1274061-2 Connectors, Interconnects

RF (Radio Frequency) has been developing rapidly in the last few decades. Increasing RF applications require quality and high performance connectors to deliver the best RF performance. One of these RF connectors is the 1274061-2, which plays an important role in RF communications field.

The 1274061-2 MHz coaxial connector is part of CONEC’s broad product range for high quality coaxial connectors. It has a low back reflection characteristic, 50 ohm impedance, and is suitable for 10-40GHz operations.

Applications and Working Principles

The 1274061-2 is commonly used in high performance dual radio and remote radio equipment. The connector is designed to be used in various types of applications, including base station antennas, point-to-multipoint link, point-to-point link, and outdoor-indoor systems.

The working principles of the 1274061-2 can be divided into two parts: mechanical and electrical. Mechanically, the 1274061-2 has a two-piece metal shell assembly that provides reliable connection retention. The metal shells provide great environmental sealing abilities and excellent mechanical support for the connection. Electrical, the 1274061-2 has an insulation displacement connector (IDC) contact that provides low insertion loss and high return loss. It also provides good signal transmission performance through the dielectric and conductor.

The 1274061-2 is designed to facilitate a simple installation and removal, while providing reliable connections. Installation is possible in a variety of ways, including through pre-installed adapters. Its high performance off-the-shelf solution makes it an ideal choice for many RF applications.

Conclusion

The 1274061-2 is designed to provide reliable RF connections in a variety of applications. It has low insertion loss and high return loss, which allows for great signal transmission performance. Additionally, its two-piece metal shell provides excellent environmental sealing and its simple installation makes it an ideal choice for many RF applications.