SSW-105-22-H-S

SSW-105-22-H-S Application Field and Working Principle

The SSW-105-22-H-S is a type of rectangular connectors, usually known as headers, receptacles, and female sockets. It is very common and widely used in the electronic industry to ensure electrical connections between two different mediums or components. The SSW-105-22-H-S is a very versatile and efficient connector that can be used for different applications including military and civil applications, industrial automation, robotics, automotive, electronics, aerospace, medical, and communication.

The SSW-105-22-H-S is commonly used in the electronic field, because it has the ability to handle higher current levels than many other types of connectors. It is also known for its high reliability and durability which makes it ideal for applications that require constant use and minimal maintenance. In addition, its low profile design allows for better positioning and connection to many different components.

The SSW-105-22-H-S consists of two distinct parts, the socket and the contact. The socket is typically mounted on a circuit board and the contact is the male component which is secured in the socket by means of a locking system. The contacts are made of brass or other materials that are conductive, allowing for easy and quick electrical connections between two components. In addition, the contacts are usually plated with tin or gold, and the socket is typically steel plated.

The working principle of SSW-105-22-H-S is very simple and reliable. When an electrical current is applied to the socket, it passes through the contact and creates an electrical connection between the two components. This connection is then held together, thanks to the locking system, creating an electrical circuit between the two components. This makes it easy to create high current connections that offer low resistance and high performance.

The SSW-105-22-H-S is a very versatile and reliable connector, making it ideal for usage in many different types of applications. It is reliable, fast and easy to use, and offers high performance in areas such as military and civil applications, industrial automation, robotics, automotive, electronics, aerospace, medical, and communication.