95278-802T40

Rectangular Connectors - Headers, Male Pins

95278-802T40 is a type of rectangular connector that is durable and can often be used in a variety of applications. It is an 8-pin version, features a 2.54mm spacing, and is suitable for use in through-hole designs. As such, its application fields include but are not limited to electronic boards and appliances, cable harnesses, and electronic control systems.

These connectors come with single row headers and male pins that measure 2.54mm. The male pins are prewired and the headers are made with box-shaped plating, allowing them to create strong and durable connections with minimal efforts. The male pins have a low insertion force and the headers have a high retention force as well, giving them the necessary strength for the intended purpose.

When it comes to the actual working principle of the 95278-802T40, it is fairly simple and straightforward. The connectors feature two sets of contacts - one set to power the device and the other to send a signal. These contacts are wired together, with the contact on the device end providing a positive voltage, while the other end provides the signal to operate the device. The combination of these two sets of contacts act as the main power source and also completes the circuit to enable the device\'s operations.

To ensure that the connections are not damaged, the connectors have locking devices that prevent them from becoming loose or tilted during operations. This ensures that they remain in place and that the connections are not compromised. The connectors are also designed to be resistant to shock and vibration, which makes them a reliable choice for use in extreme conditions.

In summary, the 95278-802T40 is an efficient, reliable, and low-cost male pin connector that is perfect for a variety of applications. Its features include a 2.54mm spacing, a low insertion force, and a high retention force. Additionally, it is designed to be shock and vibration resistant, making it reliable and durable for use in the most extreme conditions.