L717DC37P1AUN

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D-Sub Connectors are the electronic components used to facilitate the electrical connection between two separate systems. The L717DC37P1AUN is one such connector which is used for wide range of applications. It is designed to be cost effective, reliable and easy to use.

The L717DC37P1AUN is a 37-pin subminiature D-Sub connector which is compatible with both male and female connectors. It has 3 rows of 13 pins, with the outer two rows of 8 pins having female receptacles while the middle row has 9 pins with male pins. It is primarily used for interconnecting devices in industrial, telecom and medical industries. This connector is designed to offer good protection against EMI and RFI emissions while providing a reliable electrical connection between two systems.

The L717DC37P1AUN is designed to provide robust contact connection, optimal mating performance and easy installation. It has a low contact resistance rating of 100m Ω for each pin and is resistant to vibration and shock. The inner contacts are made of tin plated brass and the outer body is made of zinc die cast for enhanced durability. The maximum operating temperature of this connector is rated to be -20°C to 85°C.

The working principle of the L717DC37P1AUN is simple. It uses spring contact pressure to ensure a reliable connection between two systems. The spring contact pressure is generated due to the contact retention force of the male pins which compresses the female receptacles and creates a secure electrical connection between the two systems. This ensures that the signals are transmitted reliably, without any error or loss of data.

The L717DC37P1AUN is a cost effective and reliable solution for interconnecting different systems. It is widely used in industrial, telecom and medical applications due to its robust design and easy installation. It is designed to provide reliable contact connection, optimal mating performance and good protection against EMI and RFI emission. It is also designed to withstand vibration and shock which makes it an ideal choice for harsh environments.

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