20021321-00070T4LF

The 20021321-00070T4LF is a rectangular connector that falls into the category of headers, receptacles, and female sockets. This type of connector is used to connect pieces of equipment together, such as printed circuit boards, on electronic devices. It is popularly used for various commercial, industrial, and consumer applications.

The 20021321-00070T4LF connector features an advance design that provides superior connection reliability. It is manufactured to a precise specification, which ensures a secure connection with current and future technologies. This connector features a number of benefits, such as reduced insertion and removal force, improved operating life and reliability, and efficient signal transmission.

The 20021321-00070T4LF connector is equipped with a two-piece construction, which includes a receptacle and a header. The receptacle connects to the printed circuit board, while the header attaches to the wire. In order to establish a secure connection, the two pieces of the connector are mated together by seating the header into the receptacle. The two pieces are held together by a latched mechanism, which ensures that the connection is secure and vibration or accidental forces will not disconnect them.

The working principle of the 20021321-00070T4LF connector is simple. When in a connected state, electrical current is transferred from the header to the receptacle, which is then transmitted to the circuit board. The two pieces are held together by a latched mechanism, which ensures that the current will not be lost or interrupted during operation. This connector is designed to perform reliably for long periods of time, and its advanced design makes it resistant to harsh environments.

The 20021321-00070T4LF connector is a reliable connection solution for a variety of commercial, industrial, and consumer applications. Its two-piece design and latched mechanism make it suitable for securely connecting pieces of equipment together. Its superior design ensures that it will provide a secure connection and efficient signal transmission for years to come.