HLMP-CB31-M0GDD

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LED indication is a popular method that is used to provide information about a certain context or operation. LED lights are usually small and require low power consumption, making them very efficient and cost-effective in comparison to other indicators of similar capacity. Discrete LED indications provide a simple and highly effective way to communicate information or identify a specific state. The HLMP-CB31-M0GDD is one such discrete LED indicator specifically designed to help provide an efficient, maintenance-free, and robust way to help identify operational states, functions, and indications on an application.

The HLMP-CB31-M0GDD is a small, discrete LED module with a 4V forward voltage, which is much lower than the average 5V of many common LEDs. It has a 3mm diameter which helps make it even more compact and easy to install than larger indicators. It also has a 20 mA continuous forward current rating which is great for applications that require higher power dissipation. Additionally, the module features excellent thermal performance and long-term stability, which makes it ideal for applications that are sensitive to temperature or voltage changes. The module comes in a variety of colors for easy identification and is available in both surface-mount and thru-hole packages for easy installation.

The HLMP-CB31-M0GDD LED module is most commonly used in applications where a discrete indicator is desired to communicate information, such as power status, mechanical alignment, or environmental conditions. The module can also be used to indicate failure or malfunction of an application by changing color or intensity. The module can also be used in applications that require multiple voltages, as the forward voltage of the LED can be adjusted to compensate for varying power requirements. The HLMP-CB31-M0GDD is also well suited for applications that require high voltage operation, as the module can be wired to withstand voltages up to 40V.

The working principle of the HLMP-CB31-M0GDD LED module is fairly straight forward. The LED chip functions by converting electrons into photons, which are then emitted and detected as light in the visible spectrum. This process is known as electroluminescence and it is possible due to the fact that the LED chip has a positively charged anode and a negatively charged cathode. When a sufficient voltage is applied across the terminals, the electrons flow from the negative to the positive and in doing so, generate the electrons that are required to produce the light. This process is extremely efficient and the LEDs are able to produce light almost instantly.

The HLMP-CB31-M0GDD LED module is an excellent choice for many applications that require discrete LED indication, due to its low-power consumption and excellent thermal performance. Though the module utilizes a 4V forward voltage, it is easily adjustable to accommodate many common voltages, making it a versatile solution for a variety of needs. The HLMP-CB31-M0GDD has a robust and long-term stability, making it suitable for a wide range of applications that require reliable and identifiable states or components.

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