ELM 2-1.140

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LEDs are increasingly becoming a popular choice for many applications due to their efficient energy usage and long life span. ELM 2-1.140 is a type of LED spacer that is designed to precisely space components on an electronic circuit board. This particular spacer is designed for use with a variety of light emitting diode (LED) packages.

ELM 2-1.140 standoffs have a wide range of applications that include lighting systems, consumer electronics, and medical devices. These standoffs are also used in many industrial applications such as instrumentation, security systems, and vehicle lighting. The standoffs are highly recommended for precision alignment of LEDs because of their flat surface and dependable accuracy.

The working principle of the ELM 2-1.140 standoff lies in the use of a flat surface that the LEDs attach to. This flat surface is held in place by a special screw, which is used to precisely space the LEDs apart. The screw also acts as a conductor to provide a reliable electrical connection between the LED and the board. This ensures that each LED receives the correct amount of electrical current for optimal performance.

The ELM 2-1.140 standoff is also designed to withstand extreme temperatures and low pressure. This makes it ideal for use in environments with high heat or humidity as well as areas with low pressure, such as outdoor applications. The standoff can also be easily removed and repositioned to accommodate changes in the circuit board layout.

In conclusion, the ELM 2-1.140 standoff is a highly reliable spacer that is used in many types of LED applications. Its flat surface and dependable electrical connection allow for precise alignment of the LEDs. The spacer is made to withstand extreme temperatures and low pressure environments, making it suitable for many applications. Ultimately, the ELM 2-1.140 standoff is an ideal choice for any electronic circuit board application that requires precise LED alignment.

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