Fermion ADXL345 Triple Axis Accelerometer Module - Cover Expand

Fermion ADXL345 Triple Axis Accelerometer Module

DFRobot DFRobot

9DFFADXL345

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This small lightweight Fermion ADXL345 Triple Axis Accelerometer Module measures static and dynamic acceleration for mobile applications like fitness watches.

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In the world of electronics, tinkerers have all manner of small to large components available to build the cool and useful DIY devices we love. If your interests align with robotics or smart wearable tech, then tiny yet powerful breakout boards like this ADXL345 Triple Axis Accelerometer Module can add greater functionality to your projects. These sensors function on low power consumption and feature SPI or I2C digital interfaces to integrate with other components and controllers like Arduino Uno.

The Fermion ADXL345 Triple Axis Accelerometer Module packs a high 13-bit resolution motion sensor with fantastic features into the small, thin form of 3mm x 5mm x 1mm. The motion sensor measures the static acceleration of gravity from tilting your device and the dynamic acceleration from shock impacts like steps as you walk. Thanks to its high resolution, the sensor can detect inclination changes less than 1 degree. These features also make it possible for this handy sensor to detect single or double taps, activity or inactivity, and if your device is in free fall. By mapping these measurements to one or two output pins, you can utilise a FIFO buffer to store data and minimise host processor intervention.

These awesome features and its compatibility to Arduino devices makes the Fermion ADXL345 Triple Axis Accelerometer such a fantastic little module for mobile and wearable applications. You could create whacky hobby creations or industrial level instruments. And of, course the wonderful open-source resources online has everything you need to get started within the DIY online community. If you’re itching to create your own custom fitness device or a smart headset that desponds to the bobbing of your head, pick up and enjoy the Fermion ADXL345 Triple Axis Accelerometer Module’s convenient fun features.

 

Fermion ADXL345 Triple Axis Accelerometer Module - Technical Specifications:

  • Operating Voltage                         

– 3.3V to 6V

  • Accelerometer Type

– MEMS

  • Current Consumption

Working Mode: 40uA @2.5V

Standby Mode: 0.1uA @2.5V

  • Power Supply

– 2V to 3.6V DC

  • Communication Interfaces

– I2C | SPI (3 or 4 lines)

  • Features

– Tap/Double Tap Detection

– Free-Fall Detection

– Activity/Inactivity Detection

– High Resolution (13-bit) Measurement up to ±16g

  • Weight

– 8g

  • Dimensions

– 3x5x1mm

 

Additional Resources:

  • If you’re unsure where to start, we recommend taking a look at the original DFRobot ADXL345 Accelerometer Wiki Page, where you can find a good range of resources toward the bottom of the description, including schematics and sample codes.

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Fermion ADXL345 Triple Axis Accelerometer Module

Fermion ADXL345 Triple Axis Accelerometer Module

As self-proclaimed “Robo-holics”, DFRobot is a company comprised of over 100 staff members, of which 30% are engineers who love to build robots. It was started in 2008 with the goal of embracing and promoting open-source hardware, with a core focus on Arduino, Raspberry Pi and their very own LattePanda development boards. Since then, DFRobot have manufactured over 1300 unique modules, sensors and components that all work together and complement each other, allowing users like us to enjoy a full spectrum of cutting edge robotics and electronics without having to pay premium prices.


With the primary goal of developing and manufacturing great quality products, while making them accessible to as many people as possible, DFRobot are rapidly becoming one of the most common-place brands in the world of open-source robotics and electronics. With more than 1300 products developed in-house, and an impressive range of different categories and specialisations, there are few brands in the world who can compete in terms of quality, accessibility and genuine innovation.