FCE17E09PB480

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D-Sub Connectors usually refer to the D-shaped electrical connectors which are specially designed to fit into a complimentary socket for the purpose of joining analog or digital signals. The FCE17E09PB480 is one such D-sub connector, which is a 17-position female connetor that can fit on any panel that is mounted on a PCB. It is typically used for applications that involve high speed data transfer and signal security.

The FCE17E09PB480 is made up of several parts, including a plastic housing that hold the pins, and a metal shield that is mounted over this housing for protection against electromagnetic interference or EMI. This connector is designed with parallel contact arrangement and has a flame retardant plastic housing for added protection.

When it comes to the application field and working principle of the FCE17E09PB480, there are some key considerations. It is used for a variety of applications, such as interconnecting video systems, computers, and embedded systems. It is also used in common applications such as RJ45, LAN, RS232, and USB connections.

The FCE17E09PB480 is designed so that digital signals can quickly pass through with minimal electrical noise. This is due to the contact arrangement which minimizes the number of electrical connections. As a result, it is less likely that the signal will be lost or corrupted during transmission.

The FCE17E09PB480 connector is also designed to be resistant to shock and vibration, which is important for applications that involve movement such as automated machines and robotics. This is due to its robust design and durable construction. The pins are also designed to be non rotationally symmetric, meaning that when they are inserted into the socket, they will create a secure connection that will not easily loosen over time.

Overall, the FCE17E09PB480 is an ideal solution for applications that require high performance data transfer and reliable signal security. It is designed to resist EMI, shock, and vibration, ensuring a secure connection for your application, and it is capable of quickly transmitting digital signals with minimal electrical noise.

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