If you are working on a project that needs to measure the movement of an object in three dimensions, you know how hard it can be to find the right tool. The problem is that many sensors are not accurate or reliable enough for your needs. This can cause big problems and make your project fail. The SkyMEMS IMU286 Automotive Grade 6DoF IMU Sensor is here to solve this problem. It gives you a clear solution by providing very accurate measurements of the movement of an object in three dimensions. This is important because it helps you to make your project work well and achieve your goals.
SkyMEMS IMU286 Automotive Grade 6DoF IMU Sensor with SkyMEMS
Imagine you are working on a self-driving car project and you need a sensor that can measure the movement of the car very accurately. You need a sensor that can give you the right data so that your car can move safely and correctly. The SkyMEMS IMU286 Automotive Grade 6DoF IMU Sensor is the perfect tool for this job. It is a very accurate and reliable sensor that can measure the movement of an object in three dimensions. It is used in many fields such as robotics, self-driving cars, and virtual reality. Many buyers face the problem of finding a sensor that is accurate and reliable enough for their needs. The SkyMEMS IMU286 Automotive Grade 6DoF IMU Sensor solves this problem by providing a very accurate and reliable solution.
Key Features
- Range of +/- 450 deg/s for gyroscopes
- Bias instability of 1.2 deg/h for gyroscopes
- Range of +/- 16g for accelerometers
- Bias instability of 25ug for accelerometers
- Resolution of 0.01mg for accelerometers
- Scale factor accuracy of 0.1% for accelerometers
- Non-linearity of 0.01%FS for accelerometers
- Random walk of 0.01m/s/h for accelerometers
- Bandwidth of 200Hz for gyroscopes and 150Hz for accelerometers
- Supply voltage of 3.2-6V
- Power consumption of less than 0.5W
Specifications
| Gyroscopes |
|
| Range |
±450°/s |
| Bias Instability |
Allan variance; Typical: 1.2°/h |
| Bias Stability |
10s average (-40~+85°C, fixed temp.); Typical: 5°/h |
| Bias Repeatability |
Typical: 3°/h |
| Full Temperature Bias (Peak) |
Typical: 0.03°/s |
| Random Walk |
Typical: 0.2°/√h |
| Non-linearity |
Typical: 100 ppm |
| Axial Coupling Coefficient |
Max. 1% |
| Linear Acceleration Effect on Bias |
Typical: 0.002°/s/g |
| Bandwidth |
Typical: 200 Hz |
| Accelerometers |
|
| Range |
±16g |
| Bias Instability |
Allan variance; Min: 25ug, Typical: 50ug, Max: 75ug |
| Initial Bias Error |
Min: 3mg, Typical: 4mg, Max: 5mg |
| Resolution |
Typical: 0.01mg |
| Scale Factor Accuracy |
Typical: 0.1% |
| Non-linearity |
Typical: 0.01%FS |
| Random Walk |
Min: 0.01m/s/√h, Typical: 0.015m/s/√h, Max: 0.02m/s/√h |
| Bandwidth |
Typical: 150Hz |
| Interface (UART) |
|
| Baud Rate |
Min: 115200bps, Typical: 460800bps, Max: 921600bps |
| Output Rate |
Min: 200Hz, Typical: 1000Hz, Max: 2000Hz |
| Reliability |
|
| MTBF |
20000h |
| Continuous Working Time |
120h |
| Electrical Features |
|
| Supply Voltage |
3.2 – 6V |
| Power Consumption |
< 0.5W |
| Operating Environment |
|
| Operating Temperature |
-40°C ~ 85°C |
| Storage Temperature |
-55°C ~ 105°C |
| Vibration Resistance |
20–2000Hz, 20grms |
| Shock Resistance |
2000g, 0.5ms |
| Physical Specification |
|
| Size |
22.4 × 22.4 × 9mm |
| Weight |
20 grams |
| Connector |
Molex connector, model: 5015680607 |
