Introducing Brushless 10 Click Board™: Revolutionizing Brushless Motor Control
Unleash Precision Control:
Experience unparalleled control over brushless DC motors with the innovative Brushless 10 Click Board™. Powered by the TC78B016FTG from Toshiba Semiconductor, this compact add-on board redefines motor control.
Intelligent Phase Control (InPAC):
Say goodbye to manual calibration! The TC78B016FTG's Intelligent Phase Control (InPAC) automatically adjusts the motor phase, ensuring optimal performance without the hassle of manual tuning.
Versatile Power Supply:
With support for an external power supply ranging from 6V to 30V, the Brushless 10 Click Board™ adapts to various power sources, offering unmatched versatility for your applications.
Precise Current Output:
Achieve precise current output of up to 3A, empowering you to tailor motor performance to your specifications for optimal efficiency and reliability.
Advanced Control and Diagnostics:
From rotational speed output to brake function, speed command, and safety detections, this Click board™ offers a comprehensive suite of control and diagnostic features to meet the demands of your applications.
Customizable Tunability:
Harness the power of the onboard DAC for enhanced motor control. Fine-tuned parameters such as lead angle control, output duty cycle, motor lockout, and PWM frequency selection are used for superior performance.
Seamless Compatibility:
Fully compatible with the mikroBUS™ socket, the Brushless 10 Click Board™ integrates seamlessly with any host system supporting the mikroBUS™ standard, ensuring effortless integration into your projects.
Unmatched Flexibility:
Explore endless possibilities with the mikroSDK open-source libraries. They provide unparalleled flexibility for evaluation and customization, allowing you to tailor the Click board™ to suit your unique requirements.
Groundbreaking ClickID Feature:
Experience effortless board detection and identification with the groundbreaking ClickID feature, streamlining the integration process and saving valuable time.