3-5352171-0

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Backplane connectors are utilized in the design of substrate connections, in which the primary purpose of such a connector is to connect board-mounted components such as memory, processors, ASICs, FPGAs, and other electronic components to other board-mounted components. In such cases, a backplane connector, also known as a bus or static bridge, is used to bridge the two electronic components. Such connectors are designed with appropriate vertical and horizontal port density, as well as anemic current levels, so as to accommodate the physical configuration of the device and its electronic components.

The 3-535-2171-0 connector family is a widely used backplane connector. It is designed for use in applications requiring hard metric connections with increased articulation, such as high-speed telecommunications systems. This connector family is suitable for a variety of applications, including data, voice, and video transmission, as well as industrial or medical systems. In addition, it is used in a variety of other applications, including power supply pin definition, system expansion, server applications, and interface testing.

The 3-535-2171-0 connector family is a hard-metric connector, with a contact spacing of 2.50 mm and a contact diameter of 1.27 mm. This type of connector can be found in a wide variety of form factors, including straight, right angle, reverse socket, and r-angle filters. The contact points of the connector are gold-plated, making them highly resistant to corrosion. Additionally, it also features an improved contact design, which minimizes the contact play.

The standard port density is 10 positions per linear inch (PPI). This density ensures optimal performance levels in high-load transmission applications. This density also allows for effective electrical and thermal control, as the increased density prevents contact crossings and minimizes contact resistance. The high port density also provides improved component and interconnection reliability, as the high PPI allows for more reliable protection against noise.

The 3-535-2171-0 connector family also features a working principle that is optimized for low-profile applications. The contact points are tightly held, preventing mechanical shock from damaging them. This working principle also helps to reduce contact noise and improve reliability. Additionally, the contacts have a low contact resistance, which reduces the exchange of power dissipated through the connector.

In order to meet the tight requirements of modern designs, 3-535-2171-0 is designed to meet a variety of tolerances, including 0.35mm, 0.45mm, and 0.75mm. This enables it to provide a reliable connection for a range of applications. Additionally, the contact points are designed to accept both straight and trace loop connections, allowing for increased flexibility in the design of the system.

The 3-535-2171-0 connector family is suitable for a range of applications, from telecommunications systems to power supply pin definition. It is designed with a hard-metric port density of 10 positions per linear inch (PPI) and a contact spacing of 2.50 mm. It is also designed with an optimized working principle, which improves contact resistance and reduces contact play. Additionally, the connector comes in a variety of form factors, allowing for increased flexibility in the design of a system.

The specific data is subject to PDF, and the above content is for reference