CDB1611-8W-Z

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Evaluation Boards - LED Drivers are essential for testing and developing LED drivers or any other type of driving circuit. For this purpose, a professional and robust product is required. The CDB1611-8W-Z evaluation board has been designed to fulfil this need, with its excellent performance and reliable applications.

The CDB1611-8W-Z evaluation board belongs to Murata’s Power Solutions division, specifically designed to evaluate LED drivers of automotive and industrial headlight applications. It is equipped with quick-connect terminals, and the power supply terminals allow for easy and reliable connection. The board is also supplied with two access terminals for two different LED driver circuits.

The CDB1611-8W-Z evaluation board is designed to operate in a closed-loop system, maintaining the current through the LED, to accurately control and regulate the LED output. The board features an integrated voltage regulator which can support a wide range of LED currents, from 2A to 10A, depending on the application and LED configuration. The LED driver circuit can be easily connected and disconnected using the quick-connect and power supply terminals. The board supports multiple power inputs and can be powered from both constant voltage or constant current sources.

The CDB1611-8W-Z evaluation board features an array of communication interface options. The board is compatible with I²C, analog signals, and digital communications. The board is also designed with a high power output transistor, providing robust high current operation. It is capable of controlling the LED current in both a buck and boost configuration, making it suitable for applications in automotive, industrial, and domestic lighting.

The CDB1611-8W-Z evaluation board is a highly reliable and complete solution for the development of LED drivers. Furthermore, it is designed to make it easy to monitor and control the LED driver circuit. The board can be used in a variety of applications, ranging from automotive lighting to industrial lighting and domestic lighting applications. Moreover, it is a great choice for testing LED drivers for its excellent performance, robust design, and reliable operation.

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