3314-2303

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The 3314-2303 product is a standardized rectangular connector in the form of a header or male pin. Header connectors are the female component of electrical connectors that mate with a male pin. They are typically inserted into a rectangular hole in a printed circuit board, creating a secure connection between two or more devices. The 3314-2303 header is widely used in various industrial, automotive, communications, and consumer applications.

The specific design of the 3314-2303 connector is 2.00mm pitch with a plastic housing and crimp-style copper alloy tabs. Its dimensions are 15.0mm long x 5.15mm wide x 6.84mm high. It comprises 14 pins, each one encased in a black nylon insulative shell to ensure safe, consistent operation. Additionally, it is UL recognized and RoHS and REACH compliant for market acceptability.

The 3314-2303 is manufactured with specific features to make connecting devices to it quick and easy. Its tabs are designed to be crimped and inserted into a mating female header. It can also be soldered onto a printed circuit board. The contacts are loaded with a lubricant to help prevent corrosion and provide mechanical support for the mating surface of the header plug. The 3314-2303 is capable of withstanding several thousands of insertions/removals.

The 3314-2303 can handle low voltage and current applications up to 5 amps/60 volts. They are commonly used in automotive infotainment interfaces, Ethernet and USB network interfaces, consumer electronics, and agricultural equipment. This versatile rectangular connector is also suited for use in a variety of data transmission, signal transmission, and other electrical applications.

The 3314-2303 employs the principle of electrical connection through metal-to-metal contact. When current is passed through the components, an electrochemical reaction occurs between the two materials, creating a conductive link between the two. This link allows the current to pass from one side of the connection to the other, creating a secure connection that is both reliable and efficient.

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