FCC17C37PN4E0

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D-Sub Connectors are electronic connectors or interfaces used mainly in communication, measuring and computer technology. They are typically used in larger devices such as network routers and routers or other computer equipment. The FCC17C37PN4E0 D-Sub Connector may be particularly well suited for applications in the automotive, medical, aerospace, and industrial automation industries.

The FCC17C37PN4E0 connector is a robust, applied molded-foil-based connector that features 36 contacts arranged in an angled interface. It has a terminal built into the mating face of the connector that is designed to allow the connection of multiple wire, logic, and signal contacts. It features a zinc-based construction that allows users to easily install and terminate both single and double row connectors.

The FCC17C37PN4E0 connector typically operates at a temperature range of -55 to +105 degrees Celsius. It is also rated for up to 3000 mated cycles and features a UL94V-0 flammability rating. It is designed to meet stringent military specs with its special inherent features. It has a current-carrying capacity of up to 25A and a voltage rating of up to 650 V ac.

The FCC17C37PN4E0 connector\'s working principle is based off its positioning contacts. The contacts are designed in an angled interface so that when mated, they can form a secure connection. The angled interface ensures better contact and signal transmission. The contacts of the FCC17C37PN4E0 connectors are formed when two halves of the connector are pressed together. When the connector is crimped, the internal contacts are already in place. The crimping force forms a more reliable electrical connection.

The FCC17C37PN4E0 connector has a wide array of applications including in the automotive, medical, aerospace, and industrial automation industries. It is well suited for applications that require a reliable, rugged connection as it is made from durable materials, is made for high-temperature operation, and can endure up to 3000 mated cycles. The robust design makes it particularly suitable for use in extreme environments. It is also suitable for applications that require reliable signal and data transmission as its angled design ensures reliable transmission.

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