0757840243

Pluggable Connectors

0757840243 is an electrical connector that provides a removable and re-usable connection between two separate electrical circuits. It enables both electrical power and signal connections. The electrical terminals of a pluggable connector are usually enclosed in a housing that contains terminal pins, which makes electrical contact with a mating connector socket. It is also referred to as a "Quick Disconnect" or "Quick Release" connector.

Application Field

Pluggable connectors are commonly used in the aerospace, computer, medical, military, telecommunications, and transportation industries. They are used to provide power or signal connections in equipment such as servers, computers, control systems, networks, robots, remote controls, satellites, telecommunication systems, etc. Pluggable connectors can also be used in industrial and consumer products, such as A/V equipment, gaming consoles and controllers, home appliances, home entertainment systems, and robots.

Working Principle

The working principle of a pluggable connector is based on metal contacts. The contacts are designed to provide a secure connection between two separate electrical circuits. The contact pins are usually enclosed in a housing and the contact between the pins and the socket is maintained by a spring-loaded mechanism. The electrical connection is completed when the plug is inserted into the mating socket. The pluggable connector is designed to securely hold the pins in place and provide electrical current to the circuit.

Pluggable connectors are typically designed with a locking mechanism that prevents the pins from coming loose or disengaging from the socket. The locking mechanism may involve a locking tab or a spring-loaded lever. This ensures that the connection remains secure even when the connected pieces are subject to vibration or shock.

Pluggable connectors are designed to be easy to install and remove, while providing a reliable and secure electrical connection. They are also designed to withstand harsh environments, such as extreme temperatures, dust, moisture, and vibration. This makes them suitable for applications in various industries.