86093968192765E3LF

Backplane Connectors - DIN 41612

86093968192765E3LF application field and working principle refer to the special functionality and technical features used for the efficient connection of industry machinery and cross-system communication lines.

Specifically, 86093968192765E3LF is a type of backplane connectors according to the German Institute for Standardization (DIN) 41612 standard. It is used in the context of automated production processes, robotics, robotics navigation systems, and cross-system communication networks. Among its most renowned properties, the device incorporates a superior level of reliability and immunity to signal interference.

Moreover, 86093968192765E3LF is particularly suitable for applications in industrial automation, robotics, and motion control fields, owing to its excellent performance characteristics. The device is capable of transmitting up to 18 lines per port and features contact pins that are inserted directly into the backplane boards while maintaining complete contact with the mylar conductors.

86093968192765E3LF features a high data throughput, allowing the devices to support both single and multiple-bit signals in a reliable and robust manner. It provides an adequate amount of robustness to buffer against transients or random noise, creating a reliable connection. Additionally, the device offers a thermal conductivity of up to 6.7 W/mK, which helps dissipate heat generated by the backplane connectors.

Additionally, 86093968192765E3LF features wide operating temperature ranges of -40°C to +105°C. The device also provides a long-term acceleration capability of up to 6 Gs, depending on the application requirements. This helps create a reliable connection and eliminates errors resulting from dynamic loads experienced during the operation of the device.

Overall, 86093968192765E3LF is a highly reliable backplane connector that can handle a variety of tasks from single and multiple-bit signals, providing efficient cross-system communication and data throughput.