2143313-2 Connectors, Interconnects

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Backplane Connectors – Specialized are used in areas such as medical, telecommunications, automotive, and consumer electronics. The 2143313-2 application field and working principle is one type of specialized design that provides high performance, low-profile and board to board backplane connector solutions. This backplane architecture is used to transport high speed signals across two printed circuit boards (PCBs). Some common uses of this connector include those of signal – carrying applications, board – level interconnect, circuit board-to-board interconnects, and the like.

This connector is most commonly used in the telecommunications field, in application for high-speed datacom and telecom receivers. It is also used in applications where signal integrity and frequency need to be maintained. The use of this connector in these applications provides a reliable and robust interconnect solution.

A 2143313-2 backplane connector has many features that give it superior performance and signal integrity. One of the most common being its excellent shielding properties. This shielding is key when dealing with signals that are transmitted at high speeds and has to be kept at its best to ensure signal integrity. In addition, this connector also has a small profile, making it easy to install. Additionally, this connector offers excellent contact reliability, which helps ensure that the connection is secure and signal integrity is maintained.

In addition to its superior shielding and contact reliability, the 2143313-2 connector utilizes a v-groove edge board contact design. This design is able to provide precise contact alignment, which is crucial for reliable transmission of signals. This design also reduces crosstalk, EMI, and RFI interference, all of which are important for maintaining a clear connection.

The 2143313-2 backplane connector also offers an integrated spring-loaded board contact. This is important for applications where tight connection and secure retention must be maintained. The spring-loaded design ensures that the connection is solid and reliable, and helps provide a reliable, high-performance link between the boards.

When it comes to working principle, a 2143313-2 backplane connector uses differential signalling technology to efficiently transmit data. This type of transmission provides good noise immunity and also eliminates the need for additional power cables on the board. This type of signalling works by conveying two signals on a single pair of wires. One signal is an inverted version of the other, and any noise is filtered out when the two signals are compared. This type of communication creates a very low power, low latency, and reliable connection.

The 2143313-2 backplane connector provides an excellent way to link board to board or even board to panel connections. It offers superior reliability and shielding with its v-Grooved edge board contact design and spring-loaded board contact. This helps make it an ideal solution for applications where precise connection and secure retention are required. It is also most often used in the telecommunications field for high-speed datacom and telecom receivers.

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