Rectangular Connectors - Headers, Receptacles, Female Sockets

The ESQT-112-02-F-Q-430 is a type of rectangular connector, typically employed as a header for electrical and electronic systems. This type of connection provides secure contact points between components, as the header has receptacles and female sockets. These are mounted on the mating cables, and then connected to the header.

The ESQT-112-02-F-Q-430 connector has a number of different applications. It is typically used as a board-to-component connection in card cages, back planes, daughter boards, and terminal blocks, and is particularly well suited for using signal and power lines to achieve high-density connections. In addition, its robust construction makes it suitable for harsh environments.

The ESQT-112-02-F-Q-430 header is a single wire shield terminal block; the receptacles and female sockets are constructed from thermoplastic and reinforced with metal plating for durability. Each contact’s steel shielding helps to protect the electrical connection from environmental interference.

The ESQT-112-02-F-Q-430 header also features a tension-lock design. This provides a secure connection between the male element and the female element. This design helps to ensure a reliable connection, so that the transmission of signals and power supply is maintained.

The ESQT-112-02-F-Q-430 header is also designed in such a way that it can accommodate a variety of signal configurations. The components can also be easily inserted and removed without any tools, so that wiring can be hassle-free. This feature helps to reduce downtime when making connections.

The working principle behind the ESQT-112-02-F-Q-430 header is relatively simple. The contacts of the receptacles and female sockets are connected to the wires of the mating cable. Then, when the header is inserted, the contacts make contact with the corresponding terminals on the header, making a secure and reliable connection.

In conclusion, the ESQT-112-02-F-Q-430 Header is a type of rectangular connector that has a variety of applications. Its robust construction and tension-lock design make it well suited for harsh environments, while its design allows it to accommodate a variety of signal configurations. Its working principle is straightforward, with contacts of the receptacles and female sockets making contact with terminals on the header.