FCC17B25SM480

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D-Sub connectors are widely used in various applications. The FCC17B25SM480 is a perfect example of what D-Sub connectors have to offer. This model is specially designed for industrial applications requiring reliable and rugged performance.

FCC17B25SM480 features a 480 pin connector of a compact design. The pins are made of high quality copper alloy with a highly polished surface. This ensures a reliable connection and a good level of contact. The connector is protected against EMI and RFI by its molded plastic insulation. The insulated body also reduces crosstalk and improves signal integrity.

This connector is compatible with most standard D-Sub connectors. It is also designed to provide a high level of insertion and extraction force. The compliant pins provide an extended lifespan and reliable connection between modules. Additionally, dust covers are available from most vendors, which can be used to protect the internal components.

The working principle of the FCC17B25SM480 connector is simple. When a pin is inserted into the female connector, it engages the female contact. This causes a current to flow between the two pins. As the current continues to flow, the contact points on the pins heat up and eventually make a connection. Once the connection is established, the current flow is cut off and the signal is ready to be transmitted or received.

The FCC17B25SM480 can be used in a variety of industrial applications such as control systems, communications systems, instrumentation systems, and various other applications requiring robust signal transmission. Its 450 contacts, along with the high reliable connection make it an ideal choice for applications in harsh operating environments.

In summary, the FCC17B25SM480 is an example of a high-performance D-Sub connector. This connector is designed to provide reliable and durable performance in a variety of applications. It features high quality copper alloy pins, insulated plastic housing, compliant pins, and dust covers to protect internal components. Furthermore, its working principle is based on engaging the female contact and creating a current flow between the pins, eventually establishing a connection and providing a high reliable transmission. The FCC17B25SM480 is perfect for industrial applications requiring reliable performance in harsh operating environments.

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