Backplane Connectors - Specialized

0459851383 is an extremely versatile and reliable type of backplane connector, designed for use in mission-critical applications within OEMs and the military. It offers superior performance in extreme temperatures and is capable of withstanding high vibration, shock and load. It is designed to provide greater reliability and flexibility, while ensuring compatibility with a variety of backplane systems.

Application Fields

Since its introduction on the market, the 0459851383 backplane connector has been used in a variety of mission-critical applications. In particular, it is commonly used in military and aerospace systems as well as in medical equipment, systems for telecommunications and data networks, industrial controls and automation systems, and in aviation and automotive components.

The 0459851383 can also be used in applications requiring high port density as it provides an optimal level of signal, data and power transmission. Moreover, it is suitable for applications under harsh environmental conditions, such as high temperature, vibration and shock. It can also be used for applications with high contact counts and power density, such as providing communications between various devices in an aircraft.

Working Principle

The 0459851383 backplane connector is based on a pin-and-socket design. It has a series of male pins arranged in a specific pattern, which contact the female sockets in the mating platform. The design provides high flexibility and reliability, as it is capable of being configured for a variety of different applications.

The robust design of the 0459851383 ensures reliable performance even in tough environments. It has contacts with an ergonomic and reliable connection which is resistant to shock and vibration-induced damage, due to its cantilevered design and its shock absorbers. It also features contact layout which reduces EMI and RFI caused by RF reflections which can have an effect on signal integrity. It offers enhanced noise resistance and increased control of signal transfer during high data-rate operations.

In addition, the pins and sockets feature a positive locking mechanism, reducing the risk of accidental disconnection and providing enhanced strain relief for small and low-profile applications. The 0459851383 can also be configured for both vertical and horizontal applications.

Conclusion

The 0459851383 backplane connector offers many advantages for customers, including superior performance in extreme temperature environments, a robust design which is resistant to shock, vibration and electrical interference, and the ability to be configured for a variety of applications. It is suitable for mission-critical applications in the military and aerospace industries, medical equipment, and telecommunications and data networks, and it is also suitable for applications with high port density, power density, and contact layout.