174151-2

Rectangular Connectors - Headers, Male Pins, or commonly referred to as 174151-2 connectors, are rectangular connectors used to connect two or more electrical components. They are most commonly used in items such as computers, mobile phones, and other consumer electronics.

The 174151-2 connectors are commonly mounted onto circuit boards or plugs. They have a small metal pin at the end of each terminal that makes contact with the corresponding pin on the other component. This allows for the electrical connection between the two components to exist without having to solder them together.

The 174151-2 connector is characterized by its small footprint and ability to be placed in tight spaces. It is made up of two metal parts, a header, and a male pin. The header is the main body of the 174151-2 connector and is what the male pins are inserted into. The male pins have a metal pin at the end, which makes contact with the other component.

The working principles of 174151-2 connectors are simple. When the male pin is inserted into the header, it creates a secure electrical connection and current is able to flow freely between the two components. The metal pins provide conductive pathways between the two components which are connected by a mechanical means. This allows the electrical signals to be transferred from one component to another without having to use soldering or other methods.

The 174151-2 connector is most commonly used in consumer electronic devices such as PCs, tablets, or smartphones. It is also commonly used in other electronic applications, such as medical, automotive, and industrial devices. Because they are designed to fit into tight spaces, they are often used in mobile electronic devices and other space-restricted components.

The 174151-2 connector is reliable and has a low failure rate. This makes them ideal for use in applications where reliability is paramount, such as medical, automotive, and industrial applications. Furthermore, the 174151-2 connectors are relatively cost-effective, making them a popular choice for use in mass-produced consumer electronics.