329-10-155-00-560000

Rectangular connectors are a type of electrical connectors generally used to connect two circuits. The connectors come in several types, one being the header, male pin, which is commonly used in communication and automation systems. Labeled 329-10-155-00-560000, this rectangular connector is best known for its in-line style, durability, and accuracy when connecting components.

This connector’s in-line design helps route signals directly from the header’s surface to integrated circuits, eliminating the need for jumpers or other signal routing elements. This type of connector is highly preferred compared to its right-angle counterparts, as it provides a much faster connection rate and also prevents any accidental connection to other circuits. In addition, the connector’s ability to connect components more than 5mm apart, and its tight tolerance, make it suitable for use in high-density applications and also ensures that the contact pins are properly aligned and that no permanent misalignment occurs.

The working principle of the 329-10-155-00-560000 rectangular connector is fairly simple yet efficient. The connector features a two-piece construction consisting of a plastic head and two contact pins. The contacts protrude from the head, and the user either manually inserts or slides the contact pins into the integrated circuit to establish the connection. To ensure a reliable connection, these contact pins should be carefully aligned so that the pins are not exerting too much force on the IC, which could result in permanent damage.

This connector is most commonly used in communication and automation systems. This is due to its fast connection rate and reliability for transmitting digital signals. Additionally, the connector is also used in military, medical, data storage, consumer electronics, and industrial control applications.

The 329-10-155-00-560000 rectangular connector is perfect for applications where a reliable and speedy connection is desired. Its two-piece construction and in-line style provide optimal signal strength and interference protection. Its ability to connect components more than 5mm apart and tight tolerance make it suitable for high-density applications. As a result, it’s perfect for use in communication and automation systems, military, medical, data storage, consumer electronics, and industrial control applications.