HLMP1520 Optoelectronics

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HLMP1520 Application Field and Working Principle
• Overview
  The HLMP1520 is an advanced high-efficiency Power LED engineered to operate in harsh environments. This advanced device is designed for both interior and exterior lighting applications such as automotive lightings, indications, backlights, etc. Its advanced performance also make it an ideal candidate for industrial and mobile signal towers.
• Application Field
  The HLMP1520 series are engineered to withstand high temperatures, humidity, and vibration while providing directional illumination. This makes the device idea for a variety of lighting applications such as:
  • Interior lighting – office lighting systems, discotheque lighting, LED flood lights and LED spot lights, LED under cabinet lighting, LED task lighting, LED decorative lighting, LED cove lighting
  • Signal towers and traffic lighting
  • Automotive backlights, dashboard and dashboard and dashboard indicators, auto headlights, and various vehicle lights
  • Exterior lighting – landscape lighting, underground lighting, historic monuments lighting
  • Industrial applications including high-efficiency factory lighting, hazardous area lighting, and general plant lighting
• Working Principle
  The HLMP1520 LED is a high efficiency power LED a offers a wide operating range from 3.0V to 6.0V. This advanced device is engineered to optimize the amount of power consumed while ensuring the ultimate in durability. It features a unique built-in optical lens that transmits and controls the light output. The HLMP1520 also has a built-in thermal protection that prevents the LED from overheating and keeps it running efficiently.The HLMP1520 LED works by converting an electrical input into visible light using a combination of chemicals and semiconductor materials. When a voltage is applied to the semiconductor, electrons are part of a circuit and then released. The released electrons are then absorbed by the chemicals, which then convert the energy into visible light. The intensity of the light produced is directly proportional to the amount of voltage applied.

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