STEVAL-ILL080V1 - LED Array Driver Evaluation Board from STMicroelectronics

The STEVAL-ILL080V1 is a sophisticated evaluation platform presented by STMicroelectronics, designed specifically for driving LED arrays with precision and efficiency. This evaluation board is centered around the LED6001 chip, a monolithic, step-down, current-mode PWM driver capable of providing high-quality power control to LED lighting systems.

With its advanced features, the STEVAL-ILL080V1 is an ideal solution for a wide range of applications, including architectural lighting, signage, and backlighting systems. The board is engineered to facilitate rapid prototyping and testing, enabling designers to swiftly evaluate the performance of the LED6001 driver in their specific applications.

Key Features:

• Highly Efficient: The LED6001 driver ensures efficient operation with its wide input voltage range and low quiescent current, making the STEVAL-ILL080V1 suitable for battery-powered and energy-sensitive applications.
• Adjustable Current Control: Users can easily adjust the output current to the LED array, providing flexibility in controlling the brightness and overall power consumption of the system.
• Thermal Protection: The board is equipped with thermal shutdown protection, safeguarding the system from overheating and potential damage.
• Digital PWM Dimming: The STEVAL-ILL080V1 supports digital PWM dimming, offering precise control over the light output and enabling dynamic lighting effects.
• Wide LED Voltage Range: It can accommodate a broad range of LED voltages, making it versatile for various LED configurations and applications.

Applications:

• Architectural LED Lighting
• General-purpose LED Lighting
• LED Backlighting
• Signage and Display Panels

Overall, the STEVAL-ILL080V1 evaluation board is an excellent tool for developers looking to harness the capabilities of the LED6001 driver in their LED lighting projects. Its robust design and comprehensive feature set ensure that it can meet the demands of a variety of lighting scenarios, providing both performance and reliability.