BSW-113-04-L-E

BSW-113-04-L-E connectors are a type of rectangular connectors, classified as Headers, Receptacles, and Female Sockets. These connectors are designed to have a low profile and minimal assembly time and are suitable for a variety of applications. It is often used when assembly space is at a premium and when a secure connection is essential.

A BSW-113-04-L-E connector consists of a plastic base with a number of pins arranged in an array. The pins are arrayed in rows and are typically soldered onto a printed circuit board. The plastic base helps to keep the pins in alignment and regulates the size of the conduction path. Depending on the application, the number of pins can vary. The most common applications are those requiring four pins.

The working principle of the BSW-113-04-L-E connectors is simple. Each pin in the connector comprises an electrical conductor which is surrounded by an insulating material. When the connector is connected to the printed circuit board, a physical and electrical connection is established between the two. This connection allows signals to be transmitted across the connection.

BSW-113-04-L-E connectors have a wide variety of applications. These connectors are often used in telecommunications and data transmission systems, computer networking, and home appliances. They are ideal for applications requiring a secure connection where space is at a premium, such as in medical electronics, automotive electronics, and consumer electronics. The low profile design helps to reduce the bulk of the connector and allows it to fit in tight spaces. Additionally, the simple assembly process and the low assembly time help to reduce the cost of production.

BSW-113-04-L-E connectors provide a reliable and secure connection in a wide range of applications. The low profile design ensures that the connector is able to fit into tight spaces and the simple assembly process reduces the time and cost associated with production. These connectors provide a robust connection which is able to withstand high speeds and high temperatures without compromising performance. Additionally, they are able to withstand shock and vibration, making them suitable for a variety of applications.