BXRC-30E10K0-D-72-SE

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LED lighting technology is constantly evolving and advancing in order to meet the needs of today’s consumers and industry standards. BXRC-30E10K0-D-72-SE is a light-emitting diode (LED) chip which is often used for LED lighting applications. Here we look into its application field and working principles.

Application

BXRC-30E10K0-D-72-SE is a high power integrated chip which works as part of a comprehensive lighting system. It is mainly used in high-power utility, commercial and industrial applications, such as agricultural and horticultural lighting, street lights, stadium lighting, area and floodlighting, indoor spotlighting and outdoor spotlighting. It is also used in applications as diverse as automotive lighting, medical lighting and decorative lighting.

Characteristics

BXRC-30E10K0-D-72-SE is a high-power ceramic LED package with a wide viewing angle, excellent thermal conductivity and UV resistance. Other features include a maximum forward current of 10A, excellent flux uniformity, low thermal resistance, low thermal drift, high efficiency (Series 30E output power of >= 147lm / W after 2.6A), long life (with LM device >70,000hrs @ TA = 25 °C), driving current flexibility and precise bag size.

Working Principle

BXRC-30E10K0-D-72-SE is a type of light emitting diode (LED) chip, the main component of which is a semiconductor. It is composed of a substrate, a semiconductor layer (with PN junction), an electrode and a phosphor layer. When current is applied, electrons and holes are generated in the semiconductor layer. When electrons and holes recombine, photons are released, thus producing light. The light is then modulated by the phosphor layer to produce multiple colored light.

Conclusion

The BXRC-30E10K0-D-72-SE chip is a high-power, high-efficiency LED component which is commonly used in LED lighting applications. It has excellent thermal conductivity and UV resistance, with a long life and precise size. Its working principle is based on the generation of photons when electrons and holes recombine in the semiconductor layer, and the modulation of light by the phosphor layer.

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