84817-504021LF

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Backplane connectors are useful components for connecting various electronic systems to a system bus. The 84817-504021LF backplane connector is one such specialized connector intended for use in high density applications, such as those found in cellular base stations and networking equipment. This connector is designed to provide low crosstalk, high channel density, and reliable performance in even the harshest of applications.

The 84817-504021LF backplane connector has a rugged construction featuring gold-plated contacts, which provide enhanced durability in harsh conditions. The connector also has a built-in latch system, which allows for better stability and easier installation and removal. The combination of these features results in a connector that can handle up to 10 Gbps speeds and deliver excellent crosstalk and signal integrity.

The 84817-504021LF consists of two parts: the female and the male pieces. The female piece is designed to mate with the male connector. It has 8 gold-plated contacts arranged in a pattern that facilitates quick and easy installation into most backplanes. The male connector has a similar array of pins, but they are slightly raised to provide better and more secure connection to the female connector.

The working principle of the 84817-504021LF backplane connector is fairly straightforward. It is designed to transmit electrical signals between two or more electronic systems in a system bus. The connector works by using a combination of electrical vias and contacts to provide an electrical connection between the two systems. The electrical vias are arranged in a pattern that allows them to convey low crosstalk levels between the two systems. The contacts then act to transfer the electrical signal from the system bus to the two systems working together.

The 84817-504021LF backplane connector is designed for use in high density applications, such as those found in cellular base stations and networking equipment. It is capable of transmitting up to 10 Gbps and offers excellent crosstalk and signal integrity. The connector also has a built-in latch system, which allows for better stability and easier installation and removal. This makes it an ideal choice for any application requiring a specialized connector.

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