ELM 5-460

Series:	ELM 5
Part Status:	Active
Lead Free Status / RoHS Status:	--
Color:	Black
Moisture Sensitivity Level (MSL):	--
Length:	0.460" (11.68mm)
LED:	T1
Material:	PVC

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ELM 5-460 Application Field and Working PrincipleELM 5-460 is an LED light emitting diode (LED) spacer and standoff used in the design and assembly of printed circuit boards (PCBs). It is an essential component of any printed circuit board as it helps to reduce the capacitance of a design, thereby reducing the board\'s overall electrical noise and improving its signal integrity. This is because the insulation between conductive elements in a PCB configuration is reduced when a spacer is used, thus allowing for less energy transfer and increased signal reliability. The particular design of the ELM 5-460 spacer and standoff is optimized for the purpose of reducing the capacitance across printed circuit boards. It is designed this way to provide a benefit of quality, as well as mass production, as the design ensures a uniform quality across all types of PCB soldering. This is important as if any minor flaws get through in the spacer design, then it will have an impact on its overall performance. The way in which this spacer and standoff operates is quite simple in comparison to traditional spacer and standoff designs. The contact between the two elements of the spacer is achieved via the insertion of two or more pins into its body. The pins are inserted via an electromechanical connection, thus ensuring a strong connection between the two elements. Once the pins are all in place, it can then be positioned to the right spot in order to form the spacer. The key benefit of the ELM 5-460 is its ability to reduce the capacitance of a PCB, which is achieved through its design, but also its ability to be used in a variety of different applications. It is highly beneficial for use in the production of thermally less sensitive PCBs, as the quality of the polarized pins ensures that the spacer does not conduct too much heat which can damage the components on the board. Additionally, it is also suitable for use in various automotive applications, as it provides a strong and trusted connection between electrical components, as well as providing a reliable means of reducing the capacitance across printed circuit boards. In conclusion, the ELM 5-460 spacer and standoff is an essential component for any printed circuit board. It is specifically optimized to reduce capacitance across the boards, thus improving signal integrity while providing excellent signal reliability. Its design allows for easy insertion and removal of the pins, and it is suitable for use in various automotive applications. It is therefore a valuable component and one which should be considered when designing and assembling printed circuit boards.

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