DIN 41612 connector is a common electronic connector, which is widely used in computer, communication equipment, industrial automation and other fields. It adopts the standard design formulated by the German industrial norm, so it is called DIN 41612 connector.
DIN 41612 connector has the following features and components:
1.Structure: DIN 41612 connector usually consists of pin arrangement and socket. The pin arrangement is located on the mother side of the connector, and the socket is located on the plug side of the connector. The number of pins of pin arrangement and socket can be flexibly configured according to requirements.
2.Pin arrangement: The pins of DIN 41612 connector are arranged in a grid, with multiple pins in each row, usually 15, 32, 48 or 64. The pin arrangement adopts standard spacing, which ensures the interchangeability and compatibility between connectors.
3.Pin type: According to the specific application requirements, the pin of DIN 41612 connector can be straight-through (straight-in) or vertical (angular). Straight pins are inserted vertically into the socket of the connector, while vertical pins are placed at a 45-degree angle in the connector.
4.Electrical performance: DIN 41612 connector is usually used in low-frequency and intermediate-frequency applications, with good signal transmission characteristics and anti-interference performance. They support data, signal and power transmission, and can provide different grounding options according to requirements.
5.Guide keys: DIN 41612 connectors are usually equipped with guide keys to help ensure correct insertion and removal of plugs. The boot key helps to avoid wrong insertion and damage to the pin.
6.Installation method: DIN 41612 connector can be installed by welding, PCB installation or other fixing methods. Solder connectors usually need to be connected to PCB through solder pins.
To sum up, DIN 41612 connector is a common standardized electronic connector, which has the characteristics of flexible pin configuration, strong interchangeability and good electrical performance. They are widely used in various electronic devices, providing reliable solutions for signal transmission and power connection.
