0702871154

The 0702871154 is a type of rectangular connector specifically designed for use in a wide variety of application fields. As its name implies, it is a header that is composed of male pins that have been color coded with an insulating sleeve around the connector body. The pins are typically aligned in two rows, with a total of ten pins per row, and they are designed to fit into corresponding female connectors.

In terms of application fields, the 0702871154 rectangular connector is commonly used in a variety of applications, such as automotive, telecommunications, test and measurement equipment, industrial automation, industrial machinery, and consumer electronics. More specifically, the harnesses and cables using this type of connector can be used to convey signals from devices such as digital cameras, sensors, and other equipment that require the transmission of signals.

Further, this type of header offers superior performance over its competitors due to its reliability in terms of retention and electrical connection. In terms of the working principle, the 0702871154 connector features a data sheet that describes the connection pins, the position of the cables, and the insulating sleeve, thus allowing for the user to make a precise connection through a single design. In terms of construction, the connector body is typically made from a thermoplastic material and the pins consist of metal contact material with gold plated ends.

Due to its reliable design, the 0702871154 rectangular connector is ideal for many types of applications. Its superior performance benefits from improved environmental robustness and its superior performance is further enhanced by its ability to maintain signal integrity. Further, due to its low profile and thermo-plastic construction, the 0702871154 rectangular connector is ideal for use in close-packed areas.

Overall, the 0702871154 rectangular connector is designed to be used in a variety of application fields, such as automotive, telecommunications, industrial automation, and consumer electronics. Its superior performance brings with it improved environmental robustness, as well as reliable signal integrity and low profile construction. This makes it ideal for use in close-packed areas, allowing for reliable signal transmission in a wide range of devices.