EDSTL950/6

EDSTL950/6 Application Field and Working Principle

EDSTL950/6 connectors are a low-signal, high-density type of terminal block suitable for a range of applications, including wiring panels for consumer electronics, security monitoring systems, medical equipment, and industrial automation devices. EDSTL950/6 connectors are spring-cage type terminal blocks that feature multiple contact points for reliable, low-resistance connections; these connections do not experience electrical corrosion over time. The connectors also offer excellent shock and vibration resistance and are rated to carry up to 5A of current.

The construction of the EDSTL950/6 is designed to optimize resistance to thermopower. The contact points are soldered directly to the base of a high-precision electrostatic shield, which helps to provide excellent protection against static electricity. The electrostatic shield also features a robust spring clip that creates a tight connection between the connector contacts and the housing, preventing possible heat damage or short circuit. Moreover, EDSTL950/6 connectors feature a sliding cover that prevents voltage drops due to thermal expansion.

The working principle of the EDSTL950/6 is based on the insertion of a sensor element into the contact surface, while the contact points are held firmly against the contacts of the base. This process helps to improve the signal transmission efficiency of the connector, thanks to the low-resistance connection provided by the direct contact between the contact points and the base. As the EDSTL950/6 is a spring-cage type connector, it is able to maintain a consistent and secure contact pressure over the life of the connector.

The EDSTL950/6 can be used in a wide range of applications due to its high-density contact points and low signal transmission efficiency. It can be used in consumer electronics, security monitoring systems, medical equipment, and industrial automation devices. Furthermore, the EDSTL950/6 is cost-effective, easy to install, and provides reliable performance even in extreme environments due to its shock and vibration resistance.