304-11-117-41-780000

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Rectangular connectors are widely used in electrical connections, and the 304-11-117-41-780000 is an example of such a connector. This particular type of rectangular connector is classified into headers, receptacles, and female sockets.

Headers

Headers are a type of rectangular connector with long rows of pins. They are usually found in power supplies, telecommunications, and related network equipment. These headers are typically used for connecting an electrical device to another in such a way that allows signals to be sent or received. The 304-11-117-41-780000 is an example of a header with 11 pins, which is designed to make connections between two circuits.

Receptacles

Receptacles are another type of rectangular connector. These connectors allow electrical signals to pass between two devices. The 304-11-117-41-780000 is specifically designed to make connections between a power supply and connected device. This type of receptacle is able to make connections quickly and securely while facilitating signal transmission.

Female Sockets

Female sockets are a type of rectangular connector that allow two electrical devices to connect. The 304-11-117-41-780000 is an example of a female socket with 11 pins designed to provide a stable electrical connection between two devices. Female sockets also provide a secure connection, which helps protect the connected devices from damage due to electrical pulses or current overload.

Application Field and Working Principle

The 304-11-117-41-780000 rectangular connector is mainly used in the power or telecommunications field. It is mainly used to provide a secure and reliable connection between two electronic devices. This type of connector is designed to allow an electrical signal to pass between two devices without any risk of damaging the device. It also has the ability to maintain a secure connection while preventing current overloads which could potentially damage the connected device.The working principle of this connector is simple. The pins at the end of the connector are inserted into the female socket. Then, as the pins are slightly pressed into the socket, an electrical connection is created between the two devices. This allows electrical signals to pass between the two devices without the need for additional wiring.

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