35-1/A5C-ASUC

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LED Indication - Discrete: 35-1/A5C-ASUC Application Field and Working Principle

LED technology has been around for several decades, and over the years, the technology has become increasingly important in driving the industrial revolution. The 35-1/A5C-ASUC is one such example of the latest advancements in LED technology, and it has evolved to meet the demands for a more reliable, brighter and energy efficient LED indication in the discrete field. This article will discuss the application field of the LED indication and the working principle behind it.

Application Field of LED Indication - Discrete

The 35-1/A5C-ASUC is a 5-mm diameter discrete LED indicator designed for various industrial and consumer applications. It is capable of providing a high-intensity and energy efficient light output in a small package, making it suited for applications with limited space.

The discrete target application field of the 35-1/A5C-ASUC includes warning and indicator lights, backlighting, consumer electronics, automotive applications, hazardous environments and much more. Furthermore, discrete LED indications are applicable in any given situation, as they are available in multitude of colors, sizes, views and shapes.

A key property of the 35-1/A5C-ASUC is its ability to withstand the shock and vibration of the most extreme industrial environments. It is also suitable for harsh conditions, including temperatures between -40°C and +105°C.

Working Principle of LED Indication - Discrete

LEDs are small semiconductor devices, usually made of gallium arsenide, which converts electrical energy into light. When a small current is passed through a diode, electrons are free to move across the junction of the diode, which means that photons of energy are released in the form of light. In the case of the 35-1/A5C-ASUC, a 5-mm diameter discrete LED indication is used.

The basic working principle behind the 35-1/A5C-ASUC is its ability to convert low-voltage electrical signals into light output. As the LED is connected to a circuit, electricity flows through it, causing electrons to become excited and jump across the junction. As electrons jump across the gap between the diode’s anode and cathode, photons of light are released in the infrared and visible spectrum. The LED then emits this light. The amount of light emitted from the LED is determined by the current applied to it, and this is why LEDS are able to produce intense, energy efficient and uniform light in a wide range of applications.

Conclusion

The 35-1/A5C-ASUC is a 5-mm diameter, discrete LED indication designed for a wide range of applications. It is capable of providing a high-intensity, uniform and energy efficient light output in a small package, making it suited for applications with limited space. Additionally, it is able to withstand shock, vibration, and environments with temperatures between -40°C and +105°C. The 35-1/A5C-ASUC is a perfect solution for industrial, consumer and vehicle systems in need of an energy efficient and reliable LED indication solution.

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