213437-8

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The ARINC 213437-8 Backplane Connectors are a type of backplane connectors that offer an enhanced design. These connectors are designed to hold up to 200 pins and provide reliable and stable electrical connections over a wide range of environments. They are also equipped with a series of features that allow them to withstand the most extreme conditions, making them ideal for military and aerospace applications.

The ARINC 213437-8 Backplane Connectors feature a hermetic seal that helps protect against environmental hazards such as dust, moisture, and dirt. The connectors are also rated to withstand high-temperature operation. This allows them to be used in applications where temperatures can reach up to 300°C.

The connectors are also designed to minimize EMI/RFI and cross-talk. This helps the connectors maintain reliable electrical connections over a wide range of frequencies. Additionally, the connectors feature a locking system that ensures secure connections and prevents accidental disconnects.

In terms of working principle, the connectors operate on a differential signaling principle. This means they transmit information using two different signals, one of which is used to represent a logical 0 and the other a logical 1. When these signals are sent over the connectors, the receiving device can recognize the differences between the two signals and process the data accordingly.

The connectors also use pairs of wires for transmitting and receiving data. This allows for data to be sent and received at high speeds. The connectors also feature a voltage and current protection system to protect against short circuits.

Overall, the ARINC 213437-8 Backplane Connectors offer an enhanced design that is ideal for military and aerospace applications. The connectors are equipped with features that allow them to withstand extreme conditions and provide reliable and stable electrical connections over a wide range of environments. Additionally, the connectors operate on a differential signaling principle, allowing them to transmit data at high speeds and protect against short circuits.

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