NV786630R1DAGEVB

Series:	--
Part Status:	Active
Lead Free Status / RoHS Status:	--
Current - Output / Channel:	--
Moisture Sensitivity Level (MSL):	--
Outputs and Type:	2, Non-Isolated
Voltage - Output:	--
Features:	Dimmable
Voltage - Input:	5 V ~ 40 V
Supplied Contents:	Board(s)
Utilized IC / Part:	NCV78663

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Introduction

NV786630R1DAGEVB is an evaluation board, designed to evaluate the characteristics of LED drivers by offering the user flexibility in driving single- and multi-channel LED drivers. The board is suitable for applications such as automotive lighting, smart lighting, architectural lighting, and lighting systems.

Application Field

The NV786630R1DAGEVB is a versatile platform suitable for many different applications. In automotive and smart lighting applications, designers of automotive lighting systems, can get fast and easy access to the characteristics of modern LED drivers to make informed decisions. This allows fast verification of driver characteristics and allows the designer to tune the driver to the application requirements.In architectural and display lighting applications, the NV786630R1DAGEVB provides a platform to compare and verify different driver characteristics to find the optimal solution for their application. This enables the designer to find the best driver solution for their requirements ensuring the best possible performance for any lighting installation.

Working Principles

The NV786630R1DAGEVB board consists of two main components. The main board and the driver board. The main board comprises of a controller, a set of power supply regulators, and a set of control interfaces and programming connectors. The driver board contains the LED drivers, which are the actual components being evaluated.The main board is responsible for the primary task of providing all the necessary power supplies to the driver board, as well as managing and controlling the LEDs. The board contains two independent regulators, one to supply VDD, and one to supply VLED. The board also contains an LED controller, and additional control interfaces such as an I²C bus and a set of GPIOs.The LED drivers are the actual components being evaluated and are connected to the main board via the driver board. Each LED driver is able to drive up to 8 LEDs independently, with adjustable brightness and dimming level. The LED drivers are controlled via the main board, and provide feedback via the GPIO pins on the driver board.

Conclusion

The NV786630R1DAGEVB board is an effective evaluation platform for LED drivers. It allows the user to evaluate LED drivers for several different applications, such as automotive lighting, smart lighting, architectural lighting, and lighting systems. It also provides the user with the ability to control the LED brightness and dimming levels. The board consists of a main board and a driver board, and is able to independently drive up to 8 LEDs with adjustable brightness and dimming levels. It is a useful tool for evaluating LED driver performance, and allows designers to make informed decisions regarding the best driver solution for any lighting installation.

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