PCH200-BCG Optoelectronics

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LEDs—or light emitting diodes—are rapidly becoming the preferred source of interior lighting in homes and businesses. This is in part due to their brighter, more energy-efficient illumination that can last up to fifty thousand hours. But more importantly, LEDs can be used as a cheaper, eco-friendly alternative to conventional incandescent and fluorescent bulbs. Enter the PCH200-BCG, a high-power surface mount LED from Cree that offers a range of lighting applications in both residential and commercial spaces.

At the heart of the PCH200-BCG is Cree’s patented Multi-Junction Technology (MJP), a process that starts with three or four separate layers of n- and p-type materials, each designed to move the electrons in a specific direction. The result is a diode that is able to emit the three primary colors of light – red, green and blue – at an exceptionally high efficacy, making the PCH200-BCG more suitable for a variety of uses than its traditional LED counterparts.

One of PCH200-BCG’s standout features is its ability to replace conventional 20, 50 and even 100 watt halogen bulbs. Its high-power output is the result of a combination of advanced thermal management technologies, including a thermally conductive heatsink and advanced phosphor technology, both of which ensure a cool operation and enhanced lumen maintenance. The PCH200-BCG also provides perfectly-tuned Chromaticity coordinates for exceptional color rendering (CRI of 80) and maintains its brightness over a wide range of temperatures and applications, including direct view, backlight, and interactive displays.

This LED lamp also comes equipped with multiple control options, including 0-10 V dimming, five- and seven-step dimming, 1-2 second “reconnect and continue”, and pre-programmed dimming profiles. Additionally, the PCH200-BCG has a Short-circuit Protection System (SPC), which prevents current overload and protects key components from damage.

All in all, the PCH200-BCG offers a cost-effective, eco-friendly solution for lighting applications. Its combination of advanced optical, thermal, and electrical features make it a viable replacement for traditional incandescent and fluorescent sources, while still providing a bright, efficient, and long lasting lighting source.

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