929647-03-01-EU

The 929647-03-01-EU is a rectangular connector that is used across a wide range of industries for a variety of applications. This product often referred to as a "header" or "male pin" connector is made from a dielectric material, which is the insulation between the contacts on either side of the connector, or "pin grids." It\'s a popular connector as it has a wide range of fitting sizes, from a single 5mm pin to up to twelve 18mm pins. It is also available in two standard negative and three positive pin configurations, so it can be tailor-made for project requirements.

Generally speaking, the 929647-03-01-EU is used to create electrical connections between two points in a system. It is especially effective when used in applications that require wide bandwidths and low signal loss. It is often used in applications that need to pass large amounts of data or electrical energy. This includes industrial, automotive, telecommunications, and audio/visual applications.

The 929647-03-01-EU consists of two main components, the pin grids, and the connector itself. The pin grids are where the pins of the connector are inserted into the grid. This allows for easy contact between the pins on each side of the connector. The second component is the connector itself. This is the part that connects the pin grids to the device or cable that is being connected. This allows for the signal or energy to flow freely.

The working principle of the 929647-03-01-EU is based on two core concepts. The first is electrical connectivity. This is created when the pins on either side of the connector are inserted into the pin grids. This creates a connection between both sides of the connector, allowing for the signal or energy to flow. The second core concept is electrical isolation. This is achieved through the insulation provided by the dielectric material between the pins. This insulation reduces electrical losses, which increases the performance of the application.

The 929647-03-01-EU is popular in a variety of industries because of its high reliability and performance characteristics. Its durability and flexibility make it an ideal choice for a large range of applications. It is also relatively low-cost and easy to install, which is why it is often used in both commercial and industrial settings. It is highly recommended for projects that need to pass large amounts of data or electrical energy.