2163-34-02-P2

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Rectangular connectors and headers come in variety of forms and sizes, from toolless pin and socket connectors to high pin count connectors and complex high-speed configurations. Out of all rectangular connector types, the 2163-34-02-P2 connector is a type of Headers, Male Pins connector.

A 2163-34-02-P2 connector consists of a two-piece pre-assembled male-and-female pins, consisting of a male housing, female housing and male pins (with protruding gold-plated contact fingers) that fit into a female housing with female contacts (with sockets in the base). This combination forms a secure and simple connection, making it easy to connect and disconnect to various devices.

The 2163-34-02-P2 connectors have a wide range of applications, including use as an interface between two or more circuit boards, a connector between motors and other motor controllers or devices, as well as for jumper wire applications. For example, these connectors are commonly used in industrial, instrumentation, and medical equipment. It is also suitable for applications in harsh industrial environments, including those involving high vibration.

The working principle for the 2163-34-02-P2 connector is quite simple. The female housing and male pins fit together into the female housing, creating a secure, low-resistance connection. As current is sent through the male pins, it is distributed in an even manner to the female sockets in the female housing. This evenly distributed current ensures reliable connections, providing stable communications and reducing energy loss. This also helps to reduce signal noise, as the uniform distribution ensures signals are less prone to interference.

The 2163-34-02-P2 connectors are highly reliable and are designed to be a low cost, easy to use and robust solution for various applications. Its simple, secure connections make it suitable for a variety of applications, as it is able to withstand harsh industrial environments. Additionally, its low-resistance connections provide stable communications, reduce power loss, and help prevent interference and signal noise.

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