Features of ROS-compatible inertial measurement unit ADIS16470
The ADIS16470 is an inertial system with a 3-axis gyro sensor and a 3-axis accelerometer. Each inertial sensor within the ADIS16470 combines industry-leading MEMS technology and signal conditioning. Each sensor's sensitivity, bias, alignment, and linear acceleration (gyro sensor bias) characteristics are evaluated with factory corrections. As a result, each sensor has an individual dynamic correction formula for highly accurate sensor measurements.
In this article, we will explain the following three major features of ADIS16470.
- Achieves performance and durability for industrial equipment with a surface mount package
- High stability and factory calibration enable highly accurate measurements
- Easy evaluation with robots, drones, automatic guided vehicles, etc. by supporting ROS
1. Achieves performance and durability for industrial equipment with a surface mount package
The ADIS16470 can measure 6 degrees of freedom with its built-in 3-axis accelerometer and 3-axis gyro sensor.
The input range is ±40 g for the accelerometer and ±2000 °/sec for the gyro sensor, allowing wide range measurement. In addition, the noise characteristics of the acceleration sensor are 23 μg/√Hzrms, and the gyro sensor is §0.003°/sec/√Hzrms, achieving ultra-low noise.
The interface is universal Serial Peripheral Interface (SPI) compatible, and the package is a small 11mm x 15mm x 11mm 44-pin BGA.
2. High stability and factory calibration enable high accuracy measurement
The ADIS163470 has high stability and enables highly accurate measurements. The main specifications regarding stability are as follows.
≪Bias stability during operation≫
・Acceleration sensor: 10 μg
・Gyro sensor: 8°/hr
≪Stability of sensitivity to temperature≫
・Acceleration sensor: ±0.1%
・Gyro sensor: ±0.3%
The sensitivity, bias, and axial alignment of the ADIS16470 are factory calibrated over a compensated temperature range: −10 °C to +75 °C.
The ADIS1647x series has multiple product lineups with different specifications such as built-in acceleration sensors and gyro sensors.
3. ROS compatible makes it easy to evaluate robots, drones, automated guided vehicles, etc.
Analog Devices, Inc. has released the ADIS16470 ROS (Robot Operating System) compatible driver on Github.
ROS is increasingly being used to develop algorithms and systems for communication robots, robots used in factories and offices, drones, automated guided vehicles (AGVs), etc. The ROS-compatible driver facilitates evaluation when the ADIS16470 is installed, reducing the time needed to develop advanced robot systems.
"ADIS16470/PCBZ" board ready for evaluation
The ADIS16470/PCBZ breakout board from Analog Devices, Inc. facilitates prototyping connections between the ADIS16470 and embedded processor platforms. The breakout board is compact at 33.25 mm x 30.75 mm and features a convenient 16-pin (2 x 8), 2 mm pitch connector and 2.3 mm diameter mounting holes in each corner.
It can also be operated on Windows XP, Windows Vista, and Windows 7 systems via USB by connecting to the Windows Compatibility Evaluation System EVAL-ADIS2.
Application example
- Navigation, Stabilization, Instrumentation
- driverless and autonomous driving vehicles
- Smart agriculture/construction machinery
- Factory/Industrial Automation, Robotics
- Virtual Reality/Augmented Reality
- Internet of things in motion
Product Summary
model number | ADIS16470 |
specification |
|
At the end
In this article, we introduced the ROS-compatible inertial measurement unit ADIS16470. If you have any questions about this product or want to know the product price, please contact us from the following.
Purchase
If you read this article and want to evaluate this product, please use Macnica-Mouser, a mail-order site for semiconductors and electronic components, where you can purchase even one piece. You can also order the "ADIS16470/PCBZ" board here! Please check the price and availability here.
Click here for manufacturer site/other related links
Inquiry / Quotation
If you have any questions or would like to learn more about this product, please contact us below. If you would like a quote for this product, please contact us below. We will also respond to you regarding the price at the time of mass production.
Analog Devices Manufacturer Information Top
If you want to return to Analog Devices Manufacturer Information Top, please click the button below.