RE96MW

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DIN 41612 is a standard for backplane connectors, commonly used in a variety of industrial applications. The series includes a variety of connector types, each designed for specific purposes. The RE96MW is one such type, designed for use in high-frequency applications.

The RE96MW is a 96-position connector, suited for use on 6U-sized boards. As per the DIN 41612 standard, the connector is constructed of two parts - the plug and the socket. The plug features a variety of contact pins, ranging from signal and power pins to control and auxiliary lines. Thesocket features corresponding cavities that mate with the pins on the plug. The contacts on both the plug and the socket are gold-plated for reliability and corrosion resistance.

The RE96MW is designed for use in high-frequency applications, which require quick and consistent signal transfer. To ensure the RE96MW meets this requirement, it’s constructed with low-inductance properties and high-frequency transmission characteristics. It also features planar-type terminals that reduce capacitance by improving contact accuracy and stability.

In addition to its connector design, the RE96MW also features an expanded mechanical life cycle. It meets the requirements of IEC 61754-28, which calls for a minimum of 500 insertions in a given lifetime. For more reliable data transfer, the RE96MW also features a positive latching mechanism that ensures the plug is properly secured to the socket.

To ensure the RE96MW lives up to its performance requirements, the connector is closely monitored during its manufacturing process. This includes quality control testing, a 100% electrical test, and a variety of environmental parameters such as temperature and pressure. All these tests are performed to guarantee the performance and functionality of the RE96MW.

Ultimately, the RE96MW is an ideal connector for high-frequency applications where reliable data transfer is critical. It’s designed to meet the specifications of DIN 41612, as well as the requirements of IEC 61754-28. Its low-inductance design, high-frequency transmission characteristics, and positive latching mechanism ensure quick and consistent signal transfer.

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