Rotary O 2 Click Board

Introducing Rotary O2 Click: Precision and Flexibility at Your Fingertips

Enhance Your Design with Precision Input

The Rotary O2 Click is a cutting-edge add-on board designed for engineers and developers seeking to integrate a high-precision input knob into their projects. At its core, this board features the TLC5925 - a low-power, 16-channel, constant-current LED sink driver from Texas Instruments. This is complemented by a top-quality rotary encoder from ALPS, the EC12D1564402, ensuring precise control and seamless integration into your designs.

Visually Stunning and Highly Functional

A key highlight of the Rotary O2 Click is its visually appealing LED ring, comprising 16 individual orange LEDs. This feature adds an aesthetic touch and serves a practical purpose, visually representing the encoder position. Whether you're developing applications that require flexible position or value indicators, this Click board™ is your perfect ally.

Unmatched Compatibility and Flexibility

Compatibility is paramount in the world of electronic design. The Rotary O2 Click excels in this area by being fully compatible with the mikroBUS™ socket. It can be effortlessly used on any host system that supports the mikroBUS™ standard. Adding to its versatility, the board includes mikroSDK open-source libraries, providing exceptional flexibility for both evaluation and customization.

Revolutionary ClickID Feature

Setting the Rotary O2 Click apart is its groundbreaking ClickID feature. This innovative technology enables your host system to automatically detect and identify this add-on board, streamlining the integration process and enhancing user experience.

Why Choose Rotary O2 Click?

1. Precision Control: Thanks to the ALPS rotary encoder, you gain precise control over your design's input.
2. Visual Feedback: The LED ring offers intuitive visual feedback, enhancing the user interface.
3. Seamless Integration: With mikroBUS™ compatibility and the ClickID feature, integration into existing systems is effortless.
4. Flexibility: Open-source mikroSDK libraries allow for extensive customization and experimentation.
5. Energy Efficient: The TLC5925 ensures low power consumption, making it ideal for energy-conscious projects.