966218-2000-AR-PR

Rectangular Connectors - Headers, Receptacles, Female Sockets

Rectangular connectors are commonly used in electronics to link electrical components together. They are designed to join two or more circuit boards or wires together so that the current can flow between them. There are many different types of rectangular connectors available, such as headers, receptacles, female sockets, and many others.

The 966218-2000-AR-PR is a type of rectangular connector used for many applications. This is a high-performance connection standard that is designed to provide reliable and secure connections with up to two times more current carrying capacity than comparable standard connectors.

Application Field and Working Principle

The 966218-2000-AR-PR is commonly used in the automotive, aerospace, and industrial automation industries. This type of connector is designed to be used in harsh environments, such as extremes in temperature and vibration. It is also designed to be used in applications where high performance and vibration resistance is required. This type of connector is also suitable for high-speed data transmission and power transmission.

The 966218-2000-AR-PR is also used in many consumer electronic products. This type of connector is designed to provide superior noise and EMI performance, making it an ideal choice for applications that require a high level of electronic signal performance. This type of connector is also used for heavy-duty industrial applications, such as those in mining, gas and oil, construction, and other industries.

The 966218-2000-AR-PR is a male-female type of rectangular connector. It consists of a male plug and a female receptacle. The main components in the connection are the pins which are typically made from copper or brass. The pins of the male plug are pressed into the female receptacle, forming a connection. This type of connection is reliable and secure, enabling consistent signal transmission. It is also resistant to vibration, making it suitable for use in harsh environments.