ELM 2-1.035

Series:	ELM 2
Part Status:	Active
Lead Free Status / RoHS Status:	--
Color:	Black
Moisture Sensitivity Level (MSL):	--
Length:	1.035" (26.29mm)
LED:	T1
Material:	PVC

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ELM 2-1.035 Application Field and Working Principle

LEDs, such as ELM 2-1.035, are typically used in a variety of industrial and commercial applications, including automotive and aerospace lighting, automated machine vision systems, lighted signage, and home appliances. This particular LED is particularly well-suited for applications that require precise, precise spatial locations, such as spacer and standoff.ELM 2-1.035 are semiconductor devices comprising a single LED substrate. These substrates include a cathode, anode, and a junction between the two. When a current is passed through the LED, the electrical energy is converted into visible light. The intensity of the emitted light is proportional to the amount of current passed through the LED. ELM 2-1.035 is a type of LED spacer and standoff, meaning it serves the purpose of providing precise, symmetrical spacing between two surfaces. The standoff and spacer are made of an ultra-resilient silicone rubber, which is extremely flexible and supports a variety of mounting configurations. This flexibility makes it useful for designing digital installations in which changes in application configurations must be made quickly. The ELM 2-1.035 spacer also has a dome-shaped design that helps to disperse light, providing uniform light distribution across the entire surface. The spacer is available in a variety of sizes, including standard, extra-large, and micro. This allows for a wide range of spacing configurations that can accommodate a range of applications. The working principle of ELM 2-1.035 spacer and standoff is relatively simple. The spacer is designed to fit precisely between two surfaces and to maintain an even, uniform gap. The spacer can be adjusted according to the desired application, and its shape also helps to contain and evenly disperse the emitted light. The electroluminescent silicone makes it especially resistant to shock, vibration, and temperature extremes, making it perfect for a variety of industrial and commercial applications. In conclusion, ELM 2-1.035 spacer and standoff are a versatile, resilient LED design suitable for a range of applications. The flexibility of the silicone make it possible to install the LED in a variety of positions and configurations, while the dome-shaped design ensures even light distribution. Best of all, the LED is highly resistant to shock and other difficult conditions, making it an ideal choice for all kinds of applications.

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