PAM2804EV1

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The PAM2804EV1 Evaluation Board is an LED driver, designed to control up to four LED strings from a single dimming source. It is Arduino compatible, making it ideal for powering a wide range of LED based products, from simple lighting applications, to more sophisticated and complex lighting projects. This evaluation board is designed to make the evaluation, development and debugging of LEDs with the PAM2804EV1 microcontroller simple and efficient.

The PAM2804EV1 Evaluation Board includes an on-board power conditioning system, featuring configurable Linear Technology low noise buck converters and 60V linear regulation. The evaluation board also utilizes a four-string automotive grade LED driver suitable for driving up to four strings of LEDs with a maximum current of up to 25mA per string. The board includes an interface connector that allows the user to easily program and take readings from their PAM2804EV1 development kit.

The PAM2804EV1 Evaluation Board is ideal for applications where a high performance, low power consumption and versatile LED drivers are needed. It is designed to workunder a wide range of operating conditions and can be used for dimming and smooth fades. The board comes with ESD protection and is designed for automotive, industrial and consumer applications.

In terms of its working principle, the PAM2804EV1 Evaluation Board is designed around a linear technology low noise buck / boost converter and a 4-string LED driver. It is designed to draw input power from an automotive battery (12/24 VDC) and deliver output current up to 25 mA per LED string. The buck/boost converter provides full dimming functionality with a wide range of dimming profiles. The on-board LED driver is capable of driving at 10-bit resolution and its dimming profile can be programmed via a simple interface connector.

The PAM2804EV1 Evaluation Board is designed for use with the PAM2804EV1 microcontroller. This microcontroller is designed to provide robust and reliable control of LEDs using a wide range of dimming profiles and customizable options. Controllable features such as temperature, brightness, and adjustable power settings can be configured and the firmware can be updated over the air, making the PAM2804EV1 ideal for automotive, consumer, and industrial lighting applications.

In summary, the PAM2804EV1 Evaluation Board is a versatile LED driver designed to provide reliable control of up to four LED strings from a single dimming source. It features configurable Linear Technology low noise buck converters and 60V linear regulation, while its on-board LED driver can provide up to 10-bit dimming resolution. Additionally, the board is Arduino compatible, making it suitable for a wide range of LED based products and applications. With its excellent performance and low power consumption, the PAM2804EV1 Evaluation Board is ideal for use in automotive, industrial, and consumer lighting applications.

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