0908163212

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Rectangular Connectors have become an increasingly important part of electronic device and system design. A wide range of products—from low pin-count headers to high-speed, high-density arrays—all make use of the rectangular configuration.

This article will provide an overview of the 0908163212 Connector application field and working principle, which is a type of rectangular connector, classified as a header, male pin connector.

Application

0908163212 Connectors are suitable for use in many applications, including medical, industrial, military, commercial, and data communications. The salient feature of this product line is its vast array of pin configurations and mounting features that enable a wide range of applications and design flexibility. The pin configuration ranges from single-row to double-row and combinations thereof, with pin count options up to 100 and beyond. The mounting features provide for horizontal, vertical, and surface mount configurations.

Construction

0908163212 Connectors typically consist of a housing and a machined pin, or socket, format. The housing is a two-piece construction consisting of a molded plastic body and a separate plastic base. The molded body contains the pins, while the base includes the mounting holes and supports the connector.

The machined pin, or socket, formats can be square, round, or hexagonal depending on the application. The pins are made from brass and are gold plated for increased electrical conductivity and corrosion resistance. The pins are also molded with a collar that provides a secure connection with the mating components.

Working Principle

0908163212 Connectors use the electrical connection concepts commonly deployed in the electronics industry, with the two mating components held together by the engagement of the pins through the contact face of the connector. By engaging the surface of the contact, the pins create an electrical connection for a secure and reliable signal transfer.

The pins themselves are designed to fit the exact dimensions of the mating component, creating a tight, low-resistance connection. The collar that is typically molded onto the pin helps hold the pin securely in place when it is inserted into the connector. This tight fit also ensures that there is minimal electrical loss through the connection.

Conclusion

0908163212 Connectors are a versatile option for connecting electronic components together. They are suitable for a variety of applications due to their variety of pin configurations and mounting features, and their use of tight, low-resistance connections provide a secure and reliable signal transfer.

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