0015912540

Rectangular connectors are a popular and versatile type of electrical connector, used in many applications and found in all sorts of electrical equipment. 0015912540 is a type of rectangular connector, specifically a header with male pins, and it’s designed for mounting on a printed circuit board.

0015912540 is designed with a two-row, 24-position connector system, with a 0.5 mm connection pitch. The pins have side-by-side gold plating for reliable and secure connections and gold-plated contacts for excellent electrical conduction. The connectors are compatible with a variety of pitches, inversions, and edge-board variations. The connector housing is made of thermoplastic, and the male pins are made of brass.

This type of connector is typically used in equipment such as computers, cameras, modems, and radars. It is used as an interface between the cable and the circuit board, connecting the electronic components at the board level. It has proven to be very durable, with an operating temperature range of -55°C to +125°C.

The working principle of the 0015912540 is based on the principle of electrical contact. When two or more conductive components are brought into contact with one another, electrons can move between them, creating an electrical current. This is similar to the process of plugging a piece of equipment into a socket and having it draw power from the wall.

The connector components are designed to be highly conductive and durable, providing a reliable connection and efficient power transfer. The male pins are inserted into the female connector, making a solid contact at each point. This results in a secure, low-resistance connection, which is able to handle large amounts of power without compromising its integrity.

The 0015912540 is a highly versatile and dependable type of rectangular connector, making it a great choice for a variety of applications. It’s designed for use in a wide range of electronic equipment, providing efficient, reliable power transfer and optimal electrical contact.