3402-0000

3402-0000 is a rectangular connector which can be used for Board In, Direct Wire to Board. It is often found in the user’s manual or promotional material of the electronic device.

The 3402-0000 connector has many applications due to its versatility and cost-effectiveness. It is commonly used in a variety of industrial environments including medical electronics, telecommunications, automotive, and home appliances, just to name a few.

The 3402-0000 connector is a type of board-to-board connector. It is typically designed to connect two separate electrical components or devices, such as a daughter board and a main board, or a circuit and a switch. It usually contains two parts, a male and a female. The male part is typically attached to the main board, while the female part is usually connected to the daughter board or switch.

The working principle of the 3402-0000 connector is similar to that of other concepts in engineering including crimping and welding. Basically, it creates a physical contact point between two components, either directly or via a cable and a connector sleeve. The physical contact ensures a secure connection between two components and helps to protect the connection from corrosion or other physical damages.

The physical contact point is often created by soldering the components and then soldering the connector onto the solder point. Other connection options can also be used such as screw-locking devices, snap-locks and press-fit connections. The connector also usually contains terminals or pins that fit into the board-to-board interface to ensure a secure connection.

The 3402-0000 connector is designed to allow these connection technologies to be used interchangeably. This provides users with a versatile and cost-effective connection solution that meets their specific requirements. It also ensures a good electrical contact that can be used for digital, analog or high power signals.

The 3402-0000 connector is a great solution for many industrial and consumer applications. Its flexibility and cost-effectiveness make it an ideal choice for a variety of applications. It ensures secure connections between components which ensures reliable performance and prevents possible damages due to corrosion or other environmental and physical factors.