CMD11504G

LED indicators, or LEDs, play a vital role in providing signals to users about the behavior of electronic equipments. Used in a wide variety of electrical devices, LED indicators help to indicate when power is on, when the battery is low, and when a mechanism has been activated. This type of discrete visual indicators enhance user efficiency and overall reliability of machinery.

The CMD11504G is a reliable and cost-effective red LED indicator used in an array of applications. Its construction consists of a plastic housing, an integrated optics and reflecting element and a red LED light source. It has a fast response time, a viewing angle of 22° and a wide range of operating temperature & humidity.

The CMD11504G is primarily used in HVAC and climate control systems, consumer electronics, home appliances, and other general illumination applications. By providing crisp and uniform illumination, it contributes to the overall user experience and satisfaction. It is designed to provide a long useful life under frequent operating conditions.

The working principle of the CMD11504G LED indicator is fairly simple. It utilizes electricity to cause electrons to move within an atom which then creates the principle of light emitting diodes. The electrons move from the ground state to excited state, releasing the energy with photons. This reaction leads to the release of a red color light which is emitted from the LED. By regulating the intensity and color of this light, different indications can be created.

Due to the efficient design of the CMD11504G LED indicator, it consumes only a small amount of power while providing plenty of illumination. This makes it ideal for low-power and battery-operated devices. Additionally, its wide range of operating temperature and humidity offer superior reliability even in extreme conditions.

The CMD11504G LED indicator is an excellent choice for a variety of applications. It provides crisp and uniform illumination and is reliable in a wide range of operating conditions . Its power efficient design is perfect for low-power and battery-operated devices which require quick responding visual indications.