216040-1

DIN 41612, which is also referred to as Backplane Connectors, is a connector system designed to provide a reliable and secure connection between components of electronic systems, such as the printed circuit boards. The system usually consists of two connector or interface parts, a male connector and a female connector, that are secured together by a latching mechanism. The connectors are classified according to the type of latching mechanism, number of pins, board and cable connection interface, and pitch.

216040-1 is one of the most commonly used DIN 41612 connector housing types. It has a two-row male header and female socket, each housing eight contacts with 0.8mm pitch. The contacts are made of a brass alloy and are plated with gold, which makes them highly resistant to corrosion. This housing type is suitable for high operating currents, typically up to 13 Amps, and is designed to prevent errors due to incorrect mating of the connectors.

The DIN 41612 216040-1 application field is mostly related to the automotive and industrial industries. This connector type is ideal for high-power applications and can be used in automotive lighting systems, engine controls, and body control systems. Its rugged construction and secure locking mechanism also make it a good choice for use in applications exposed to severe vibrations or extreme temperatures.

The working principle of the 216040-1 connector is straightforward. The connector consists of two parts, the male and female sides. The male connector is inserted into the female side and the two parts are then latched together. The latching mechanism is designed to hold the two parts securely in place, while still allowing them to be removed without a tool. This ensures a reliable connection and helps to protect against accidental disconnection of the contact.

In summary, the DIN 41612 216040-1 connector is an excellent choice for high-density applications in difficult environments. Its gold-plated contacts provide a reliable connection, and its secure latching system ensures that the two parts stay connected in even the most extreme conditions.