ET60T-00-00-06-L-RT1-GP

Backplane Connectors - Specialized are a type of specialized connectors used to join multiple printed circuit boards together to form a backplane assembly. They are usually constructed from advanced insulating materials and feature various pin counts, sizes, and configurations.

The ET60T-00-00-06-L-RT1-GP backplane connector is designed for efficient power distribution and signal transfer from one circuit board to another. It is a specialized harsh environmental backplane capable of supporting both high-speed data and wide-band signals. This connector utilizes 6mm gold-plated contacts, a self-locking mechanism, and a double zirconia insulator for extra durability. It’s suited for a wide range of applications, including industrial automation, communication, audio, and more.

The ET60T-00-00-06-L-RT1-GP application field is mainly used in industrial applications where a cost-effective connector is needed to join multiple circuit boards together. This connector is designed to provide reliable electrical and mechanical performance in a harsh environment. Its claims to fame include being IP67 water and dust resistant, vibration-proof, and having a temperature rating of -40 to 125 °C / -40 to 257 °F.

The working principle of the ET60T-00-00-06-L-RT1-GP is to create a backplane assembly that can easily and accurately transfer power and data from the main circuit board to the rest of the boards. It features a quick-latch system that allows for secure and reliable connections and is able to handle high frequencies and wideband signals without interruption. The contacts are gold-plated to ensure reliable connections and the double zirconia insulator provides superior protection against vibrations and other harsh conditions.

The ET60T-00-00-06-L-RT1-GP specializes in creating strong, efficient connections that are designed to last in a variety of environments. It’s designed to resist dust, corrosion, vibrations, and temperature variations. Its features affordable and reliable performance and durability in a wide range of industrial applications. The advanced insulating materials provide superior electrical insulation and ensure efficient power distribution and signal transfer from one board to another.