LX18-P130-3 Optoelectronics

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Introduction

LX18-P130-3 are energy efficient LEDs with a maximum efficiency of 130-181 lm/W at 95Ra and color temperature range from 2800K to 6500K. LX18-P130-3 have wide application fields and its working principle can be divided into two parts: optical and electrical.

Application Field of LX18-P130-3

Due to its superior performance, the LX18-P130-3 LEDs can be benefitting a wide range of applications, from automotive lighting to general lighting.

In Automotive lighting, the LX18-P130-3 are used for a wide range of applications including interior cabin lighting, rear license plate lighting, exterior taillights, and even headlights. The LX18-P130-3 LEDs can be used as “daytime running lights”, as they provide an unobtrusive and low energy output, increasing visibility and safety while reducing power consumption. In addition, they provide an extended life expectancy, reducing maintenance requirements and any related vehicle downtime.

In general lighting, the LX18-P130-3 LEDs can be used in street lamps, recessed ceiling luminaires, exposed luminaires and many other types of commercial and residential lighting, due to its superior efficacy, better color rendering performance and nominal dimensions compared to traditional light sources.

Working Principle of LX18-P130-3

The working principle of the LX18-P130-3 LED is essentially divided into two elements: optical and electrical. The optical element consists of the LED chip, package, and thermal/optical elements. The electrical element primarily consists of the LED driver, which supplies the LED chip with current, and a control system, which determines how the current is applied.

The LX18-P130-3 LED chip itself is usually encapsulated within a plastic or ceramic package and consists of a number of semi-conductor layers. These layers typically consist of an anode and a cathode, separated by an active layer. The anode and cathode are connected to an LED wire contact and the LED driver. When current is applied, electrons within the semi-conductor layers travel from the cathode to the anode, liberating energy in the form of light.

The LED driver is an electronic circuit that supplies power to the LED chip, rectifying the input AC voltage and regulating the output current and voltage. This output current and voltage can be manipulated to control the color temperature and levels of the LX18-P130-3 LEDs. A control system can also be implemented, to manipulate various elements of the supplied current, such as dimming, flashing and frequency modulation.

Conclusion

From the above analysis it can be seen that the LX18-P130-3 LEDs are energy efficient, long lasting, bright and are well suited for various applications. This combination makes the LX18-P130-3 an ideal choice for lighting applications, particularly in automotive and general lighting. The fact that the LX18-P130-3 has a wide range of application fields and it’s working principle can be divided into both optical and electrical elements provides users with many advantages in terms of design and power consumption.

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