FCC17B25SA4EB

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D-Sub Connectors

D-Sub connectors are a type of electrical connector that uses pins or sockets typically used for computer or data communication connections. The connectors are typically laid out in an angled pattern, usually prepared to accept a male or female. They are designed for use in communications, computing, audio/video, and other electronic devices.

The FCC17B25SA4EB is a D-Sub Connector commonly used in industrial and commercial applications. It features a 25-pin male connector that is used for plugging into a circuit board or a standard cable. A female counterpart would usually be connected on the other end.

Application Field

The FCC17B25SA4EB is widely used in various applications such as:

• Machine control
• Industrial automation
• Instrumentation
• Power control
• Data communication
• Medical equipment

Working Principle

The FCC17B25SA4EB connector has 25 pins and is designed to pass power, analog, and digital signals. The pins provide power and are used to connect signals on the board or cable. The power pins are usually made of brass, while the signal pins are usually made of copper.

When the FCC17B25SA4EB connector is connected, it establishes an electrical connection between the pin and the socket. This connection is established by a physical contact between the two metal surfaces, which results in an electrical charge. The charge is then transferred from the pin to the socket, allowing the signal to travel through the connector.

The FCC17B25SA4EB connector is designed to provide a reliable and secure connection, and is capable of withstanding a high degree of vibration and shock. The pins are usually designed to be slightly recessed to prevent accidental shorting out of the connection when the pins are inserted or removed.

The FCC17B25SA4EB connector is usually constructed of durable materials such as aluminum and stainless steel, making it resistant to corrosion and other environmental effects. The connectors feature a robust design that can withstand extreme temperatures, shock and vibration.

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