016-11 Non-Stocked
Min.: 10
Mult.: 1
TE Connectivity Gyroscopes 610-18K-032-11 Non-Stocked
Min.: 10
Mult.: 1
STMicroelectronics Gyroscopes 3-axis gyroscope for industrial applications, digital output, extended operating temperature range Non-Stocked Lead-Time 18 Weeks
Min.: 2,940
Mult.: 2,940

3-axis X, Y, Z 245 deg/s, 500 deg/s, 2000 deg/s Digital 8.75 mdps/digit, 17.5 mdps/digit, 70 mdps/digit I2C, SPI 16 bit 6.1 mA 3.6 V 2.4 V LGA-16 AEC-Q100 Tray
Murata Electronics Gyroscopes PLEASE SEE MURATA'S SUGGESTED ALTERNATE SCC2130-D08-05 Non-Stocked Lead-Time 17 Weeks

4-axis X and X, Y, Z Digital 18 LSB/(deg/s)/650 LSB/g SPI 13 bit 5 mA 3.6 V 3 V Bulk
TE Connectivity 20005752-00
TE Connectivity Gyroscopes 610-18K-004-14 Non-Stocked
Min.: 10
Mult.: 1