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Announcing the AS025-1 DC Motor Driver Pmod™ Lab on LiveBench

In the fast-paced world of motor control solutions, engineers are often faced with the challenge of rapid evaluation and prototyping to meet project deadlines. With the introduction of the AS025-1 DC Motor Driver Pmod™  from Renesas on LiveBench, this process has been significantly streamlined, allowing users to experience remote evaluation like never before. 

The AS025-1 DC Motor Driver Pmod™, powered by the HVPAK™ IC, offers a highly integrated solution for precise DC motor control. With features such as current monitoring and protection, it has been designed to support quick configuration and testing, reducing the time required to evaluate motor control applications. Users will benefit from the ease of integrating this board with other components through the Pmod 6A architecture, allowing seamless direction and speed control of a PMDC motor. 

Simplifying Motor Control Testing 

Traditionally, evaluating a motor driver board involves complex setups, local hardware, and careful coordination. LiveBench eliminates these barriers by offering remote access to a real hardware setup, allowing users to test, configure, and monitor their motor control systems from anywhere. This level of convenience means that whether engineers are exploring the use of I2C protocol or PIN configurations, the necessary tools and data are readily available for experimentation and optimization. 

  

Application Use Case: Real-Time Control  

The AS025-1 Pmod™ has been tailored to support use cases that require precise control over multiple DC motors. Whether it’s speed regulation, direction adjustments, or waveform analysis, the board provides flexibility in motor control while offering real-time feedback. LiveBench enhances this experience by enabling live monitoring of input and output voltage waveforms, ensuring that each control method can be tested for accuracy and consistency in real-world conditions. 

With control options available via GUI for PIN configuration or command-line for I2C, users can easily switch between different dynamic settings, adjusting speed, direction, and operational modes as required for their specific application. These features allow for detailed assessment and fine-tuning without the need for extensive physical setups. 

  

Benefits of Remote Evaluation with LiveBench 

LiveBench transforms the evaluation process by delivering all of these capabilities remotely. System Design Engineers can interact with a live hardware environment, view real-time video feeds of their tests, and monitor performance metrics—all without needing to be physically present in a lab. This flexibility not only accelerates evaluation but also facilitates collaboration across teams, regardless of geographic location. 

For application engineers and developers working with motor control in industrial automation, robotics, or consumer electronics, this remote lab setup is an invaluable resource. Testing and validation times can be drastically reduced, which shortens the design cycle and allows quicker iterations, ultimately leading to faster time-to-market for new products. 

The AS025-1 DC Motor Driver Pmod™ on LiveBench is a powerful tool for evaluating Renesas motor control solutions, and the seamless remote access provided by LiveBench offers unmatched convenience and efficiency. 

Try the AS025-1 DC Motor Driver Pmod™

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Arun Sarathi
Arun is a R&D Hardware Engineer at TenXer Labs, where he is involved in design and testing of innovative solutions for the energy and mobility sectors, using his expertise in Industrial Internet of Things (IIoT), Large Language Models (LLM), and Machine Learning Algorithms. He has contributed to several projects that have improved the efficiency, performance, and sustainability of various applications, such as smart grids, electric vehicles, and renewable energy systems.
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