77311-152-02

Rectangular connectors are highly versatile and can be found in a wide variety of sizes, shapes, and configurations. The 77311-152-02 rectangular connector is one of the most commonly used connectors on the market today, with good electrical and physical properties, as well as excellent usability and versatility.

The 77311-152-02 connector is a low-markup, three-row, shrouded, rectangular connector with 1mm pitch, 15 pins per row, and two rows per connector. It is used in a variety of applications such as automotive, industrial, consumer electronics, military, aerospace, and medical. The 77311-152-02 is available in multiple colors for easy identification and is capable of high-speed communication up to 150 Mbps.

The 77311-152-02 connector consists of two sections: the header and the male pins. The header, also referred to as the housing, is the part of the connector that provides the physical connection and provides mechanical stability. It is made up of a shell and a receptacle area designed for the insertion of the male pins. The male pins are semi-flexible pins that provide the electrical connection between the two sides of the connector. The male pins have a 3mm circular head with an angled edge that helps it to stay firmly inserted into the header.

The working principle of the 77311-152-02 connector is fairly straightforward. The header and male pins are plugged into either side of the connector and secured with a locking mechanism. When a connection is made, the electrical contact between the two sides of the connector is established. The male pins then transfer the signal between the two devices in accordance with the electronic protocol being used.

Overall, the 77311-152-02 connector is a reliable, cost-effective solution for a wide variety of applications. It is well-suited for high-reliability applications that require fast transmission rates and reliable connection. Its versatility, solid electrical and physical properties, and ease of use make it an ideal connector for a variety of applications.