Terminal blocks have been a staple of electrical engineering in many sectors due to their ability to securely and reliably connect wires to a board. The 2-1986711-3 terminal block, in particular, is an excellent choice for applications with very high-density connections due to its low-profile, compact design. The terminal block has a wide range of potential applications and has a few key features that make it extremely reliable.

2-1986711-3 Applications

The 2-1986711-3 is well-suited for a variety of applications due to its small size, low-profile design and wide voltage and current ratings. The terminal block is optimal for applications where a long life and reliable signal integrity are essential. It is commonly used in avionics, military and industrial installations. Its low profile and small size make it an excellent choice for high-density boards in connectors, switches, and other miniature systems.

2-1986711-3 Working Principle

The 2-1986711-3 uses a dual-contact connection system in which one contact point is connected to the wire and the other is mounted to the board. This ensures a reliable mechanical connection that is able to stand up to a wide range of temperatures and vibration levels. Additionally, the connection is designed to self-wipe on insertion, further increasing the reliability of the connection. The terminal block is designed to provide a low-resistance connection, putting less strain on the board and ensuring a stronger, more consistent signal.

Conclusion

The 2-1986711-3 terminal block is an excellent choice for any application requiring a high-density, reliable connection. It is well suited for avionics, military and industrial systems due to its small size, low-profile, and wide voltage and current ratings. The dual-contact connection system provides a reliable mechanical connection that is resistant to a wide range of temperatures and vibration levels, and is designed to self-wipe on insertion. Additionally, the terminal block is designed to provide a low-resistance connection that puts less strain on the board and ensures a stronger, more consistent signal.