315-11-157-41-001000

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Rectangular Connectors - Headers, Receptacles, Female Sockets encompass a variety of electronic devices used to connect components programmatically within a circuit. The 315-11-157-41-001000, also known as a header, is a simple, inexpensive connector used when making contact between two distinct electrical device. This particular header is primarily used in industrial or commercial applications, and is composed of two rows of fifteen pins. Each row is designated as the male side of the connection and is used to contact electronic components. The female side of the connector is composed of two rows of fifteen receptacles, and is designed so that the components can be easily inserted and removed.

The working principle of a 315-11-157-41-001000 header is relatively simple. When a current is applied, the male side of the connection opens up and relies on the spring-like pressure of the receptacles to make contact with the pins. This allows the current to flow into the receptacle, and subsequently to the connected component. The connection is made secure once the male pins and the female receptacles have reconnected. This process is then reversed when the current is shut off.

The 315-11-157-41-001000 header is often used in industrial automation and manufacturing applications. It is also used in actuators, motor controllers, and various other adaptive robotic systems. In addition, the header is commonly utilized in security, medical, and military applications due to its ability to accommodate a wide range of desired current and voltage levels. On the consumer end, the 315-11-157-41-001000 header is often used in the design of cellular phones, audio and multimedia systems, and various modern IT infrastructures.

Due to its economic price, simple design, and ability to accommodate a wide range of desired current and voltage levels, the 315-11-157-41-001000 header is an ideal choice for industrial and commercial use. Its robust design also ensures that manufacturers and engineers can rely on it to perform reliably in mission-critical applications.

The specific data is subject to PDF, and the above content is for reference