86130202323385E1LF

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

With technology advancing more and more each day, there is a growing need for reliable connectors that can safely and efficiently transport data from one place to another. Standard rectangular connectors, specifically 86130202323385E1LF connectors, are designed for advanced systems that experience frequent and time-sensitive operations. Read on to learn more about how these connectors are used, the fields they are commonly applied in, and the working principles behind them.

Applications

Standard 86130202323385E1LF rectangular connectors, also called ‘headers’, are widely used in a variety of spaces from automation to medical to networking. The header design has a versatile pin count with two sockets for accommodating a broad range of power needs. It has a proven track record of providing performance, flexibility, and durability, making it an industry favorite.

Common applications for 86130202323385E1LF rectangular connectors include:

• Prototyping and testing of aircraft
• Industrial automation control and robotics
• Telecommunications and networking
• Medical device and patient monitoring systems
• Power electronics and circuit protection
• High-speed digital communication
• Automotive fuel and cooling systems

Construction

Rectangular 86130202323385E1LF connectors are composed of two parts: the header and the pin. The header serves as the base for the entire connector, while the pins provide the connection between two electronic components.

The headers for 86130202323385E1LF connectors are typically constructed from thermoplastic materials. This helps to provide a strong and reliable connection that can be easily removed. Male pins are usually made with an alloy of metals such as aluminum, steel, or brass, and come in a variety of shapes and sizes. Each pin has a specific purpose and is designed to maximize contact efficiency, reduce wear, and ensure stable connections.

Working principle

The working principle behind rectangular connectors is fairly simple. The pin and header work together to create an electrical connection between two devices. When the pin is inserted into the header, electrical currents flow from one device to another, allowing data to travel quickly and safely.

Additionally, the pin and header act as a bridge for the data to travel. The header acts as a physical wall that prevents the two devices from being electrically connected, while the pin conducts the electrical currents between them. As the pins move in and out of the header, electrical signals are transferred, thus allowing data to be transferred from one device to another.

Conclusion

86130202323385E1LF rectangular connectors are an integral part of today’s technology and have become a go-to choice for many of the world’s most demanding applications. They offer superior performance, flexibility, and durability, and are designed to provide a reliable connection with minimal wear. With their versatile pin count and easy installation, 86130202323385E1LF connectors are the perfect solution for a wide range of applications.

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