HLMP2300 Optoelectronics

HLMP2300: Application Field and Working Principle

HLMP2300 is a low-power source semi-enclosed LED with a typical power consumption of 80mW, making it ideal for a range of applications such as backlighting in LCD displays, color filters and indicator lamps. This LED is ideal for both industrial and consumer applications. The product has a peak wave length of 645nm and is available in a 2.3mm x 2.3mm package.

Application Field

HLMP2300 LED is a perfect choice for backlights in LCD displays. It offers a wide viewing angle, low power consumption and remarkable luminous intensity at 10mA current density. It is also often used as a replacement for the traditional incandescent bulbs, as a colour filter or indicator lamp. Specifically, its applications are seen in instrument panels, television sets, medical imaging, automotive lamps, computer enclosures and barcode scanner illumination.

Working Principle

An LED is a diode that emits light when current is applied to it. LEDs are different from regular diode circuits in that the electric current is allowed to flow through them in only one direction. In HLMP2300, the light is produced in a semi-enclosed plastic material. The light is produced when current is applied in a certain way. The light emitted from the HLMP2300 is the result of electrons (which are the basic unit of electricity) becoming excited and releasing energy in the form of light.

LEDs - Circuit Board Indicators, Arrays, Light Bars, Bar Graphs

LEDs are commonly used as circuit board indicators, arrays, light bars and bar graphs. They are typically used as indicators to alert user to the status of something. They are also used to highlight important areas on printed circuit boards and highlight key parts of machinery. LEDs are also used in light bars and bar graphs to indicate various levels of any measured or monitored parameter. LEDs can be chosen based on light intensity, beam angle, durability and affordability.

HLMP2300 LED is an ideal choice for a variety of applications, including backlighting for LCD displays and indicator lamps. It offers a wide viewing angle, low power consumption and superior luminous intensity at current densities of 10mA or lower. The LED can be used in instrument panels, television sets, medical imaging, automotive lamps, computer enclosures and barcode scanner illumination.