1743632-2

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Rectangular connectors, also known as EDAC, are a family of electronic components commonly used in consumer electronics and computer systems. The EDAC 1743632-2 is a rectangular connector housing, used as a four-way connection between cables and other electronic components. The connector is suitable for signal and data transmission at telecom frequencies of up to 50 GHz.

Application Field

The EDAC 1743632-2 is typically used in telecom and high-speed computing applications. It is well-suited for applications where speed and reliability are paramount. It is also suitable for internet-of-things (IoT) devices such as cell phones, tablets, and other wireless communication devices. It is used in applications ranging from automotive infotainment systems to high-frequency transmissions.

Design

The 1743632-2 is a four-way, through-hole connector. It is designed for use with multiple connection styles and features four polarization keyways. This aids in proper alignment and electrical connection. The housing is made of stainless steel, and it has an external shell-locking mechanism that ensures secure connection. The pin connections are made with female crimp-style terminals.

Working Principle

The EDAC 1743632-2 works on the principle of electrical contact between two opposing signal terminals. The female terminals provide reliable contact between the two sides of the connector, ensuring reliable signal transmission. The edge contact design reduces crosstalk and interference in high-frequency applications, and the polarization keyways ensure reliable orientation and connection. Furthermore, the shell-locking mechanism ensures that the connector maintains a secure connection.

Conclusion

The EDAC 1743632-2 is a rectangular connector housing, used as a four-way connection between cables and other electronic components. It is suitable for applications where speed, reliability, and signal integrity are paramount, such as telecom and computing applications. Its design features four polarization keyways, female crimp-style terminals, and a shell-locking mechanism, which together ensure secure connectivity and reliable signal transmission.

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