H301CBC-100

LEDs - Circuit Board Indicators, Arrays, Light Bars, Bar Graphs

H301CBC-100 is a compact, direct-view, energy-saving LED indicator designed as a single red or green light source. It is also known as a light-emitting diode (LED), which combines a substrate and a chip, light source element and a circuit board. With a medium pitch, this LED indicator is suitable for a wide range of applications.

Application Field

The H301CBC-100 can be applied for a broad range of applications, such as industrial and commercial lighting, automotive, decorative lighting, medical, stages and sculptures, indicators, signage, and so on. With strong light intensity and low power consumption, it is an ideal choice for most transactions.

Used for automotive application, this LED indicator plays an important role in multiple areas. It can be found in car engine lights, warning lights, interior lighting, and indicators. Prominent advantages include resist heat and vibration, energy-saving, and faster response.

In industrial lighting applications, this LED indicator is cost-effective and environment-friendly. As there are no hazardous materials contained in a LED, people can use it safely. Also, this LED produces less heat than traditional lights and can maintain its light source for a longer period.

Given that H301CBC-100 adopt a high-precision technology, it is widely applied to medical diagnostic equipment. In a medical scanning equipment, the LED indicator can precisely detect and display information without any distortion. This LED indicator can also be used to make medical instruments more user-friendly.

Working Principle

The working principle of a H301CBC-100 starts with electricity. Its internal circuit board is composed of a postive terminal and a negative terminal, providing an opportunity for electric current to flow through the LED. The electric current pushes through a speciallized material known as a semiconductor inside of the LED, causing electrons to flow gain energy and emitting light energy.

LED systems are designed with a specific power rating and emission amplitude. A voltage sensor will be triggered when the power input to the LED is higher than advertised, which will protect this LED indicator from any potential damage or breakdown. Additionally, the voltage from electricity is changed into a safer current by resistor and capacitor, resulting in achieving a consistent current for each LED.

Conclusion

The H301CBC-100 LED indicator is a reliable and superior light source for a number of applications, due to its superior performance and long life span. As the LED indicator consumes less energy, it requires fewer resources and produces less waste, thus contributing to environmental protection. With its broad application fields and efficient working principle, H301CBC-100 is certainly a cost-effective and ideal choice.