TO1901510000G

Terminal Blocks - Wire to Board

The TO1901510000G is a PCB terminal block specifically designed for electrical connection of a printed circuit board to its external wiring. It is a wire-to-board terminal block terminal that features a pluggable design for easy and convenient installation. It has a maximum current rating of 11A and a voltage rating of 250V.

The TO1901510000G is designed to be used in a variety of applications. Its electrical characteristics make it suitable for a range of automotive, industrial, telecommunication and power distribution applications. It is highly reliable, with good electrical properties and a high degree of thermal resistance. In addition, it is fully UL approved for safety and quality assurance.

The TO1901510000G comprises a series of insulation layers and conductive layers. The insulation layers help to protect the wire and the conductive layers ensure the good electrical connection between the wire and the PCB. The terminal block is composed of three parts; the first part is the plastic body, the second part is the metal pin and the third part is the conducting layer. The plastic body is used to provide insulation for the wire and the metal pin provides electrical connection between the wire and the PCB. The conducting layer is used to ensure the stability of the electrical connection between the wire and the PCB.

The functioning of TO1901510000G terminal block depends upon the correct installation of it. If the installation is correct, then the terminal block can provide reliable and safe electrical connection between the wire and the PCB. It should be noted that incorrect installation of the terminal block can lead to current leakage, which can result in fires and other hazards.

In conclusion, the TO1901510000G terminal block is a very important component for providing a safe and reliable electrical connection between a wire and a printed circuit board. Its pluggable design makes it very convenient and easy to install. Furthermore, its UL approved materials make it highly reliable and a great choice for a range of industrial, automotive, telecommunication and power distribution applications.