15120202401000

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

Rectangular connectors have been used in various application fields for decades because of its ease of use and longevity. The “header” is the rectangular connector component most recognizable and widely used within the industry. The header, male pins, and female receptacle (into which the male pins are inserted) together make up the rectangular connector.

Headers are used in a variety of applications ranging from automotive, communications, consumer electronics, industrial, and medical. Their primary function is to provide an electrical connection between two pieces of equipment, typically a printed circuit board and a board-to-board connection. The headers can also provide a connection between different machines, electronic components, and devices.

Headers come in many shapes and sizes. For instance, they can be found with anywhere from 8 to 24 pins, with most falls coming in sizing of 12 or 14 pins. They also vary in pin length, positioned type, and contact materials. While the most popular type of pin and contact materials are gold or tin plated copper alloy.

Male pins are best described as the "plugs" of the rectangular connector. The pin is inserted into the female receptacle, providing an electrical connection between two devices. Male pins are used within the electrical and electronics industries and often found in automotive and computer applications. Male pins also come in many shapes and sizes and require careful selection to ensure a secure connection. Most commonly, male pins are formed with gold or tin plated copper alloy.

The working principle behind rectangular connectors is fairly straightforward. The two mating parts feature pins and receptacles of a particular shape and size. The male pins feature long blades, which correspond to specific spaces within the female receptacle and create a secure, electrically conductive connection when pressed together. Once connected, the connection point emits an electrical signal, effectively connecting the two pieces or parts of the connector.

The secure connection of rectangular connectors also helps to reduce electrical noise, ensuring that the signal remains strong and reliable. This helps to ensure that any data and electrical signals that are transmitted between the two pieces of the connector remain consistent and reliable. It also helps to reduce the risk of electromagnetic interference from other connec tions.

Modern rectangular connectors feature integrated features, including the ability to support high power transmissions, multiple mounting options, and the ability to securely hold the connection pieces in place. This ensure a stronger connection, while also reducing maintenance and repair costs. In addition, the use of rectangular connectors makes it easier for designers to create their products, as the pins and receptacles offer a near universal connection.

Overall, the rectangular connector’s header, male pins, and female receptacle create a reliable electrical connection between two devices, providing a secure and reliable connection that minimizes electrical noise. They provide ease and flexibility to designers, and a durable and dependable connection that can handle a range of applications. The tremendous variety, durability, and cost-effective minimal maintenance requirement make the rectangular connector an ideal choice for a wide range of industry applications.

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