95278-107A06LF

Rectangular Connectors - Headers, Male Pins, are connectors designed primarily to provide electrical connection points between digital and analog circuits. The 95278-107A06LF is one such connector. Its application fields and working principles are as follows.

Application fields: The 95278-107A06LF is primarily designed for use in telecommunications, medical, and military/aerospace industries, though it is also highly suitable for use in consumer electronics, such as portable electronic devices. In these industries, it is often used as a reliable interconnect between circuit boards, components, and other devices.

Working principles: The 95278-107A06LF Rectangular Connector features an integrated header, male pins, and contact points. header consists of an electrically insulated body, which serves as a base for mounting the male pins within the header. The male pins are generally round, but they may also have a variety of shapes, depending upon the application. The contact points are responsible for making the electrical connection between the male pins and the board or component.

When the header is secured to the board component, the contact points make an electrical connection. This connection is usually made through a soldering process, which melts a small amount of solder and securely connects the male pins to the contact points. The electrical connection is then reinforced with a locking mechanism and/or a strain relief mechanism, depending on the type of environment it is used in.

The 95278-107A06LF is a reliable and durable connection system that is suitable for use in a wide range of applications. It is highly resistant to mechanical vibration and shock, as well as environmental conditions such as extreme temperatures and humidity. It is also resistant to corrosion and is designed for ease of assembly and reliability.

The 95278-107A06LF is a flexible and cost-effective solution for interconnecting digital and analog circuits in telecommunications, medical, and military/aerospace applications. With its robust design, reliable performance, and resistance to environmental conditions, it is an ideal choice for a variety of applications.