2-1971845-4

Rectangular Connectors - Headers, Male Pins, are a type of electrical connector that form an interface between a single cable, or busbar, and one or multiple target devices to ensure safe and efficient electrical connection and power transmission. This type of connector is widely used in industrial, automotive, electronic, household, commercial and utility applications due to its versatility, high performance and multiple applications. This article will discuss the application field and working principle of 2-1971845-4.

2-1971845-4 is an electrically and mechanically robust rectangular connector with long-term stability, low insertion/withdraw force, and precise connector placement and mounting. The primary application of 2-1971845-4 is for pneumatic, hydraulic and electrical systems. Generally, it is used in electrical systems to provide power and data transfer between two or more circuits, such as between an engine control unit and the electronics of a car, or to connect electrical devices in a circuit board. This type of header is also used in servers, computer motherboards, and programmable logic controllers.

The working principle of 2-1971845-4 is simple. The header consists mainly of two parts – the housing and the pins. The housing is usually made from plastic and forms the connector’s housing. It provides insulation to the pins and protects the contacts from mechanical and environmental damage. The pins are usually made from metal and are also referred to as male connectors. These pins housing the contacts and making the appropriate electrical connection with the mating female cables. When the male pins are inserted into the female socket, the pins are properly aligned to ensure an efficient and reliable electrical connection between the two circuits.

In conclusion, 2-1971845-4 is a type of rectangular connector which is widely used for power and data transmission in applications like automotive, industrial, and electronics. The connector consists of two parts, the housing and the male pins, which form the interface between two circuits to ensure an efficient electrical connection between them.