95278-401-24LF

Rectangular Connectors - Headers, Male Pins are typically used as connection points for quick and easy access to components, PCBs and power supplies. The 95278-401-24LF is one such popular connector that is widely used due to its large current ratings and wide variety of features.

This particular connector is an SMT (surface-mount technology) type, which means that it can easily be mounted onto PCBs by soldering the pins to the surface. The 95278-401-24LF features 24-pins that carry a rating of up to 40A. Besides its high current rating, it also offers many advantages, such as a low profile, stackability, high temperature resistance, mechanical strength, and EMI/RFI shielding.

In terms of its application field, the 95278-401-24LF can be used in a variety of industries, such as computers, communications, consumer electronics, power supplies, automotive, medical, and aerospace. It can be used for applications that involve switching, relays, motors, signal transmission, power supplies, and more. Furthermore, its features make it suitable for applications in high-vibration environments, as well as in machines or devices that require precision and reliability.

The working principle of the 95278-401-24LF is relatively simple. When two compatible connectors are mated, a metal pin from one side of the connector is in contact with an internal connection component of the connector on the other side. This connection component is called an insulation displacement connector (IDC). When the two connectors are mated, the IDC is driven between the pins and causes electrical connection. The engagement force of the connectors ensures the continuity of the connection even with external forces.

In conclusion, the 95278-401-24LF is a popular and reliable connector that is widely used in a variety of industries due to its high current ratings, low profiles, stackability, and other advantageous features. Its working principle is based on electrical connection determined through the connection between metal pins and IDCs.