BRBG1211C-TR Optoelectronics

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LED Indication - Discrete refers to the use of lit diodes to indicate the status of a process or machine. In this case, BRBG1211C-TR are discrete LED indicators that are widely used in medical industry and other critical applications. This article will discuss the application field of this LED indicator, as well as its working principle.

Application Field

BRBG1211C-TR is a discrete LED indicator with a wide range of applications. Its UV sensitivity enables the LED indication to be safely used in medical and other sensitive environments. The LED indicator is typically used to detect diseases and monitor infection progress in medical laboratories.

In industrial applications, BRBG1211C-TR is used to indicate the status of a process or machine, such as condition or temperature. Other common applications include alarm or signal indication in harsh environment, and temperature monitoring in food-processing applications.

Working Principle

BRBG1211C-TR is a discrete LED indicator, which means it does not require a power supply for operation. It emits a light signal in the visible wavelength range when it is illuminated with Ultraviolet (UV) radiation from a source. When the source of UV radiation is obscured, the LED indicator will detect the absence of light and the LED indicator will turn off.

The LED indicator is based on the principle of electronic photoelectric effect. When the LED indicator is illuminated with UV radiation, the electrons in the LED light-emitting material gain energy, become excited and apply a voltage to the electrodes of the LED indicator, thus turning the LED on. When the UV radiation is blocked, the electrons do not gain sufficient energy, so the LED turns off.

In addition, the LED indicator is designed to detect small changes in the environment. Different levels of UV radiation will cause different degrees of LED emission, and the LED indicator can be adjusted accordingly. For example, in medical applications, the LED indicator can adjust its intensity to detect small changes in the environment, such as the presence or absence of bacteria or other microorganisms.

Conclusion

BRBG1211C-TR is a discrete LED indicator with a wide range of applications. It is UV sensitive, which makes it suitable for medical and critical applications. The LED indicator is based on the principle of electronic photoelectric effect, and it is designed to detect small changes in the environment. Its adjustable intensity adds to its versatility in various settings. All these factors combine to make BRBG1211C-TR an ideal choice for discrete LED indication in various applications.

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