2-1445057-8

Rectangular Connectors - Headers, Male Pins are one of the most popular types of electrical connectors. They are widely used in applications such as electronic circuits, telecommunication equipment, industrial control, and computer systems. This article will discuss the characteristics of 2-1445057-8, its application field and working principle.

Physical Structure of 2-1445057-8
2-1445057-8 is a rectangular connector. It features three rows of contacts with four contacts in each row. The top row is pitched at 4.25mm, while the middle and bottom rows are spaced at 3.8mm. The contacts are spread out by 1/2" centers. The contacts consist of gold-plated contacts, stainless steel shells, and plastic windows. The 2-1445057-8 features an anti-wetting design, which prevents the pins from becoming wet.

Application Field of 2-1445057-8
2-1445057-8 is mainly used for the connection between two devices, such as computers, communications equipment, and components. Its superior anti-wetting ability makes it suitable for use in wet and humid environments. Similarly, its superior durability makes it suitable for use in harsh industrial environments. Moreover, its small size and light weight make it suitable for applications with space constraints.

Working Principle of 2-1445057-8
In operation, the male pins of the 2-1445057-8 are inserted into a female header, forming an electrical connection between the two devices. At the point of contact between the two, an electrical current will be enabled to flow through the connection. The current is usually enabled by a unique signal pathway that helps to identify different signals from different pins. This helps reduce problems such as signal interference or incorrect signals, making 2-1445057-8 connectors a reliable connection solution.

Conclusion
2-1445057-8 is a popular rectangular connector for applications requiring a reliable electrical connection. It features three rows of four contacts and an anti-wetting design, making it suitable for use in wet and humid environments. Its application field is mainly as a connection bridge between two devices, such as computers, communications equipment, and components. Its working principle is enabled by an unique signal pathway that helps to identify different signals from different pins, making it an reliable and efficient connection solution.