AMC13SAAN

The AMC13SAAN is an innovative rectangular connector with both header and male pin configurations. The header configuration allows for multiple mating cycles and can be used to insert and extract one or more pins at a time. The male pin configuration is ideally suited for single mating cycle applications where one pin is inserted into the header. It helps to provide superior connectivity with superior current carrying efficiency and multi-pin power arch shielding.

This type of connector offers a wide range of applications including but not limited to high voltage systems, high current systems, power distribution networks, and control circuits. There are also many more specialized applications like RF communication networks, low voltage/signal systems, and test and measurement networks. The AMC13SAAN connector has excellent high frequency performance, high temperature tolerance, and extremely low power loss. It is designed to withstand high vibration, shock, and temperature cycling.

The AMC13SAAN connector is designed to use a contact pin which is configured for a double locking system. This system includes a pin with two small projections that interlock into the header. This provides a solid connection between the two parts, and ensures that there is never any accidental disconnection. This type of connector also offers superior flexibility in terms of installation and removal. It can be installed or removed by hand without the assistance of screws or nuts.

The working principle behind the AMC13SAAN connector is simple. The header is designed to mate with the male pin. The header has a cutout to accommodate the pin. The male pin is inserted into the header until it clicks into place. At this point, the header and the pin become electrically connected. Both the male pin and the header can then be locked together with screws, nuts, or a locking mechanism, depending on the application.

The main advantage of the AMC13SAAN connector is its superior performance and reliability. It is designed to handle high current systems, and its double locking system ensures that the connection is secure and dependable. It is ideal for use in various applications, from high voltage systems to power distribution networks and control circuits.