SSW-142-03-SM-D

Rectangular Connectors - Headers, Receptacles, Female Sockets

At the most basic level, rectangular connectors are used to make electrical connections between two different components, typically by connecting a header (or male) to a receptacle (or female). These connectors are composed of two parts – the header and the receptacle. The header portion is typically mounted on the host or source device and contains several metal contact pins, while the receptacle is typically mounted on the target device and contains several cavities to accept the contact pins from the header. These connectors are well-suited for a variety of conditions, from low-voltage and dry climates to harsh environments and extreme temperatures.

SSW-142-03-SM-D Application Field and Working Principle

SSW-142-03-SM-D is a rectangluar 3-way connector that is found on the board side of a system, and is designed for automated production line assembly. It has a current rating of 5-20A, and a voltage rating of 600V. The connection consists of three metal pins that are inserted into three individual sockets on the receptacle, which makes for a secure connection that is highly resistant to vibration and shock. The male connection side of the connector is composed of a single metal pin, which has an inline design that ensures a secure fit during assembly.The SSW-142-03-SM-D connector can handle up to 600V and can be used in a variety of fields, including on home electronics, power supplies, LED lighting systems, and HVAC systems. Additionally, this type of connector is ideal for use in enclosed spaces and harsh environments, due to its ability to withstand extreme temperatures and pressures.The working principle of the SSW-142-03-SM-D connector is relatively simple. The two metal pins on the header portion mate with the three sockets on the receptacle portion, creating an electrical connection between the two components. In order for a secure connection to be formed, the pins must be properly aligned with the sockets. If the pins are not properly aligned, the connection will not be established, and the electrical current will not be able to flow through the connector.