8-192013-2

Series:	Louvertac, LAIA
Packaging:	Bulk
Lead Free Status / RoHS Status:	--
Part Status:	Active
Moisture Sensitivity Level (MSL):	--
Type:	Power
Pin or Socket:	Female Band
Contact Termination:	--
Wire Gauge:	--
Contact Finish:	Silver
Contact Finish Thickness:	200.0µin (5.08µm)

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Backplane Connectors - Contacts

Backplane connectors have become increasingly popular for use in connecting circuits between two or more boards of electrical and electronic devices. In particular, these connectors are used for extremely high speed, reliable data transmission, as well as ensuring a robust connection between the circuit components. The most common type of connection in backplane connectors is the contact. Contacts are essentially little components that are used to transfer electricity and data from one component to another. There are a number of different types of contacts used in backplane connectors, with each type having a slightly different design and purpose. Generally speaking, contacts come in two categories; the specific and the generic.

Specific Contacts

Specific contacts are designed for specific applications experiences. These contacts essentially act as a plug-and-play type of connection, allowing for a permanent connection between two or more devices. Specific contacts will usually feature a specialized design that allows for quick and easy connection as well as a strong, secure connection. Additionally, these specific contacts are typically rated for the highest power densities and voltages.

Generic Contacts

Generic contacts are used when the application experiences are not known. These contacts are manufactured using standardized designs that are able to make a uniform connection between devices in a wide variety of applications experiences. Generic contacts are not able to make the same high-power connection as specific contact designs, but can be used in applications that require lower levels of power and voltage.

Working Principle

The working principle of backplane connectors leverages on the principle of electrical connectivity. When two contacts come into contact with one another, an electrical potential is created between the two contacts. This potential is then harnessed, and is used to transmit current between the two components. The amount of current that is able to pass through the contacts depends solely on the applied voltage and the contact makeup. When two or more backplane connectors are connected, a static electrical charge will be present between the contacts. This static charge is created because of the difference in electrical potential between the components connected. In turn, this static charge will be harnessed and will be passed through the contacts, creating a steady line of current that is used to transmit data and electrical signals from one component to another.

Application Field

Backplane connectors have a wide range of applications, with the most common being used in the aviation, aerospace, and automotive industries. These connectors are often used in the design of avionics systems, where they are paired with other components for the purpose of connecting a multitude of components to each other. Additionally, backplane connectors are used in the design of automotive lighting systems, where high-power signals are needed to create and regulate the intensity of the car’s lights. Backplane connectors can also be found in the robotics industry, where they are used to transfer electrical information between robotic controllers and motors. Additionally, they are commonly used in a variety of medical applications, such as in diagnostic equipment and other medical machines that require precise data transmission.

Conclusion

Backplane connectors are an essential component in the design of electrical and electronic devices. These connectors are typically used for high-speed, reliable data transmission and connection between components. The most common type of connection in backplane connectors is the contact. These contacts come in two categories; specific and generic. Specific contacts feature a specialized design that allows for a permanent, reliable connection between two or more devices. Generic contacts are designed to make a uniform connection between devices, regardless of application experience. The working principle of backplane connectors centers around the principle of electrical connectivity—when two contacts come into contact with one another, an electrical potential is created which is then harnessed and used to transmit current between components. Backplane connectors have a wide range of applications, with the most common being found in the aviation, aerospace, and automotive industries.

The specific data is subject to PDF, and the above content is for reference