48-6625-11

The 48-6625-11 is a Rectangular Connector - Headers, Specialty Pin. These connectors include a range of products such as insulated headers, fascia plates, rail mounted breakouts, RISC boards, and media isolators.

The 48-6625-11 is designed to interface with both analog and digital signals. The connector has an integrated design of a pin and socket structure, utilizing two rows of pins. The contacts are gold over nickel plated, making it suitable for both digital and power applications. The connector has a pitch of 3.96mm and a current rating of 2A.

The 48-6625-11 is mainly used for digital designs and switching applications. It is suitable for a variety of industries such as aerospace, automotive, medical, industrial, and consumer electronics. This connector can be used in applications such as circuit boards, computers, equipment for industrial automation, and serial standards.

The working principle of the 48-6625-11 connector is based on two sets of pins, which are connected by a connector body. The connector has a number of contact pads on the pins, which allow for the electrical current to be conducted. When the connector is plugged into a mating device, the pins make electrical contact with the pads. The current then flows from one pin to the other through the connector body.

The 48-6625-11 connector is a reliable and safe connection. The gold over nickel plated contacts ensure the connector is highly resistant to oxidation and motor vibration. The connector is also designed to keep out dust, corrosive elements, and airborne contaminants. It has also been tested to withstand temperature extremes and vibration, making it suitable for a wide variety of applications.

The 48-6625-11 is a versatile and reliable connector, suitable for a variety of digital and switching applications. Its integrated design of pin and socket structure ensures a secure and reliable connection. The contacts are plated with gold over nickel, providing high oxidation and motor vibration resistance. The connector has been tested and proven to withstand temperature extremes and vibration, making it suitable for a variety of applications.