2-292173-4

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

The use of electrical connectors in the academic and industrial world has grown remarkably in recent years. It has become a basic component of many systems as advancements in technology and the ever-increasing integration of systems has made it a necessity for many components, systems, and processes. Connectors are now found in a vast array of applications and industries and are commonly used in electronics, manufacturing, medical, and communication components. Rectangular connectors are a specific type of electrical connector, and in this article, we will discuss two types of them: Headers, Male Pins.

Headers are a type of connector used to connect a printed circuit board (PCB) to another PCB, often at a much higher level in a framework. They contain multiple rows of male pins, usually numbering between 8-60, which are inserted into a female connector or socket. The female socket part is typically secured to the board and the pins lie above the board surface. A metal clip or wedged clips is typically used to secure the header onto the female connector.

Male Pins are often considered to be a component when used in the context of headers. Male pins, as the name suggests, are cylindrical metal contacts that are used to provide a secure connection to a printed circuit board. They are typically crimped or soldered onto the board, and then inserted into the female connector in order to create a secure connection. The pins are typically composed of copper because of its excellent conductivity and corrosion resistance.

These types of rectangular connectors are primarily used because of their reliability, compact size, excellent electrical characteristics, and versatility. The two types of connectors are most commonly used in the telecommunications, automotive, automation, and medical industries. This is due to their reliability, cost-effectiveness, and the ability to create secure connections to integrated circuits and other components.

The application of headers and male pins depend on the specific needs of the user, but typically these types of connectors are used in automation, computer, and electronic industries. For instance, PCBs often use these types of connectors in order to transfer power and data signals securely without any interferences or loss of power. Headers can be used in many applications due to their ability to create a secure connection between two printed circuit boards. Additionally, male pins are often used as a component for headers, as previously mentioned, in order to secure the connection between the boards.

The working principle of these rectangular connectors is based on a simple concept: the use of electrical conductors inside of the connectors. The most commonly used type of conductor is copper, as discussed earlier, due to its excellent electrical characteristics. The copper conducts the electricity to the pins, which in turn is transferred to the other board through the female connector. The pins are then secured in place with the use of a clip or wedged-clip mechanism. This secure connection ensures that no interference or loss of power occurs during the transfer of electrical signals between components.

In conclusion, rectangular connectors are a versatile and reliable type of electrical connector which is often used for a variety of applications in multiple industries. Headers and male pins are a unique type of rectangular connector which offers a secure connection between two printed circuit boards. Their reliable electrical characteristics, compact size, and cost-effectiveness have made them a popular choice in various applications. The working principle behind these connectors lies in the use of copper conductors, which create a secure and reliable transfer of power and data signals between components.

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