747913-9

D-Sub connectors, also known as D-subminiature connectors, are multipurpose electrical connectors with multiple pins or contacts. The 747913-9 is a widely used model of these type of connectors. It is a non-isolated, 8-pole connector that mates with an interlocking hood to provide a durable and reliable electrical connection.

The 747913-9 connector is typically used in situations where there is a need to securely transmit signals or power in a confined space. It is most commonly used for board-level applications, such as providing power to a circuit, transmitting data and/or signals between other components, providing video signal transmission, as well as providing electrical isolation between two systems.

The 747913-9 connector is designed with multiple pins or contacts. Each contact is made of a conductive metal material and can be used to transmit power, or to transmit signals and/or data between two different systems. The pins are arranged into a specific pattern in order to ensure that the pins will mate correctly when in use. The contacts are protected by a plastic d-hood, which not only protects the pins but also helps ensure that there is a secure connection between two components.

The working principle of the 747913-9 connector is relatively simple. When the connector is in use, an electrical signal is sent through a source, which is then transmitted through the pins of the connector. The signal then travels from the connector to the destination, and vice versa. The connection is kept secure through the use of an interlocking hood which protects the pins from becoming damaged.

The 747913-9 connector is a reliable and durable connector that can be used in a variety of applications. It is most commonly used in board-level applications, such as providing power to a circuit, transmitting data and/or signals between other components, providing video signal transmission, as well as providing electrical isolation between two systems. The interlocking hood ensures that the pins and connections are secure and that the signal is transmitted reliably.