1757836-3 Connectors, Interconnects

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D-Sub connectors are female electrical connectors with the shape of an inverted "D" which can hold masses of various types of wires. They are particularly used in industrial applications, computers, and other automated systems. A 1757836-3 type connector is one of the most popular due to its reliable nature and versatile usage. The 1757836-3 is a 9-pin connector used for high speed digital or analog communication in harsh environments.

The application field of the 1757836-3 can vary as each type is published with a specific purpose. These mechanical connections are suitable for signal transfer, data transmission, and power supply. The 1757836-3 is created with thick-walled metal housings and special plating to endure extreme temperatures, pressures, and other hazard conditions. Furthermore, this type of connector works well with equipment in high vibration areas. Most of these connectors have a excellent mating cycle life of more than 500 times which ensures long-term durability.

The working principle of the 1757836-3 is simple and effective. When connecting, the device\'s pins are inserted into the connector\'s socket where the male and female surfaces touch. This allows the electrical current to flow from the pins through the surfaces and reach its intended target. The 1757836-3 connector is designed with a snap-locking system that avoids the connection from slipping out when under motion. Additionally, if possible, insulation can be added to reduce the risk of corrosion and ensure proper functioning for the device.

In conclusion, the 1757836-3 type of D-Sub connector is a reliable and resilient electrical connection that is commonly found in industrial applications, computers, and automated systems. Its application field includes signal transfer, data transmission, and power supply. It works based on simple and effective principles: the male pins and female sockets are connected which allows the current to flow. Lastly, snap-locking systems and insulation materials are often used to reduce the risk of corrosion and make sure the device works as intended.

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