68046-206LF

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Rectangular connectors, such as headers, receptacles, female sockets, and so on, are crucial components of electrical or electronic devices. Without them, the circuits would not exist and therefore the communication would not be possible. One of these connectors is 68046-206LF. The specific application field and working principle of this component will be explained in this article.

64046-206LF is used primarily in industrial and equipment automation. It is designed to provide reliable connection and power transmission needs for medical, commercial, military, industrial, and machine-level applications, among others. It also features a robust design which makes it suitable for environments that experience extreme temperatures and vibration. Additionally, this connector comes with low voltage contact resistance, high current-carrying capacity, as well as excellent sniffing shielding.

Typically, the connector features a male header with 2.54 millimetres pitch. This is linked to the receptacle of the component, which has the same connectors as the original, and the female socket of the component. The header is designed with 36 contacts. The electrical connection of the header and the receptacle is provided by board-to-board style. Furthermore, the connection of the header to the female socket is provided using press-fit technology.

The working principle of the connector is through the connection of the header and the female socket. When the connector is connected to the PCB board, it establishes an electrical connection between the two boards. The electrical connection is secured by the press-fit technology which ensures that the connection is reliable. Furthermore, the connector also ensures low voltage contact resistance and excellent shielding, reducing the risk of electrical interference and power loss.

In conclusion, the 68046-206LF connector is a crucial component for industrial automation and similar applications. Its design ensures a strong and reliable connection between two boards, as well as high current-carrying capacity and excellent shielding. Additionally, the low voltage contact resistance of the connector reduces the risk of electrical interference and power loss. Therefore, the use of this connector guarantees an effective and efficient communication between the two boards.

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