5-583853-4 Connectors, Interconnects

Series:	TWIN LEAF
Packaging:	Bulk
Lead Free Status / RoHS Status:	--
Part Status:	Active
Moisture Sensitivity Level (MSL):	--
Pin or Socket:	Non-Gendered
Wire Gauge:	20-24 AWG
Contact Termination:	Crimp
Contact Material:	Phosphor Bronze
Contact Finish:	Gold
Contact Finish Thickness:	15.0µin (0.38µm)

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Card Edge Connectors - ContactsCard edge connectors and contacts are a vital part of today’s computer technology. This type of connector is relied upon in a variety of applications when connecting different electronic components together. Card Edge Connectors 5-583853-4, in particular, and their working principles are especially important in the modern development of integrated circuits and microchips.At the most basic level, card edge connectors serve as a means for establishing a physical connection between two separate components - typically, a female connector will be housed in the enclosure of the component it needs to connect with, and it will have a male counterpart connector that has corresponding pins and contact points. This link between the two components allows for the physical contact needed for a current to be established between them.Broadly speaking, card edge connectors can be broken down into two distinct categories - contacts and contacts with pins. While contacts are basically flat pieces of metal that are connected to another component, contact with pins are mounted within the connector and can be moved or modified in order to better fit the connection that is being established.Modern card edge connectors also come in a variety of shapes and sizes that help to better define and differentiate their respective applications. Most connectors come in either edge-to-edge or radial orientations. Edge-to-edge connectors tend to be used in applications where contact and signal traces are routed around the perimeter of the card, while radial connectors are typically used in applications that require a two dimensional cross section of the card.When it comes to the working principle behind 5-583853-4, the connector is designed to accept electrical contacts from an outside source and managing the appropriate signal levels. Through this simple process, a wide variety of different signals can be delivered to and from the device being connected.The exact design of the connector varies depending on the application. For instance, some connectors are designed to accept discrete signals, while others are equipped to support multiple signals. Even the physical size and shape of the connector varies based on its intended use as some require more pins than others.In addition to this, the card edge connector must also be designed to provide the correct type of insulation resistance values. This ensures that the only signals that will be sent and received are those that are intended to be used by the device.By utilizing the appropriate card edge connector and taking into account all of the relevant factors and guidelines, designers can help to ensure a reliable connection between different electronic components. This in turn helps to ensure that the devices they are connecting will work in the best and most efficient way possible.

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