M50-3112642

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Connectors are frequently used in electronics for several tasks such as connecting circuit boards, isolating signals, and easing maintenance. Connectors can take several shapes, the most common of which is a rectangular design, and the M50-3112642 is an example of this type. This connector is designed for several applications and has a unique working principle.

Applications

M50-3112642 is a type of rectangular connector used for high-frequency applications. It contains three sets of contacts, containing a total of 12. It is commonly used in circuit boards and other devices in microwave radio communication systems. It is also used in fiber optic systems where it serves as a connection between the cable and the contraption. Furthermore, it can be used in cell phones, radar systems, and video processing systems.

Working Principle

The M50-3112642 connector is a multi-pin connector that contacts between two pins. The contact force is provided by the spring-action contacts. It has an integrated locking mechanism and can be mated both manually and with automated assembly systems. In addition, the 50 ohm impedance provides dependable transmission of low- and high-frequency signals. It also provides excellent electrical contact throughout long-term use.

Features

The M50-3112642 has several features that make it a reliable and robust rectangular connector. To begin with, it has a higher current rating than similar connectors, which is 0.5A with a lifetime rating of 2.5A. It also has a working voltage of up to 250V. It is constructed from brass and has contact pins made of high-grade copper that is highly resistant to corrosion. Lastly, the connector has a black finish that is resistant to oxidation.

Conclusion

The M50-3112642 is a rectangular connector that can be used in a wide range of applications. It is designed for high-frequency applications such as microwave radio communication systems. It has spring-action contacts that provide contact force and a 50 ohm impedance for signal transmission. Moreover, it has a higher current rating than similar connectors and is constructed from robust materials such as brass and copper. It is an ideal connector for reliable and long-term performance in various electronic applications.

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