0717640026

The 0717640026 rectangular connector is part of the lineup of headers, male pins, and housing manufactured by TE Connectivity. These connectors are primarily utilized in space-constrained applications, such as in circuits that require more pins than the available space can accommodate. They are generally used in high-impedance environments where maximum signal integrity is a must. The connector is also suited for low-power and high-speed circuits.

The 0717640026 rectangular connector consists of two separate parts: the header and the male pins. The header is a PCB with two rows of contacts with metal posts that protrude from the surface. The male pin is typically a solid piece of metal, usually round, with a flat end. The two are joined together by a spring-type clip that fits into the header\'s posts. The metal pins act as the electrical communications pathway between the two joined parts.

The working principle of the 0717640026 rectangular connector is simple yet effective. When the connector is plugged into a mating system, the metal pins act as the pathways of communication between the two. This allows the signal to be transmitted between the two connectors quickly and accurately. Additionally, the connector is designed to provide a secure connection so that the two parts remain joined even in harsh environment.

There are several applications for the 0717640026 rectangular connector. It is the ideal choice for circuit boards that have many components with limited room for larger connectors. Additionally, it is often utilized in automation and robotics as its design allows for high speed communication and accuracy. The connector is also used in control systems, such as those in cars, and networks, such as those found in home automation.

The 0717640026 rectangular connector is a reliable and efficient connector that is utilized in many applications. Its metal pins serve as the pathways of communication between two parts, allowing for quick and accurate transmission of data and signals. Its design also ensures a secure connection, even in harsh environments. It is the perfect choice for circuit boards with limited space and applications that require high-speed communication and accuracy.