PS3F-2RS/8S/10S

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Backplane Connectors have been used in a variety of industries for many years, providing a secure, dependable connection to a wide range of devices. This article will focus on one type of specialized backplane connector – the PS3F-2RS/8S/10S – and explain its application field and working principle.

The PS3F-2RS/8S/10S is a specialty backplane connector with a unique design that allows it to interface with very specific configurations. It features a two-row shielded surface configuration, capable of handling signals up to 2.15 Gbps, and its construction is resistant to harsh environmental conditions. The connector has a small size, with dimensions of just 15.87 mm x 19 mm x 3.5 mm, so it can fit into tight spaces. It is designed to meet standard contacts such as the DIN 41612, Rapid-Lock, and Sealed Connector systems, and is rated for +5 volts and -5 volts.

The primary application of the PS3F-2RS/8S/10S is in the area of computer networking and backplane communication. It is commonly used in the cabling systems of servers, routers, and switches. It can also be used in a variety of other devices such as industrial automation networks, medical devices, and consumer electronics. The connector is also capable of carrying high-frequency signals, so it is frequently utilized in high-speed data transmission applications.

The working principle of the PS3F-2RS/8S/10S is relatively straightforward. It consists of two rows of shielded surface contacts on either side of a dielectric substrate. The contacts are arranged in an alternating pattern, with one row being dedicated to power and the other row dedicated to signals. Signals are routed through the connector via the signal contacts, while power is supplied via the power contacts. The connector is then sealed to protect it from the external environment and ensure a reliable connection.

The PS3F-2RS/8S/10S backplane connector is an ideal solution for many applications, including computer networking and backplane communication, industrial automation networks, medical electronics, and consumer electronics. Its small size and high data transfer capacity make it well suited for use in a variety of devices. Furthermore, its resistance to environmental degradation, coupled with its ability to maintain a secure connection, make it a reliable and dependable choice for any application.

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