50011-1516D

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Backplane connectors are designed to meet the needs of large, complex systems. The 50011-1516D is a specialized backplane connector designed to fulfill the need for high-voltage, high-density, and high-frequency applications. This backplane connector utilizes a high-temperature, heavy-duty thermoplastic housing with multiple contact pins. Its application fields and working principle are discussed below.

Application Fields

The 50011-1516D backplane connector is suitable for a wide range of applications where high voltage, high frequency, and high-density requirements must be met. These include telecom, information technology, medical, cellular networks, and aerospace applications. It has also been found to be quite useful in industrial applications where the need for power transmission is high.

The 50011-1516D backplane connector is most commonly used in the transmission media known as dense wavelength division multiplexing (DWDM). This type of media is used to transport multiple signals simultaneously on a single fiber optic cable. It is also used in the connection of DWDM systems to other equipment such as routers and switches, and for the connection of embedded systems to pipelines or backplanes.

Working Principle

The 50011-1516D backplane connector utilizes a high-temperature, heavy-duty thermoplastic housing. This housing contains multiple contact pins which are used to transfer electrical signals between devices. The contact pins are arranged in a specific configuration and are designed to provide reliable and consistent electrical connections. The pins are coated with gold plating which provides superior contact properties.

The 50011-1516D backplane connector is designed with an integrated locking system which helps ensure a secure connection and optimal performance. This system consists of a signal pin shield, contact pin shield, insulator, and a locking key. By locking the pin shields and insulator into place, the connector is secured in place and vibrations between the components are minimized.

In addition to its locking system, the 50011-1516D backplane connector also utilizes a heat dissipating mechanism to prevent overheating. This mechanism is designed to absorb and dissipate thermal energy generated from the contact pins during operation. By using this mechanism, the connector is able to maintain optimal electrical connections without the risk of component damage.

Conclusion

The 50011-1516D backplane connector is designed to meet the needs of demanding high-voltage, high-density, and high-frequency applications. Its thermoplastic housing provides reliable electrical connections while its integrated locking system ensures a secure connection. Additionally, its heat dissipating mechanism prevents overheating and ensures optimal performance. This backplane connector is suitable for a wide range of applications in telecommunications, industrial, and aerospace systems.

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