0733581300

The 0733581300 is a backplane connector specializing in the area of communication, providing electrical connection between two circuit boards. It can provide up to nine contacts, and its ultimate goal is to extend the space between a set of logic boards, enabling them to work in parallel. Backplane connectors, such as this one, tend to be used in complex integrated systems where high-speeds and higher power requirements are necessary.

The 0733581300 functions as an interconnecting network between components, allowing them to communicate and interact with each other. This is done by connecting pins or pins on one side of the connector (the contact side) to their counterparts on the other (the mating side). This physical connection provides electrical connectivity between the two circuit boards. In this way, the 0733581300 serves as a connector, making it possible for electronic components to send and receive signals, thereby establishing an effective communication network.

When working, the 0733581300 relies on the electrical connection provided by the two circuit boards — a press-fit between the contact and mating side — to ensure signal transmission. To make sure that the connection is secure, the 0733581300 is equipped with a strain relief boot. This component prevents the charger’s pins from bending or breaking, which would adversely affect the signal transmission. It also protects the pins from damage due to vibration.

In addition, the 0733581300 provides a heat transfer path between the connector pins. As a result, heat generated by components can be distributed across the surface of the connector, reducing the risk of overheating. This is particularly important in high-speed applications and those involving high power consumption. By dissipating heat, the connector helps reduce the risk of short-circuits, which can have serious consequences.

The 0733581300 is a specialized backplane connector accommodating up to nine contacts, making it suitable for use in complex networks, such as those used in communication applications. It relies on press-fit technology to securely join the two sides of the connector. Furthermore, the strain relief boot helps protect the contacts from damage due to vibration. Finally, the connector’s heat transfer path helps reduce the risk of overheating and short-circuiting.