2-1658048-2

2-1658048-2 Rectangular Connectors - Arrays, Edge Type, Mezzanine (Board to Board)

The 2-1658048-2 is a type of rectangular connector used in arrays, edge type, and mezzanine (board to board) applications. It consists of a main body, two contact pieces, and two pieces of hardware. It is designed to accommodate a variety of sizes, from single-pins to rows of pins. The two contact pieces in the main body can be used to connect two separate circuits, or to transfer electrical signals from one device to another.

The main body of the 2-1658048-2 is usually constructed of die-cast zinc or aluminum alloy, although other materials may be used. The two contact pieces are either preformed or injection molded onto the main body. Depending on the application, they may be contact-mounted or snap-in mount.

The contact pieces are usually made of brass, copper, or stainless steel. They are designed to provide a reliable contact between the two circuits being connected. The 2-1658048-2 contact pieces are typically designed to fit into a mating receptacle surface-mount or header-mount.

The two pieces of hardware used in the 2-1658048-2 are typically M2 screws and nuts, although other sizes and styles may be used. The hardware is designed to securely hold the two pieces of the connector together. It also helps to ensure that the electrical connection between the two circuits remains secure.

The working principle of the 2-1658048-2 is simple. The contact pieces are designed to fit securely into the mating receptacle. When they are fully seated, they provide an electrical connection between the two circuits being connected. The two pieces of hardware help to keep the connection secure.

The 2-1658048-2 bypasses bulky and unreliable jumper wires, making it an ideal choice for applications where long lengths of wires and connecting wires take up too much space or are unreliable. It is also suited for arrays, edge type, and mezzanine (board to board) applications where several signals need to be transmitted without the risk of noise, interference, or data loss.