FCC17E09PB490 Connectors, Interconnects

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D-Sub Connectors are a type of electrical connector that can be used in a variety of applications. The FCC17E09PB490 D-Sub Connector is a type of D-Sub connector manufactured by the FCC Connector Group that is designed for high temperature, high voltage, and high frequency applications. The FCC17E09PB490 is a SMT, (surface mount technology) version of the classic D-Connector.

The FCC17E09PB490D-Sub Connector features a 9-pin design with four pins on one side and five pins on the other side. It is designed to operate in a temperature range of -55 to 200°C and has an insulation voltage rating of 500V. It is made of copper alloy, has an operating voltage of 50V, and a current rating of 10A. The FCC17E09PB490D-Sub Connector is rated to a frequency of up to 250MHz.

The FCC17E09PB490D-Sub Connector is designed to be used in high-temperature and/or high-voltage applications, such as Network Interface Cards (NICs), power supplies, and audio equipment. It is also suitable for other applications that require a reliable connection over a wide temperature range or higher voltages or current ratings.

The working principle of the FCC17E09PB490 D-Sub Connector is simple. When the connector is energized, the four lower pins form a straight connection that transfers electricity from the wire to the circuit. The upper pins then conduct an alternating current, which breaks the connection when interrupted, allowing for current to flow between the wires and the circuit. As the alternating current is interrupted, the current flow is automatically directed to the other circuit. This allows for better control of the flow of current.

Due to its high temperature and voltage rating, the FCC17E09PB490 D-Sub Connector has become a popular choice for many high temperature and/or high voltage applications. Its simple working principle makes it a reliable connection for use in a variety of different applications. Its high frequency rating makes it a great choice for applications such as high data rate systems where high speed is essential.

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