ELM 1-870

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

ELM 1-870 Application Field and Working Principle

ELM 1-870 is a type of Light Emitting Diode (LED) designed to generate high-intensity light in various applications. This type of LED is typically used in applications such as flashlights, search lights, and decorative lighting. It is also used in discos, night clubs, venues, and many other commercial spaces.

In terms of performance, the ELM 1-870 is highly efficient. It produces up to 40 lumens per watt, a brightness level that is higher than that of fluorescent lamps. The light produced by this LED has a directly proportional relationship with current. This means that the intensity of the light output increases as the current increases. In addition, ELM 1-870 also offers longer life than other types of LEDs. It has an average life span of 50,000 hours, making it an ideal choice for applications that require long-term lighting.

The ELM 1-870 also offers several advantages when used in different applications. These include its low thermal resistance, better color uniformity, and high reliability. It is also energy efficient, thus resulting in cost savings for the user. In addition, since it comes in a variety of colors, it can be used to match a wide range of application needs.

The ELM 1-870 is also known as a space saver due to its small size. It has a small profile and takes up very little space when mounted. This makes it ideal for applications where space is limited and where larger LED packages are not practical. The small size of the ELM 1-870 also allows it to be used in space-constrained areas, such as in display cases, cabinets, and other tight locations.

The ELM 1-870 is composed of several parts, including a space holder, a thermal sink, and a small frame. The space holder helps to retain heat and protect the device from the heat generated by the other parts. The thermal sink helps to cool down the device, while the frame helps to position the device in place.

When in use, the ELM 1-870 works by passing electric current through a series of components. This current is then routed from one component to the other until it reaches the LED. A metal electrode is used to make contact with the electrode at the base of the LED. The electrical current then passes through the LED and is converted into light. The power supply of the LED is also provided by the electric current, allowing the LED to produce intense light.

The specific data is subject to PDF, and the above content is for reference