C5400-N-S

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LED Lighting - COBs, Engines, Modules

The C5400-N-S is a powerful and versatile LED lighting solution. It is suitable for many different applications, and consists of three main components: the COB, the engine, and the module.

COB

The COB (Chip on Board) is a type of integrated circuit that utilizes multiple chips on a single, thin substrate. This allows for greater heat dissipation and higher power density. The C5400-N-S COB has a narrow beam angle of 88 degrees, and is available in 5 different colors, including white, red, green, blue, and cyan.

Engine

The engine is the heart of the C5400-N-S LED lighting solution. It is designed to provide a highly efficient and stable power supply, and can effectively regulate the power according to the actual demand. It can control the C5400-N-S LED COB from 50V to 150V, and can be used with the latest AC and DC systems.

Module

The module is the interface between the engine and the C5400-N-S COB. It allows for more precise and efficient control over the power supply and light output of the COB. It supports PWM and analog dimming, and can be configured for various modes, including constant voltage, constant current, and open loop dimming.

Applications

The C5400-N-S LED lighting solution is ideal for a wide range of applications, from commercial and industrial projects, to retail and residential settings. It can be used for display cases, architecture installations, accent lighting, cove lighting, and general task lighting. It is also highly suitable for lighting of furniture, product shelves, and more.

Working Principle

The C5400-N-S LED lighting solution consists of three main components: the COB, the engine, and the module. The COB is a type of integrated circuit that utilizes multiple chips on a single, thin substrate, allowing for greater heat dissipation and higher power density. The engine is responsible for providing a highly efficient and stable power supply, while the module acts as an interface between the engine and the COB, allowing for more precise and efficient control over the light output of the COB.

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