104430-2

The 104430-2 connector is a type of rectangular connector most commonly used as a header and male pin. These connectors are popular due to their ability to be used with a variety of applications that require robust connections and reliable data transfer.

The 104430-2 option is so widely used because of its ultra-low profile and highly reliable performance. It has a dense population of 16 contact designs that are compatible with 3 mm round and 4mm ribbon cable housing. The connector has a wide range of options for both power and signal.

The 104430-2 connector uses a straight, kinked, counter-angle, or angled contact design. The standard size for the 104430-2 headers and male pins is a 3mm height, 0.1mm pitch, and 4mm clearance. This configuration is typical of most connectors from this product range.

A key feature at this level is the high power capability and reliability. The 104430-2 can withstand up to 8A of current per contact. Moreover, the double beam contact design ensures reliable power and data transfer.

As to the working principles of the 104430-2 connector, it has two main components: the header and the male pin. The header is essentially a female part of the connection, and it can accept the male pin when the two are plugged together.

The male pin is the male part of the connection, which comprises of pins or blades that match up with the header. Once the two parts are plugged together, they form a secure connection that has the capacity to reliably transfer power and data.

These connectors are designed for applications that require large numbers of contacts in a small space. This makes them ideal for automotive, consumer, communications, medical, and industrial applications. Wherever there are dense cables and limited space, the 104430-2 is usually the connector of choice.

The 104430-2 connector is incredibly reliable and easy to use. Its low profile and versatile design make it well suited to a range of applications. With it, engineers can be sure of a secure connection and reliable data transmission every time.