0026622170

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Rectangular connectors are widely used in electrical and electronic equipment. Among them, one of the most popular type is the 0026622170 connection header, male pin. The 0026622170 header consists of two parts, the contact and the housing. The contacts usually are made of Phosphor bronze and are plated with gold, while the housing is usually made of Epoxy or polyimide with gold flash over nickel finish.

The contact of 0026622170 connection header is ST Section contacts that comply with CECC 222300-801/2302-802. It has a 2.0 mm pitch between each contact, a 0.64 mm diameter and a 0.4 mm pitch between the contacts and the board. The contacts are rated to up to 1.0amp. The housing of this connection header is designed with 1 to 20 pins. It is available in two variants, the top entry version and side entry version, depending on the application requirement.

In terms of its application, 0026622170 connection header is mainly used in data communication, automation, industrial electronics, consumer and control applications. With its high reliability and robustness, it becomes an effective solution for connecting components in many electronic circuits.

The working principle of the 0026622170 connection header is quite simple. Its housing provides a path for the electrical connection between the circuits, while its pin provides a path for the electrical signal to pass through the connection header. The pin is first inserted into the housing, then the contact is connected to the printed circuit board. Once the contact and circuit board are connected, the signal can be transferred between them.

In conclusion, the 0026622170 connection header, male pin is an efficient and reliable connection solution for data communication, automation, industrial electronics, consumer and control applications. It offers easy installation and reliable connections for a wide range of electrical connections. Its simple working principle further adds to its flexibility. As such, it is an excellent choice for applications where reliability, speed and robustness are important considerations.

The specific data is subject to PDF, and the above content is for reference