CLM3C-RKW-CUBWAAA3

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LED lights have been used increasingly in the recent years, with various types of LEDs available. CLM3C-RKW-CUBWAAA3 is one of the kinds, and it can be classified as LED Indication – Discrete. This type of LED is designed for a broad selection of application fields, so let’s look at how this model can be used and its working principle.

Applications Field

CLM3C-RKW-CUBWAAA3 is most commonly used in residential and commercial electronics, as a indicator LED light. It can be used as a warning light on cell phones, which flash when battery runs low or when receiving a message. It is also used in home appliances such as refrigerators, washing machines or microwaves, to indicate their status – whether the power is on, if the door is open or closed, and so on. Characteristic of this model is that it produces cold white lighting, with low power consumption.

Also, it is frequently used for automotive applications. Different colors can be used to fit different vehicles. For instance, the amber/orange color to show the rear fog light; white lighting for showing turn signal and stop lights; and green lighting for back-up lights. With durability being one of the most trait of this model, it able to withstand conditions such as shortcicuits, power surges and improper polarity.

Working Principle

In principle, the operation of a CLM3C-RKW-CUBWAAA3 light emitting diode is analogous to that of a regular PN junction diode. LEDs are composed of a PN junction – a ‘depletion zone’ formed between the N-type semiconductor and the P-type semiconductor materials. When the PN junction is forward biased, electrons and holes can reach the junction and combine, thereby releasing energy in form of light.

In more detail, the operation of an LED actually begins when the anode of the LED is connected to the positive terminal of a power source and the cathode is connected to the negative terminal of the power source. This creates a flow of electrons from the N-type region to the P-type region in the LED, which is where the light is generated. As the LED emits light, electrons from the N-type material to the P-type material and holes from the P-type material to the N-type material.

The brightness of the LED is determined by the current running through it. If the current running through the LED is increased then the brightness of the LED increases as well. The voltage of the power source also plays a significant role in determining the brightness of the LED, since the voltage of the power source determines the current running through the LED. Hence, a higher voltage will produce a brighter LED.

Conclusion

Explained above is the application fields of CLM3C-RKW-CUBWAAA3 and its working principle. This model of LED is most often used in residential and commercial electronic, as well as in automotive applications. The mechanism of operation has been elucidated in this article, with the brightness of the LED determined by the current and voltage running through it. All in all, we can conclude that the CLM3C-RKW-CUBWAAA3 LED is capable of providing efficient and bright lighting for a variety of uses.

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