173866-6

Rectangular connectors are a type of electrical connectors that are rectangular in shape and feature two or more terminals or contacts. The most popular form of rectangular connector is the header, but there are several different types of rectangular connectors including, female pins, mezzanine boards, cards, and even wire flap connectors. The 173866-6 rectangular connector is no exception.

The 173866-6 is a type of header, which is a type of rectangular connector that has male pins, and two or more terminals that protrude from the board. The number, 173866-6, refers to the manufacturer\'s part number (sometimes referred to as the manufacturer\'s part ID) and refers to a specific model of rectangular connector. There are several different applications for the 173866-6 depending on the type of application.

The 173866-6 is rated for both high-frequency (RF) applications and low-frequency (non-RF) applications. This makes the 173866-6 suitable for both commercial and industrial use. In addition to its application versatility, the 173866-6 is capable of carrying high-power or low-power signals, making it ideal for a variety of applications. Due to its low profile and space-saving design, the 173866-6 is also suitable for high-density applications.

The working principle of the 173866-6 is relatively straightforward. The male pins protruding from the board contact the corresponding female contacts on the header. The connection between the two is made electrically, allowing signals or power to pass through from one end to the other. The electrical connection is produced when the male pins fully enter the female contacts. There is often a locking mechanism to ensure that the connection is secure.

The 173866-6 is a versatile rectangular connector designed to meet the needs of various applications and industries. With its ability to carry both high-power and low-power signals, the 173866-6 is a popular choice for applications ranging from telecom to automotive and beyond. The 173866-6 is reliable and versatile, making it an ideal choice for many different applications.