0850426098

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Backplane Connectors - DIN 41612 is a robust, reliable connector specifically designed for backplane and mezzanine applications and used in a variety of markets, ranging from telecommunications to consumer electronics. The DIN 41612 connector is an established standard and offers a full range of features required for reliable electrical connection between boards.

Relying on robustness and the reliable performance of the series, these connectors offer a zero insertion force for board-to-board applications and are used in a variety of applications requiring high-density connections. The design of the connector ensures high contact retention force while allowing for easy wire-to-board connections, regardless of wire size. Its insulation-piercing contact system allows the user to connect wires without removing the insulating material.

The standard DIN 41612 connector employs the contact type described as pin, type male in version 1 and female in version 2, with pin numbers ranging from 10 to 64 in the range of 2 to 9mm, depending on the configuration and application. Its simplified mechanical interface combined with modular construction makes it suitable for applications with small footprints. Its modular design allows for various contact arrangements while ensuring the flexibility needed for different types of applications.

The DIN 41612 connector is especially useful in applications where tight coupling of a backplane board is required. In these instances, the challenge of maintaining signal integrity between units is made easier with the use of the connector. This is especially true for high frequency signals, which can be prone to crosstalk and other types of interference. By using the connector, the signals remain consistent and reliable, even when there is a significant amount of vibration or movement in the board.

The 0850426098, part of the DIN 41612 connector family, is a robust and reliable wire to board connector designed to meet the demands of backplane applications requiring high-density connections. It consists of two multipole connectors arranged in a single row, with the largest body size for the standard range. The standard versions of the series come with pin numbers ranging from 10 to 64, while the two-piece version allows for higher pin density and offers flexibility in terms of configurations. The connectors are designed to accommodate four mounting styles, including horizontal, vertical, angled, and recessed.

The main working principle behind the 0850426098 is that of a zero insertion force type connection when mating components. This allows for multiple connections to be made with minimum force. The contact points are also designed with an insulation-piercing system, enabling wires to be connected without being removed from their protective insulation. The contact materials used for this particular connector are constructed of high-temperature alloys with excellent electrical, thermal and mechanical stability. This ensures that the connections are secure without sacrificing performance.

In applications requiring high data rate transmission, the 0850426098 connector is a great choice. It ensures consistent signal transmission and helps to reduce the amount of crosstalk between wires. This is especially important when dealing with high frequency signals, which can be prone to interference. Additionally, the connector’s modular construction ensures flexible configurations, making it suitable for various types of applications.

In conclusion, the DIN 41612 connectors are a reliable and robust design specifically designed for backplane and mezzanine applications. The 0850426098 connector is a great choice for those applications requiring a high-density connection. The connector’s insulation-piercing contact system allows for easy connections to be made without compromising signal integrity. Its modular construction ensures flexible configurations and is suitable for a variety of applications. The high temperature alloys used in the contact points guarantee excellent electrical, thermal and mechanical stability, making the 0850426098 a great choice for those applications requiring high data rate transmission.

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