650998-5

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DIN 41612 is a series of backplane connectors designed and produced by Deutsche Industrie-Norm, a German standards organization. This particular type, the 650998-5, is one of the most common and widely popular connectors in the backplane market. It is used in a variety of applications such as industrial automation, telecommunications, railway systems, aircraft, and computers.

The 650998-5 is a backplane connector which is used for establishing high-speed signals between two boards, usually a backplane and a daughterboard. It has a two-row configuration with its two connectors spaced at 15.87mm pitch or 0.625in. The contacts have a rectangular shape, and the connector has two rows with a maximum of 250 pins. Two mating halves form the full connector, with a plastic housing acting as the electrical insulator.

The 650998-5 backplane connector uses two different contact designs. The entry contacts have a one-piece contact system with contacts on both sides, while the contact-free contacts have a two-piece contact system with contacts on one side. The entry contacts provide a low-resistance connection between the boards, while the contact-free contacts provide a strong and reliable connection.

The 650998-5 backplane connector has excellent electrical performance, thanks to its use of gold-plated contacts and high-quality plastic housing. The connector offers a wide range of high-speed signals from 25GBase-T to 38.5Gbps. It is also extremely durable, with its contacts designed to stand up to a maximum current of 30 amps.

The 650998-5 connector is available in two configurations: Type III and Type V. Both types feature a row-to-row interleaving which allows for a high degree of durability and reliability. The Type III connector has a maximum pin density of 250 contacts while the Type V connector has a maximum of 500 contacts.

The 650998-5 is used in a variety of applications and is ideal for industrial, communication, railway, and aerospace applications. It is designed for high-speed signals up to 38.5Gbps and can handle up to 30 amps of current, making it a reliable and efficient connection for many applications.

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