CXA2520-0000-000N0HR250F

The CXA2520-0000-000N0HR250F is a multichip LED module with a Compact Ceramic and plastic (CCC) package. The module uses two separate housings to accommodate two sets of LED chips. The CXA2520-0000-000N0HR250F also features a built-in heatsink, which helps to dissipate heat generated from the LED chips. As a result, the module is designed to provide high-intensity and uniform brightness with minimal lumen degradation over time.

The CXA2520-0000-000N0HR250F is designed for use in a variety of lighting applications, including spotlights, floodlights, and recessed can lighting. This module provides a compact and efficient design for a fixed output of 200 lm/W. It also has a wide beam pattern of 110˚ for a variety of lighting needs. Additionally, the module has a color temperature of 3000K and a CRI of 90+.

The CXA2520-0000-000N0HR250F is powered by a constant current converter. This converter helps to evenly distribute current to the LEDs, ensuring reliable operation and maximum brightness. Additionally, the module is resistance to thermal shock and vibration, making it suitable for outdoor lighting applications. The module has an operating temperature range of -40˚C to 125˚C, making it suitable for a wide variety of environments.

The working principle of the CXA2520-0000-000N0HR250F is fairly simple. Incoming AC power is rectified to DC power for the LEDs. This DC power is then regulated by the constant current converter, which evenly distributes the current to the LED chips. As a result, the LED chips emit a bright and uniform light. The built-in heat sink helps to dissipate the heat generated from the LEDs, ensuring that the module operates at its optimal temperature.

The CXA2520-0000-000N0HR250F is an ideal choice for lighting applications that require high lumen output and consistent light levels. Its compact size and efficient design make it perfect for applications where space is limited. Additionally, the module’s robust design makes it suitable for a wide range of environments where reliability is essential.