805-83-048-10-005101

Rectangular Connectors - Headers, Receptacles, Female Sockets are widely used in electronics and electrical products. The 805-83-048-10-005101 serves as a connection between two circuits, and its application field concerns a variety of areas, including home appliances, digital/telecom products, and automobiles. It is featured with shock resistance capability and strong anti-corrosion characteristics.

This rectangular connector, with its model number 805-83-048-10-005101, has an 8 mm pitch between the terminals. The surrounding material is plated copper alloy, which can strengthen the connection session and reduce attenuation. The other material used is natural and thermoplastic elastomer, which is known for its excellent corrosion resistance.

The 805-83-048-10-005101 connection is designed with a number of contact pins. These pins are connected to one another either in a pitched (or scrambled) order or in an un-pitched order. Each pin is fabricated with a copper shell, and each shell is provided with an insulation jacket. This works to protect the pins from possible electric shocks, as the insulation serves to prevent any electric surge from being routed between the pins. In addition, the pins also have small conductors embedded inside them to enable the connection between the two circuits to function effectively.

The operating principle of the 805-83-048-10-005101 is also quite simple. When the two circuits are power-on, the contact pins operate as a bridge between them. As the current passes through the pins, it is distributed evenly throughout the terminals, thus creating an efficient electrical connection. In addition, the removable or rotatable contacts also allow the users to adjust the electrical connection to meet their needs.

Therefore, this rectangular connector is an innovative, reliable and convenient connection solution for electronic and electrical products. With its 8 mm pitch, plated copper alloy, natural and thermoplastic elastomer materials, and shock resistance capability, it provides users with optimal performance and reliability. Furthermore, its simple yet effective operating principle makes it a great choice for a variety of applications.