XVB1LUY50D Optoelectronics

Series:	--
Packaging:	Bulk
Lead Free Status / RoHS Status:	--
Part Status:	Active
Moisture Sensitivity Level (MSL):	--
Color:	Yellow
Wavelength - Peak:	590nm
Configuration:	Single
Current:	10mA
Millicandela Rating:	30mcd
Viewing Angle:	60°
Lens Type:	Diffused
Lens Style/Size:	Round with Domed Top, 5mm (T-1 3/4)
Voltage Rating:	1.95V
Mounting Type:	Through Hole, Right Angle

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XVB1LUY50D Application Field and Working Principle of LEDs

Light emitting diodes, commonly referred to as LEDs, are a solid-state semiconductor device that emits visible light when electric current passes through it. LEDs are used in a variety of applications, including indicators, arrays, light bars, bar graphs and more. The XVB1LUY50D LED is one such example. Let us now discuss the application field and working principle of the XVB1LUY50D LED.

Application Field of XVB1LUY50D LED

XVB1LUY50D LEDs are designed for panel indicator applications where high luminous intensity and contrast ratio are required. These LEDs are ideal as direct replacements for backlit LCD displays, providing superior visibility and contrast in brightly lit locations. They are also used in commercial and industrial applications including machine automation, factory automation, gaming machines, etc.

Benefits of Using XVB1LUY50D LEDs

XVB1LUY50D LEDs provide far superior reliability than traditional LCD displays because they require no backlight and are much less likely to suffer from burnout or other forms of damage. Additionally, they require very little input power and generate very little heat, making them very energy efficient. The XVB1LUY50D also offers a wide viewing angle of up to 178°, as well as high luminous intensity and contrast ratios.

Working Principle of XVB1LUY50D LED

The working principle of the XVB1LUY50D LED is based on the fact that the gain medium in a diode-pumped laser is stimulated to emit light when a voltage is applied across its terminals. In an LED, this voltage is applied in the form of an electric current. When the electric current passes through the semiconductor diode, the electrons are excited to higher energy levels. When these electrons return to their ground state, they emit light in the process, resulting in the emission of visible light.

Conclusion

The XVB1LUY50D LED has found a wide range of applications in commercial, industrial and consumer environments due to its superior reliability, wide viewing angle, high luminous intensity, and contrast ratio. Its working principle is based on the fact that when a voltage is applied to the semiconductor diode, electrons are excited to higher energy levels and when they return to their ground state they emit visible light.

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