10091777-M0E-70B

Backplane connectors are used in a variety of applications, ranging from telecommunications and networking to computing and automotive. 10091777-M0E-70B is a type of backplane connector specifically used in telecommunication systems. It has the capability of transmitting digital signals at a high speed (up to 8D-Mbits per second). The product is designed so that it has minimal crosstalk when used in conjunction with other system components. This product is available in various options, including one and two-channel solutions.

The 10091777-M0E-70B backplane connector is suitable for a variety of applications, including telecommunication and data storage. It is also commonly used in communications networks such as DSL, cable, and wireless FTTx. This product is made of high-quality materials, and features advanced sealing technology for improved reliability and durability. Its insulation resistance is extremely high, and its aging resistance is also good, with its operating temperature ranging from -25°C to 105°C. The product supports both differential and common mode termination and is highly reliable.

In terms of its working principle, this backplane connector is composed of two parts: an electrical connector and an embedded spring contact. The connector contacts are made of copper or nickel and feature a plating that serves to minimize crosstalk. The embedded spring contact is integrated into the connector housing and is responsible for the secure connection of the connector to the board—hence, the term backplane connector.

The connector contacts’ job is to transfer the signal from and to the connector’s backplane/board. When two connectors are mated, the extended end of the contact tip (high signal inductance) presses against the wall of the other connector’s cavity to ensure a reliable connector-to-board connections. The need for extra retention force is also eliminated because the contact tip is embedded into the inner wall due to the spring and lightweight housing.

The 10091777-M0E-70B is suitable for applications that require high signal performance on the backplane or printed circuit boards. Its advanced spring contact system reduces the possibility of spurious signals and allows differential and common mode termination. This product also features a variety of benefits, including exceptional signal performance, high insulation resistance, anti-aging, and reliability. The high signal performance makes it ideal for use in applications that involve transmission of digital or analog signals.