RJSNEJ38208 is a modular connector jack in its category. It consists of a one-piece body with five solder terminals and an IDC tab. The body material is UL94V-0 flame retardant thermoplastic. RJSNEJ38208 offers a rated current of 13A and a rated voltage of 250V. It is available in various colours and shutter possibilities. The typical applications of the RJSNEJ38208Connector include medical and other special equipment, instrumentation, consumer electronics, and information systems.

The working principle of RJSNEJ38208 Connector is based on the housing of the connector, which contains five solder terminals and an IDC tab. The terminals are arranged in two areas - an inner and an outer. The terminals are made of a special conductive material which allows them to conduct electricity even under extreme temperatures. The IDC tab is also made of a special conductive material.

When a modular plug is inserted into the connector, the terminals and the IDC tab come into contact with the plug, forming a reliable electrical connection. When the plug is removed, the contacts inside the connector are still engaged and the current flows through the terminals until the plug is disconnected. This ensures a reliable and safe electric connection between the plug and the connector.

The RJSNEJ38208 Connector is designed for a variety of uses due to its flexibility. It is used in medical and other special equipment which require reliable and safe connections, as well as consumer electronics, instrumentation and information systems. Thanks to its flexible design, it can be used in different applications, and it can even be used with shielded plugs. The pins of this connector are gold-plated, making it resistant to corrosion and wear.

In conclusion, the RJSNEJ38208 is a modular connector jack which offers a reliable and safe electrical connection. It is made of a special conductive material and it has an IDC tab which makes the connection more reliable. The pins of the connector are gold-plated, making it resistant to corrosion and wear. It is suitable for a variety of uses including medical and other special equipment, instrumentation, consumer electronics, and information systems.