FAN5607 Evaluation Board

The FAN5607 Evaluation Board is a compact circuit featuring the FAN5607 HMPX in a 4x4 MLP package along with two 4.7 µF capacitors. This setup is designed to deliver stable input and output current for up to four of Fairchild's super bright white LEDs.

The FAN5607 Evaluation Board serves as a practical platform for evaluating the performance of the FAN5607 high-performance LED driver. The circuit is designed to efficiently drive multiple LEDs while maintaining a consistent current output, which is crucial for achieving uniform brightness and color consistency across the LEDs.

The core component, the FAN5607, is a high-frequency PWM (Pulse Width Modulation) driver that operates with a wide input voltage range, making it suitable for various applications. The 4x4 MLP package allows for a compact design, which is beneficial for space-constrained applications. The inclusion of two 4.7 µF capacitors is essential for stabilizing the input and output currents, ensuring that the driver can respond effectively to changes in load conditions without introducing flicker or fluctuations in brightness.

In addition to the LED driving capabilities, the evaluation board may include test points for measuring voltage and current, as well as jumper settings for configuring different operating modes. This flexibility allows engineers to explore various configurations and optimize the performance of the FAN5607 in their specific applications.

Overall, the FAN5607 Evaluation Board is an essential tool for designers looking to implement high-efficiency LED lighting solutions, providing a reliable means of assessing the capabilities of the FAN5607 driver in real-world scenarios.The FAN5607 Evaluation Board is a compact circuit including the FAN5607 HMPX in a 4x4 MLP package and two 4.7uF capacitors which can provide stable input/output current for up to four of Fairchild s super bright white LEDs. 🔗 External reference