CFT-90-WDS-X11-VA500

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The CFT-90-WDS-X11-VA500 is an LED lighting component designed for a variety of applications. In particular, it is used in applications involving light-emitting diodes, such as COB\'s, Engines, and Modules. This component offers a wide range of features, such as wide voltage compatibility, a high luminous flux output, and high light efficiency.

Application Field

The CFT-90-WDS-X11-VA500 is an ideal component for use in high-power applications. It is well-suited for applications that require a high degree of performance, such as large-scale lighting solutions, industrial lighting, and automotive lighting. Additionally, it can be used in niche applications such as underwater lighting and projection lighting. Due to its wide voltage compatibility, it is also suitable for use in lighting designs that use either constant current or constant voltage power supplies. This component’s performance is so impressive that it can even be used in applications that require frequent on/off cycling, since its high temperature rating enables it to withstand the effect of such high-frequency operations.

Working Principle

The CFT-90-WDS-X11-VA500 uses an array of high-power LED chips configured in an LED module. Each LED chip is driven by an independent driver, allowing for a higher degree of control over the output of the LED component. This component is highly efficient, enabling it to produce a high luminous flux output with a relatively low power input. It also supports wide voltage compatibility, allowing it to be used in both constant current and constant voltage power supplies.

The module utilizes passive cooling to dissipate heat from the LED chips and drivers. The module features a reflective coating inside the housing to ensure maximum light output from the LED module. Additionally, it features a number of advanced safety features, such as an over-temperature protection circuit and a short-circuit protection circuit, which protect the LED module from damage due to high temperatures or short circuits. This component is also designed to be highly efficient and is able to maintain its efficiency over a wide range of ambient temperatures.

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