ESW-121-13-T-S Connectors, Interconnects

ESW-121-13-T-S are rectangular connectors primarily used for the purpose of connection and disconnection. They are also known as headers, receptacles, and female sockets. Generally, the ESW-121-13-T-S is designed as an assembly at the end of a wire or cable which then connects with another piece of electrical/electronic equipment. This allows power, signals, and data to be easily passed through and globally distributed.

Rectangular connectors such as the ESW-121-13-T-S are used in a variety of applications, ranging from the automotive industry, medical equipment, production and assembly line systems, broadcast equipment, and information processing systems. They are extremely durable and reliable, as well as being resistant to vibration and shock and having an excellent insulation resistance. They are also incredibly versatile as they can be connected and disconnected frequently during operation.

The ESW-121-13-T-S can be identified from a cross-sectional view which shows a face one side and a rear with of receptacle in the middle. The dimensions vary depending on the environment, application, and customer requirements. Generally, the dimensions are measured in meter (mm). Common shapes usually have 2- 15pins, but higher numbers up to 100 pins may also be used.

The working principle of the ESW-121-13-T-S is quite simple. A plug is inserted into the female socket, and when the two parts contact each other they create a connection which allows for power, signals, and data to be transferred. It should be noted that sometimes a sleeve or ferrule may be used to increase contact area and improve electrical contact.

Because of the extremely versatile and reliable nature of the ESW-121-13-T-S, it is widely used in various industries and applications. It is well suited for use in harsh or populous environments due to its low insertion and extraction force. Additionally, the ESW-121-13-T-S is often used for high speed applications as it is designed to maintain a consistent signal and provide superior electrical performance. Moreover, the design allows for flexibility and customization based on the application.