95278-801B14LF

Rectangular connectors are one of the most popular connectors used in industries. They are especially used for power, data, and signal transfer, and are constructed with quality materials to ensure a reliable connection and reliable operation. 95278-801B14LF is one such rectanguler connector model which is used for various purposes and its application field and working principle are discussed in this article.

The 95278-801B14LF is a type of rectangular connector intended for use in embedded systems, cable assembly, and other hard-to-reach locations. It has a leadless body which allows easy insertion and removal of contact pins. This model has a total of 14 pins arranged in a staggered configuration. The pins are gold-plated to ensure reliable connections and a corrosion-resistant connection.

The 95278-801B14LF is used in various applications. It is ideal for use in applications where high-bandwidth data transport, reliable connections, and maximum power transfer are required. This model is suitable for use in computer motherboards, backplanes, and storage area networks. It is also suitable for use in other industrial applications such as test and measurement, power distribution, motor control systems, and medical equipment.

The 95278-801B14LF works using a form-in-place (FIP) contact motion. This means that the contact pins slide into place and are fixed in position by the self-locking design. All of the contact pins are also designed to have a snap-in feature which increases their retention.

The 95278-801B14LF also has an excellent electrical connection. The pins are gold-plated to ensure reliable electrical connections and corrosion resistance. The contacts are designed to have low insertion force which makes them easy to connect and disconnect.

In summary, the 95278-801B14LF model is a type of rectangular connector with a leadless body and gold-plated contacts. It is suitable for various applications and has an excellent electrical connection due to its low insertion force and snap-in feature. It works using a form-in-place contact motion to ensure reliable connections and maximum power transfer.