CLP6C-RKW-CYBA0AA3 Optoelectronics

LED Indication - Discrete

CLP6C-RKW-CYBA0AA3 is a LED indicator with discrete features. It is specifically designed for applications in the medical, automotive, industrial, military and aviation sectors. This LED indicator is capable of operating in a wide range of temperature ranges, from -40° 185° Fahrenheit, and is extremely durable and reliable in its operations. It is also low power consuming and offers long service life.

Applications

The CLP6C-RKW-CYBA0AA3 is most commonly used for general purpose applications, including: signaling, lighting, refueling, chock status, and engine and equipment diagnostic displays. Its versatility and ruggedness makes it suitable for many diverse operations, in particular the harsh environmental conditions experienced in the Auto, Aviation, Marine, Industrial and Military sectors. For example, it provides reliable visibility in all weather conditions including stormy weather, heavy fog, harsh rain and snow. Additionally, the light’s bright illumination makes it great for navigation purposes, ideal for alerting aircraft of runway boundaries. This LED indicator is incredibly durable, so it is especially useful for outdoor use and in environments with corrosive atmospheres.

Working Principle

The CLP6C-RKW-CYBA0AA3 works on a simple principle—it produces light from electricity. The electricity used in the operation of this discrete LED indicator is supplied either by a 3.2V or 6V DC battery or from 9V to 24V DC constant power sources. Its circuit structure design ensures oscillation frequency stabilization, voltage reduction and temperature compensation.

The LED indicator consists of two main sections—the LED light element and the electrical connector housing. The LED light element consists of two ends: an anode pin, which supplies a positive current to the LED light element, and a cathode pin, which returns the current. The electrical connector housing consists of two prongs that are soldered onto wire leads and connected to the LED light element.

The LED light element works by using electricity as its power source. When an electric current is passed through the LED, electrons within the chips of the LED light element will be excited and emit photons—these photons are the visible light that is needed for this LED indicator to function. The electrons will continue to be excited until the electricity stops flowing, thus ending the operation of the LED indicator.

Conclusion

The CLP6C-RKW-CYBA0AA3 LED indicator is widely used in mission-critical applications where reliable performance and extreme durability are essential. Its bright illumination and ability to withstand tough conditions make it an ideal choice for a variety of operations. The LED light element’s simple working principle makes it easy to understand and maintain. Its impressive credentials and features make it one of the most reliable LED indicators available today.