An accelerometer is a technologically advanced device that holds many different applications in the fields of science and industry today. It is an important device used to measure proper acceleration, or g-force. Examples of the various ways in which accelerometers are used include:
* Aircraft and missile inertial navigation components consist of highly sensitive accelerometers.
* Detection and vibration monitoring in rotating machinery such various components used in certain vehicles.
* Keeping images on tablet computer and digital cameras displayed in an upright position.
* Flight stabilization in drones.
* Pairs of accelerometers can be used to measure gravitational field gradients and waves.
Multi-Axis Accelerometers
Multi-axis accelerometers, such as the 3 axis accelerometer, are used to detect the direction and magnitude of g-forces. This detection is vital in sensing orientation, coordinating acceleration, and plays an important role in shock and vibration. This technology is also essential for smartphones and tablet computers, as they require the sort of complex abilities inherent in 3 axis accelerometers.
What is a 3 Axis Accelerometer?
The 3 axis accelerometer allows you to analyze the separate components of more complex accelerations. It consists of three internal accelerometers that are separately mounted orthogonally in a small block. With the proper hardware and software for data collection, each of the components can be graphed, or you can choose to calculate the magnitude of net acceleration.
This advanced accelerometer is used today in a wide range of demonstrations and experiments, inside and outside of laboratories. Some examples of real life applications of 3 axis accelerometer tests include:
* Testing snowboarding accelerations
* Studies and experiments with rollercoasters and other amusement park rides
* Testing vibrations and flight patterns of planes
* Testing freefalls such as sky diving
* Studies and experiments with rockets
* Astronaut training
Benefits and Features
The 3 axis accelerometer is known for its accuracy. When compared with the MEMS accelerometer, which is a more common and usual accelerometer, you will see how certain aspects have been optimized such as scale factor, alignment, and bias to provide you with the best performance and most accurate results possible. If you are looking for an accelerometer to test or experiment with any type of control applications, stabilization, or instrumentation, this type of accelerometer is hands-down your best option.
Standard features for the accelerometer include a case mounted connector, EMI and RFI protection, and internal power regulation for inputs between 8 and 45 volts. There are also ranges available up to 10gs. These units are rugged and stable, and deliver an excellent performance that is accurate even in the most severe environments. They are highly reliable and have a wide bandwidth as well as being CE Certified. In the case that you experience anything less than the best and most accurate results, the 3 axis accelerometer even comes with a two year warranty.
