929647-03-14-EU

Rectangular Connectors - Headers, Male Pins are one of the most important components used in a variety of electronic circuits. They are ubiquitous and form the basis of any electrical system.

The 929647-03-14-EU is a type of rectangular connector. It is used in a wide range of applications including those for audio/video, telecom, and automotive applications. This connector has a rectangular configuration with 14 flat pins arranged in three rows. It is manufactured with a 1.27mm pitch, meaning the distance between each pin is 1.27mm. The pins are made up of nickel-plated brass, providing excellent conductivity and are compatible with various surface mount and through-hole PCB mounting options.

The 929647-03-14-EU finds use in devices such as DVD players, oscilloscopes, flat screen displays, digital cameras, and a variety of telecom and medical equipment. It is a reliable solution in many applications since it contains a locking system that prevents accidental disconnection and ensures proper contact between the male and female pins.

The structure and working principle of this type of connector is quite simple. When electrical current is, then magnetic fields will be generated in the pins of the connectors. This magnetic field will create an attraction between the metal prongs of the connector, which in turn will cause them to be pulled into contact with each other. This contact will provide an electrical circuit to be completed, thus allowing the electricity to pass from one pin to the other.

Apart from the above, the connector is also provided with some insulation to prevent electrical shocks. As the 929647-03-14-EU is a standard connector, it is also equipped with dust caps which will close when the connector is not in use. This will help to keep out dust and other debris which may otherwise accumulate on the contacts and thus affect the efficiency of the connector.

In conclusion, the 929647-03-14-EU is a widely used rectangular connector that is suitable for a range of applications. Its simple structure and working principle makes it a reliable, cost-effective, and easy to use solution for connecting the necessary circuitry components.