ESS-127-G-25

Rectangular connectors play an important role in providing interconnectedness between electronic circuits. This is accomplished by joining two electrically conductive surfaces. The ESS-127-G-25 is a type of rectangular connector that promotes reliable and efficient electrical connections between electronic devices and components. This article will explain the application field and working principle of the ESS-127-G-25 rectangular connector.

The ESS-127-G-25 is a rectangular connector specifically designed for automotive applications. It is a single-row rectangular connector that features a terminal pitch of 2.5 mm, a current carrying capacity of 5.0 A and a voltage range of up to 125 VAC. The connector is composed of a plastic housing that houses 1 to 3 plug terminals and a corresponding number of receptacle terminals. Depending on the application, the connector can either be male or female.

The ESS-127-G-25 can be used in a wide range of applications, including automotive systems, telecommunications equipment, computers, data centers, and home appliances. Its design offers excellent electrical performance, making it suitable for applications that require reliable, efficient, and cost-effective electrical connections. The connector is also rated for high temperature environments, making it an ideal choice for automotive systems.

The working principle of the ESS-127-G-25 rectangular connector is simple yet effective. When two mating connectors are connected, the plug terminals are inserted into the corresponding receptacle terminals. This connection establishes electrical contact between the two surfaces, allowing the current to flow through the electrical connection. The connector features an ultrasonic welded cover that securely seals the plug terminals in the receptacle terminals, ensuring that the connection remains reliable and stable.

In conclusion, the ESS-127-G-25 is an effective, reliable and cost-effective rectangular connector designed specifically for automotive applications. Its simple and efficient working principle ensures that reliable electrical connections are established between electronic devices and components. It is also rated for high temperature environments, making it an ideal choice for a wide range of applications.