JC6-T408-09

Terminal Blocks – Barrier Blocks

The JC6-T408-09 terminal block provides significant design flexibility for engineers, as it can be used for multiple entry and exit point applications. It is ideally suited for performance-critical applications where large amounts of data must be transferred quickly and accurately.

The JC6-T408-09 block features 8-pole bridges, 6-row centered accessories, and 2-row optos only. It offers connectors in the single-level mode, as well as a dual-level mode for advanced applications. In addition, the terminal block is especially designed to provide superior temperature cycling and durability.

The operation of the JC6-T408-09 terminal block is simple and easy. The block can easily be mounted to PCBs or connected directly to the equipment using two 5.5mm jumpers for electrical continuity. It also has a 6-pole metal bridge that helps to secure and protect the wiring connections. At the same time, the two internal barrier ribs ensure secure permanent connection.

As the JC6-T408-09 terminal block is designed to withstand temperature cycles up to 500ºC (932ºF), it offers excellent protection against intermittent current spikes. The electrical characteristics of the terminal block ensure superior contact resistance, ensuring high reliability in demanding applications. In addition, the terminal block employs high-quality connectors that help to minimize crosstalk and provide superior noise immunity. This ensures that signals pass through quickly and accurately.

The JC6-T408-09 terminal block is an excellent choice for a variety of applications. Its advanced design makes it ideal for industrial applications such as machine control, motor control, and automotive systems. In addition, the terminal block can be used in medical, laboratory, and military applications as well.

In conclusion, the JC6-T408-09 terminal block is an excellent choice for engineers who are looking for a reliable and robust solution for their applications. Its design offers superior temperature cycling performance, while its connectors provide superior electrical characteristics. As a result, the terminal block is ideal for a variety of applications where accuracy and reliability are essential.