ELM 1-12MM

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ELM 1-12MM stands for axial leaded electronic spacer/standoff. It is an electronic component of the LED light. This component is designed and manufactured to provide a safe and secure environment for your LED lighting needs. It is designed to help protect your LED from shocks and strain caused by vibrations and other outside forces. The size of the spacer/standoff ranges from 1-12MM and is usually made of aluminum or copper.

The electronic spacer/standoff is engineered to have precise structural integrity in order to maintain electrical connections between electrically separated parts of LED assembly. This part helps LED bulbs to maintain precise dimensions while sustaining the high thermal stresses and electrical stresses. The standoff provides the LED bulbs with extra mechanical support and helps to prevent shorting and arcing during harsh environmental conditions.

The working principle of the electronic spacer/standoff of the LED lights is that it is installed between the metallic components of the LED lighting system and a mounting surface, such as a board. The standoff provides an insulator that separates these two metallic components. The spacer helps to ensure the integrity of the electrical connections between the various parts of the LED assemblies. In addition, the standoff limits the stress placed on the electrical connections.

The most common application field for ELM 1-12MM is in the lighting industry for LED lights. It is used in a wide variety of applications, such as automotive lighting, street lights, and residential lighting. It is also used in other industries including medical and commercial lighting applications. The standoff can also be used to provide additional mounting stability for LED components that may be exposed to shock, voltage surge, humidity, or vibration.

The ELM 1-12MM is a highly useful component of the lighting industry. It helps to protect the electrical connections between electrically separated parts of the LED light assembly. Furthermore, it provides extra mechanical support and helps to prevent shorting and arcing during harsh environmental conditions. This electronic component can be used in a variety of industries, including automotive lighting, street lights, residential lighting, and other commercial lighting applications.

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