LW TVSG.CB-AZBZ-JKPL-Z486-20-R18-Z Optoelectronics

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LED Indication - Discrete: LW TVSG.CB-AZBZ-JKPL-Z486-20-R18-Z

LEDs, or light-emitting diodes, are a type of semiconductor PN junction diode that produces visible light when current is supplied. LEDs have become popular alternatives to conventional incandescent and fluorescent lighting, due to their significantly lower energy consumption and higher efficiency. Among the various types of LEDs, discrete LEDs are the most commonly used in indicator lighting applications. This article will discuss in detail the application field and working principle of the LW TVSG.CB-AZBZ-JKPL-Z486-20-R18-Z discrete LED.

Application Field

The LW TVSG.CB-AZBZ-JKPL-Z486-20-R18-Z discrete LED is used for general lighting and indicator lighting applications such as signal lamps and displays. This LED features an advanced multi-mode light output and a wide operating temperature range. The LED operates at a nominal peak wavelength of 486nm with a double-pattern beam angle of 20⦁, making it ideal for signalling applications that require the highest brightness.

Working Principle

The working principle of an LED is based on the PN junction diode principle. An LED device consists of a diode that emits light when a current is applied to it. The diode contains two semiconductor layers, one P-doped layer and one N-doped layer. When a voltage is applied to the diode, electrons move from the N-doped layer to the P-doped layer, and holes move from the P-doped layer to the N-doped layer. This recombination of electrons and holes across the junction creates electron-hole pairs, which generate light when they recombine. In the LW TVSG.CB-AZBZ-JKPL-Z486-20-R18-Z LED, this effect is enhanced by the multi-mode pattern design which reduces glare and creates a consistent even beam pattern.

Conclusion

The LW TVSG.CB-AZBZ-JKPL-Z486-20-R18-Z discrete LED is an advanced lighting device designed for general lighting and indicator lighting applications. Its combination of a wide operating temperature range, high efficiency, and double-pattern beam angle make it ideal for signalling applications requiring the highest brightness. The LED operates on the principle of PN junction diode, in which electrons and holes recombine across the junction to generate light.

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