M80-7810642

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Rectangular Connectors are constructed out of a variety of materials, such as plastic, metal, and ceramic, and configured in various sizes and shapes. M80-7810642 is an example of a male pin header connector that provides a reliable connection between electronic components in various applications. This article will discuss the M80-7810642’s application field and working principle.

Application Field

The M80-7810642 Connector is used in applications that require a strong and reliable electrical connection. It is particularly well-suited for use in commercial and industrial settings, such as aviation, automotive, medical, and communication systems. It is optimized for data transfer and offers a secure connection for signals with a wide temperature range.

The M80-7810642 Connector is also used in the automotive industry, as it is certified to meet the electrical and mechanical requirements of automotive applications. This connector is also well-suited for applications in data transmission networks, as it has a reliable locking system that prevents any moisture or dirt from entering the connector. Additionally, the connector is rated up to 250VAC/VDC and 8A, which makes it ideal for applications in household appliances.

Working Principle

The M80-7810642 connector is a male pin header connector consisting of a sheet of terminals that are stamped and plated with gold. The connector has a pitch of 2.54mm, and each contact terminal has an arc-shaped contact section, which helps ensure a secure connection. The connector is made up of two rows of terminals that are mounted on a single plastic housing, with plastic pegs on either side of the housing as a support frame.

When the connector is connected, the pins press tightly against the corresponding contact surface, and the friction generated between the pins and contact surface helps to keep the connection secure. In addition, the connector is designed with metal shields on either side of the contact surface, which helps protect against electromagnetic interference (EMI).

In addition, the M80-7810642 connector has a number of self-retaining features that prevent it from being accidentally disconnected. The metal shield on the contact surface helps keep the connector together even when it is subjected to high vibration, and the connector also features a clipping system to help ensure a secure connection.

Conclusion

The M80-7810642 connector is a popular choice for applications in various industries that require a strong and reliable electrical connection. It is optimized for data transfer, and it is certified to meet the electrical and mechanical requirements of automotive applications. It is well-suited for use in commercial and industrial settings, as it offers a secure connection for signals with a wide temperature range. Additionally, it features a metal shield for EMI protection, as well as a self-retaining design to prevent accidental disconnection.

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