380-10-127-00-001000 Application Field and Working Principle

Rectangular Connectors - Headers, Specialty Pin

The 380-10-127-00-001000 application field and working principle are mainly applied to rectangular connectors, headers, specialty pins, and cable assemblies. They are most commonly used in a variety of industrial equipment and electronic device industries such as automotive equipment, communications systems, computers, and medical applications.

The integral design of the 380-10-127-00-001000 provides superior performance and enhanced reliability. It features an ultra-low profile head, a low contact resistance, and an extremely robust all-metal construction. Due to the high flexibility of this design, it is ideal for use in tight space applications as well as for miniature and subminiature equipment.

The working principle of the 380-10-127-00-001000 consists of a series of electrical contacts. The contacts are made of a metallic material variety like brass, nickel-plated brass, and phosphor bronze. This ensures high-level uniformity and reliability for all types of fabrication. Each contact has inside the shells two interface points, which facilitate the establishment of electrical connections between two or more conductors. The contact points are soldered directly to the header by means of a special end crimp technique, and then soldered to the printed board. The inner contact points are machined to fit the specified shell size so that the electrical connection is secured.

The 380-10-127-00-001000 connectors provide improved electrical and mechanical performance over conventional connectors. They feature an on-board snap-button assembly method that makes installation easier. The snap-button design reduces pin abrasion and provides improved electro-mechanical vibration and thermal resistance. Additionally, the 380-10-127-00-001000 connectors also provide a large hole design that allows for easy cable or wire routing.

The entire design of the 380-10-127-00-001000 makes it suitable for a whole range of industrial applications. These connectors also promote a high degree of design flexibility and are often used in multiple applications, such as power and data transmission. Additionally, they are often employed in automotive and machinery electrical systems, along with communications and consumer electronics.