0781715006 Connectors, Interconnects

Rectangular Connectors: Headers, Male Pins

0781715006 is a two-row, fifteen-position, standard rectangular connector header with male pins. It consists of a housing which provides strain relief and the ability to make electrical connections, as well as a set of male pins that provide connectivity. As a multipurpose connector, it is widely used in a broad range of industrial, automotive, wireless, commercial, telecommunication, lighting, power, and audio applications.

Application Field

0781715006 is commonly used in a wide range of electronic assemblies and electrical systems. It is used in the aerospace industry, automotive industry, medical industry, test and measurement applications, in office machines and equipment, scientific instruments, and electrical and industrial robots. It is also used in radio frequency and wireless systems, communications systems, audio equipment, steel mills, computer networks, lighting circuits, fire and security systems, surveillance systems, and consumer electronics.

Working Principle

The 0781715006 connector utilizes a two row, fifteen position connector which has a terminal cavity for each pin. The male pins are inserted within the cavity and a plastic insert ensures that each pin maintains its position and prevents shorting of contacts. When the housing of the connector is mated to the mating component, each pin is securely fastened within the mating component to make an electrical connection. The 0781715006 connector is designed for easy and quick connections to a variety of components. The connector is sealed and resistant to dust, dirt, and moisture.

Conclusion

The 0781715006 connector is a multi-purpose connector that can be used in a wide range of electronic assemblies and electrical systems. Its two-row, fifteen-position configuration allows for reliable and secure connections to a variety of components. It is sealed and resistant to dust, dirt, moisture, and other contaminants. Its design allows for easy and quick connections and is ideal for use in time-critical applications where reliability and stability are critical.