RE96FSR

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DIN 41612, also known as Rectangular Eurocard Connectors, is one of the primary backplane connectors used for board to board and other high-throughput connections. At the heart of the connection is RE 96FSR, a 96 pin, 100Base-T Ethernet and FireWire connector that is used for a variety of applications, from high-speed multimedia systems to embedded systems. In this article, we will explore the RE 96FSR application field and working principle.

The RE 96FSR (or Superspeed+ connector) was first developed in the late 90s as a way of providing high-speed Ethernet and FireWire connectors with a low form factor. It was designed to meet the needs of high-end consumer and commercial applications in areas such as multimedia, medical, automotive, and industrial applications. This connector incorporates both signal and power pins in its design to allow for high speed data transfer while at the same time, providing electrical and magnetic shielding from other electronic signals. The connector is composed of two rows of 96 pins, each with a different pitch size, which are color-coded in order to easily identify the pin from others. This allows the user to easily identify the location of the pins within the connector. The connector is also designed to be able to accept a wide variety of different connector types, including RJ45, HDI, DVI, USB 3.0, and Mini PCIe.

RE 96FSR can be used in a variety of applications. In embedded systems that demand gigabit Ethernet communications, the connector can be used to connect a host processor to a high-speed network. Other applications include high-bandwidth video transmission systems, high-speed data analysis, and industrial control systems. In addition, the connector is also used in automotive and medical applications for in-vehicle data transfer and for remote medical diagnostics.

The working principle of the RE 96FSR is based on the physical layer and data link layer. On the physical layer, it uses signal pins and power pins that provide 2.5V to 3.3V of sufficient power to the connected device. These pins also provide a static out-of-band electrical and magnetic shielding, which allows the different signals within the connector to be protected from one another. On the data link layer, the connector uses differential line drivers and receivers in order to transmit and receive digital data. These drivers and receivers can support various protocols, including Ethernet, FireWire, USB, and others.

The RE 96FSR is designed to provide a reliable connection that can withstand the rigors of heavy-duty usage and offer a high level of EMI, ESD, and fire protection. The contacts are made of copper to ensure electrical conductivity, and the 94 contacts are plated with a gold alloy for added durability. The connector is also designed to be compact and low-profile, making it easy to integrate into the system without taking up too much space.

In conclusion, the RE 96FSR is an ideal choice for a wide range of applications, from high-end consumer and commercial applications to embedded systems where gigabit Ethernet networks and high bandwidth video transmission systems are required. The connector offers a low form factor, provides both signal and power pins, and is able to withstand the rigors of heavy usage with its gold-plated contacts. In addition, it provides the necessary EMI, ESD, and fire protection, making it an ideal choice for many applications.

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