EALP02RRBRA0

LED Indication - Discrete

LED indicators are widely used for discrete indications, such as displaying on/off states, diagnostics, alarms, and status signals. These indicator lights are used in applications such as medical equipment, industrial instrumentation, and precision process control to improve safety and accuracy. The acronym LED stands for light-emitting diode which is an electronic device that emits visible light. The type and operating principles of LEDs used for indications are typically grouped as discrete, ambient light, or high intensity.

EALP02RRBRA0 Application Field and Working Principle

EALP02RRBRA0 is a type of LED indicator manufactured by Shinetop Technology and is widely used in appliance, automotive, industrial, and communication applications. This LED indicator is a light-emitting diode specifically designed for discrete indication, meaning that it works as a simple on/off light source with very little current draw when it is switched on. It is available in round and rectangular packages with a wide variety of colors and brightness options.

The basic operating principle for this device is based on the phenomenon of electron-hole recombination in diodes that results in the emission of light. When an electric current passes through the LED’s semiconductor material, electrons are set in motion and collide with the positively charged holes in the semiconductor material that were created by the electric current. During this collision, energy is released in the form of light. Due to its unique design, the EALP02RRBRA0 LED indicator is capable of providing very precise indication with minimal current draw.

Key Features and Benefits

The EALP02RRBRA0 LED indicator is available in a variety of colors and brightness levels, making it a versatile option for discrete indications. The wide range of colors makes it possible to differentiate between multiple states or signals with a single glance, making it ideal for applications where precise diagnostics and precise signals are paramount. In addition to providing precise indications, the EALP02RRBRA0 LED indicator also provides a longer lifetime than most other LED indicators, ensuring it continues to provide precise indications even after extended periods of use.

The EALP02RRBRA0 LED Indicator also offers excellent reliability and durability. Its design is resistant to shock and vibration, meaning it is a suitable option for applications in rough environments. The LED itself is also resistant to heat and moisture, making it ideal for harsh climates and applications where regular exposure to water is expected. It also features reverse polarity protection which helps protect it against accidental overloads and prevents the LED from being damaged in the process.

Applications

Because of its versatility and reliability, the EALP02RRBRA0 LED Indicator is an ideal choice for many different types of applications. It is often used in appliances, automotive dashboards, industrial instruments, and communication systems, as well as in medical equipment and precision process control. Its high level of precision makes it suitable for complex applications such as aircraft navigation systems and remote controls.

In addition to its discrete indication capabilities, the EALP02RRBRA0 LED indicator is also equipped with optional ambient light identification capabilities. This feature makes it useful for applications such as screening machines and self-service kiosks, as it can help detect and identify a person’s presence in a room or area. The ambient light mode can also be used in areas with limited visibility, such as warehouses or storage facilities.

Conclusion

The EALP02RRBRA0 LED Indicator provides a highly accurate and reliable discrete indication option for many different applications. Its wide range of colors and brightness levels make it suitable for a variety of applications, and its high level of precision and reverse polarity protection ensure that it will remain accurate and protected even after multiple uses. Its ambient light identification capabilities also make it an ideal choice for applications that require accurate detection and identification.