ELM 3-530

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ELM 3-530 is a high quality LED spacer designed for use in high reliability applications. It is available in four sizes, ranging from 0.35mm to 2.5mm in diameter, allowing for a wide range of applications. This spacer is a vital component in the control of LED light output, and is also used for providing a consistent and uninterrupted light source in remote locations. Additionally, ELM 3-530 can be used for many other purposes, such as standoffs, mechanical decoupling, and to reduce board vibration and minimize EMI interference.

The construction of ELM 3-530 is designed to provide superior performance and durability. The spacer is machined from high quality brass, stainless steel, or aluminum material, to provide maximum strength and resistance to external forces. Additionally, the spacer features a black finish which reduces light scatter to ensure a well-controlled light output. The design of this spacer also allows for minimum thermal expansion, minimizing the effects of differential heating in applications subjected to extreme temperature changes.

The ELM 3-530 works by providing a gap between two connected surfaces. When two surfaces are in contact, heat can build up quickly, leading to a decrease in LED performance. By using this spacer, heat is transferred away from the LED, reducing LED light output and avoiding thermal runaway. Additionally, the spacer can be used as a stand-off, providing structural support and mechanical decoupling where the LED components need to be secured. ELM 3-530 also helps eliminate EMI interference, resulting in improved signal clarity.

ELM 3-530 is a highly reliable and durable spacer designed for a wide range of LED applications. The spacer is constructed to provide superior strength and resistance to external forces, while the black finish helps to reduce light scatter and maintain consistent LED light output. The spacer also helps remove heat away from LED components, avoiding thermal runaway and improving LED performance, as well as providing a stand-off to secure LED components and reduce EMI interference.

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