536096-5

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Backplane connectors, like the DIN 41612, are essential components for many electronic appliances. Many types of backplanes have become popular within the electronics industry, and they play an important role in the manufacturing of a variety of devices. As they are used in such a wide range of products, backplane connectors must be able to support a variety of signals, including electrical, electrical optical, and RF signals.

The 536096-5 DIN 41612 backplane connector is specifically suited for applications within the transmission between a single board computer (SBC) and its peripherals. It is designed to support up to five channels of signaling so that multiple devices can be connected simultaneously. This helps to ensure that data and communication between devices will remain uncompromised. Not only this, but the special construction of the 536096-5 also helps to reduce electromagnetic interference, helping to protect the performance and reliability of the equipment it is being used within.

The 536096-5 is a 2x32 pole, 5-row configuration. Each row contains a single switch, with two rows connecting to signal routes which are ground lugged. An additional row between each row provides an interference suppression design with additional cross-interference. This design helps to heavily reduce the risk of cross interference between signals. With this specific design, it has a maximum current rating of 5A and a voltage rating of 500V AC/DC. It also operates in temperatures of between -40°C to 85°C.

The 536096-5 is often used for transmitting digital signals from peripherals to the SBC, helping to ensure that devices communicate with each other quickly and effectively. In addition, it comes with built-in features to help reduce EMI in sensitive applications. This is achieved through its interference suppression design which helps to reduce alternating currents and other electrical noise from affecting the performance of connected devices.

The operating principle of the 536096-5 follows a relatively simple design, with each signal route being connected to a respective lug within the connector. This then in turn is connected directly to the switching between each row. This allows the signals to be routed when, and how needed quickly and reliably with minimal risk of electrical interference of any kind, thus allowing for greater levels of efficiency.

The 536096-5 DIN 41612 backplane connector is widely used in applications where signals need to be quickly and reliably transported from one device to another. The five-row design helps to reduce the risk of cross-interference, and the additional interference suppression design helps to protect against even more electrical noise. With a temperature rating of -40°C to 85°C and a maximum current rating and voltage of 5A and 500V AC/DC respectively, it is reliable for many applications and is often found being used alongside single board computers (SBCs) and their peripherals.

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