CWN-562-10-0000

Rectangular Connectors - Headers, Male Pins, commonly known as male pins, are the most widely used and commonly available type of electrical connector used in the electronic industry. They consist of a male pin which holds a wire in place, and the pin is then soldered to a circuit board with a soldering iron.

CWN-562-10-0000 male pins are one of the most popular and widely used male pins available today. They are designed to accept 10 gauge AWG wires and can be used in a variety of applications in the electronic industry.

The design of the CWN-562-10-0000 male pin is simple yet effective. Each male pin has two conductive surfaces on either side of the connector. These surfaces are designed to accept the 10 gauge wire and to ensure a secure connection. The pins also have a skirt which is designed to prevent accidental contact or shorting between the conductive surfaces and the wire. The pin is soldered onto the circuit board, and then the wires are connected to the connector by pushing them into the appropriate slots.

The main application of the CWN-562-10-0000 male pin is for providing power and signal connections between components on a circuit board. Because the pin can accept a large number of wires, it is often used in applications where a large number of individual wires have to be managed. Additionally, the pins can also be used to extend existing cable connections in order to make them more accessible.

The working principle of the CWN-562-10-0000 male pin is also simple. As the wire is inserted into the connector, the conductive surfaces come into contact and create a secure electrical connection. This ensures that the connection is reliable and that enough current is drawn to power the components connected to the circuit board.

In summary, the CWN-562-10-0000 male pin is a highly versatile and reliable component in the electronic industry. It is used in a wide range of applications and provides a secure and reliable connection for larger gauge wires. Furthermore, its simple design and working principle makes it a popular choice for many electronic projects.