61083-041606LF

Rectangular connectors are a type of electrical connector that can be used to establish a connection between two or more wires, cables, printed circuit boards, or other electronic components. The 61083-041606LF is a mezzanine board-to-board connector, which is particularly suitable for applications where space is limited, due to its smaller size. It is an SMT (Surface Mount Technology) component with peripheral posts that mate to other connector elements, allowing for a secure connection between two sets of component post ends.

Common Applications of the 61083-041606LF

The 61083-041606LF mezzanine board-to-board connector is mainly used as a connection source between the main board and a mezzanine board. It is commonly found in applications such as edge computing, command and control, and communications equipment. Additionally, it is used in accelerating embedded technologies such as home automation, robotics, and consumer and medical electronics. It is also suitable for a variety of other products, including automotive, aerospace and military applications.

Working Principle of the 61083-041606LF

The 61083-041606LF mezzanine board-to-board connector works by using two peripheral post ends to mate together. A set of metal contacts on each end are used to establish a secure connection, allowing for reliable signal and electrical data transmission. This connection type is typically considered the superior connection method as it offers more stability than other methods such as point-to-point soldering. Furthermore, the 61083-041606LF has a pin pitch of 0.4mm for enhanced cost savings.

Why Choose the 61083-041606LF

The 61083-041606LF mezzanine board-to-board connector offers superior connections and reliable data transmission in space-restricted applications. It is widely used in a range of applications from automotive to medical electronics due to its versatile design. Furthermore, its pin pitch of 0.4mm means that it can be mounted onto tight boards with minimal spacing requirements, allowing it to be integrated into almost any hardware design. Its smaller size also allows it to fit into cramped spaces found in applications like robots and automated machinery.