HLCP-C100

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

Light Emitting Diodes (LEDs) are one type of diode that emits light when a current is passed through it. LED technology has advanced to encompass many circuit board indicators, arrays, light bars, and bar graphs. In this article, we will discuss the HLCP-C100, a compact LED array circuit board indicator, and explore its application field and working principle.

Application Field & Advantages of HLCP-C100

HLCP-C100 is a compact LED array circuit board indicator which offers a maximum pin count of 16. It also features 4 or 5mm LEDs with a wide variety of mounting options. It is suitable for motor control, power supply, and other industrial automation applications. Some of its advantages include:

• High luminous intensity
• Broad operating temperature range
• High reliability and durability
• Low power consumption
• Cost effective and easy to install

Working Principle of HLCP-C100

HLCP-C100 operates by passing various levels of current through its pins in order to create different lighting effects. When current passes through its pins, the semiconductor diode inside the LED emits light. The current helps to achieve distinct illumination levels, ranging from a solid green to a bright red. This feature helps to effectively indicate system information and alert operators in industrial settings. In addition, the HLCP-C100 features an exceptionally high brightness due to its unique optics. This ensures that the circuit board indicator can be clearly seen from a safe distance away from the system.

Conclusion

HLCP-C100 is a compact LED array circuit board indicator suitable for motor control, power supply, and other industrial automation applications. It features a maximum pin count of 16 with 4 or 5mm LEDs and a broad operating temperature range. Additionally, HLCP-C100 has high luminous intensity, reliability and durability, as well as low power consumption. When current passes through its pins, the semiconductor diode inside the LED emits light in order to achieve various lighting effects. Its high brightness and distinct illumination levels help to clearly convey system information in industrial settings.

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