0015247142

Rectangular Connectors - Headers, Receptacles, Female Sockets

Rectangular connectors play an important role in power, communication and data distribution. Connectors are used for quick connection and disconnection of electrical circuits. This type of connectors is typically used in industrial, telecommunications, medical, automotive and other applications where performance and reliability are of utmost importance. 0015247142 connectors are available in various sizes, gender, mountings, shell configurations, contact arrangements and contact platings.

Application Field of 0015247142

In general, 0015247142 connectors are designed for low to medium current and voltage applications. Common applications include communication, data transmission, consumer, audio, video, audio/video, radio frequency, and test and measurement. 0015247142 connectors are used in televisions, audiovisual systems, home theaters, computer systems and networks, medical imaging equipment, cellular phones, and wireless telephones.

Working Principle of 0015247142

The 0015247142 connector is comprised of two parts — the header and the receptacle. The header is the component responsible for providing power connections. The pin contacts of the header are typically made of brass and are plated with tin or gold. The receptacle connection component typically contains multiple socket contacts, which are also plated with tin or gold. The receptacle is then mated with the header to provide the necessary power or video connection.

The 0015247142 connector works by connecting the pin contacts of the header to the socket contacts of the receptacle. An indicating tab, which is part of the header, slides into a slot in the receptacle when the connection is complete. This tab tells the user that the header and the receptacle are properly mated. To ensure that the connection is secure, the receptacle must click or snap into place when it is being connected.

In order to ensure a robust connection, the 0015247142 connector is designed to maintain electrical contact even when exposed to temperature, vibration and chemical contaminants. This is achieved through the use of spring contacts and corrosion-resistant materials. The contacts of the socket on the header are baffled, which reduces the possibility of short circuits.