MikroElektronika’s 3D motion click carries Microchip’s MM7150, 9-axis, sensor fusion motion module. It is a complete, self-contained solution comprising a 3-axis accelerometer, a gyroscope, a magnetometer, and a SSC7150 motion coprocessor. Raw data from individual sensors are gathered by fusion algorithms in the motion coprocessor which is then filtered, compensated, and combined together. The resulting output provides reliable and accurate positioning and orientation information. The 3D motion click board communicates with the target MCU through the mikroBUS™ platform using an I²C interface; WAKE and RESET pins are also used (in place of default mikroBUS AN and RST, respectively) as well as an interrupt pin (INT).
Video: 3D MOTION click Board
| Applications |
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- Internet of Things (IoT)
- Robots
- Patient / animal monitoring
- Toys
- Stabilization and positioning
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- Sports monitoring
- TV remotes
- Remote controls
- Gaming and fitness monitoring
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| Specifications |
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- On-board modules
- Microchip’s MM7150 9-axis sensor fusion motion module and SSC7150 motion coprocessor
- Key features
- Complete self contained solution comprising a 3-axis accelerometer, a gyroscope, and a magnetometer
- Key benefits
- Sensor fusion ensures gyroscope drift cancellation and magnetic immunity
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- Interface
- Power supply
- Compatibility
- Click board size
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MikroElektronika’s 3D motion click carries Microchip’s MM7150, 9-axis, sensor fusion motion module. It is a complete, self-contained solution comprising a 3-axis accelerometer, a gyroscope, a magnetometer, and a SSC7150 motion coprocessor. Raw data from individual sensors are gathered by fusion algorithms in the motion coprocessor which is then filtered, compensated, and combined together. The resulting output provides reliable and accurate positioning and orientation information. The 3D motion click board communicates with the target MCU through the mikroBUS™ platform using an I²C interface; WAKE and RESET pins are also used (in place of default mikroBUS AN and RST, respectively) as well as an interrupt pin (INT).
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