C4SMN-BJF-CR24Q3C2

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

LED Indication - Discrete technology has been rapidly growing and evolving over the past decade. C4SMN-BJF-CR24Q3C2, a type of discrete LED indicator, is particularly popular and widely-used due to its robustness and versatility. The purpose of this article is to discuss its application field and working principle, in order to provide readers with a better idea about how this form of technology works.

Application Field

Generally speaking, the C4SMN-BJF-CR24Q3C2 can be applied in a variety of scenarios, ranging from industrial robotics, automation and control, to lighting, production and manufacturing. The main advantage of these LED indicators is their high visibility - typically, they can be viewed from tremendously long distance, up to 15 feet away, so they are ideal for many industrial process applications.

Specific applications of the C4SMN-BJF-CR24Q3C2LED indicators include providing informational feedback and control, since they can offer a wide range of signals, such as OFF, ON, flashing and pulsing embers. This functionality is particularly useful in the context of industrial manufacturing and process control, where it can be used to clearly identify when a given process is in operation, and when it is paused or stopped.

Working Principle

The C4SMN-BJF-CR24Q3C2 LED indicator also operates according to a straightforward principle. When the LED is switched on, the LED emits light, which is then guided outward through a reflective surface. This reflective surface is usually made of a polymer or aluminum and serves to amplify the brightness of the LED. This amplification process means the LED can be viewed from very long distances - up to 15 feet - and provides a bright and consistent stream of light.

The change in the brightness of the LED is also adjustable, however this is achieved by changing the externally applied voltage. Applying a higher voltage increases the intensity of the emitted light, while reducing the voltage reduces the brightness. Thus, by modulating the voltage, the brightness of the LED can be adjusted to fit the needs of the given application.

In addition, the C4SMN-BJF-CR24Q3C2 LED indicator uses specialized infrared technology to achieve its high visibility characteristics. This infrared technology is essentially invisible to the human eye, allowing the LED to be seen at a much greater distance than other types of LEDs. Additionally, since the LED is visible only at a certain angle and only when illuminated, it helps to ensure the operator or user can only see the LED when it is intended.

Conclusion

In conclusion, the C4SMN-BJF-CR24Q3C2 is an ultra-low profile LED indicator that provides both high visibility and exceptional reliability, making it well-suited for a variety of applications. Its main advantages are its long range visibility and adjustable light intensity, both of which are achievable due to its infrared technology and reflective surface. As the industry continues to move towards more advanced forms of discrete LED technology, the C4SMN-BJF-CR24Q3C2 is likely to remain a popular choice because of its performance and cost effectiveness.

The specific data is subject to PDF, and the above content is for reference