9-966658-9

Rectangular Connectors – Headers, Male Pins are one the key components of any electronic system. Used mainly in telecommunications, consumer electronics, medical and automotive industries, they play an important role in providing electrical current to the components within a system. The 9-966658-9 rectangular connector header is a popular such product in the industry. This article will discuss the applications of this connector as well as the working principle.

Applications

9-966658-9 rectangular connector headers have a number of applications. These connectors are commonly found in equipment that needs to connect to a power source including printers, scanners, cameras, monitors, and more. They are often used for the interconnection of multiple systems in telecommunications and networks. The compact design of the connector allows multiple buses and ports to be interconnected, increasing both system speed and reliability. Additionally, certain medical equipment like ventilators, heart monitors, and lab equipment use these connectors for power transfer. The 9-966658-9 are also found in the automotive industry, mainly for the assembly of spark plugs, airbags, and other safety equipment.

Working Principle

The working principle of 9-966658-9 connectors is quite simple. They consist of two parts: a header and a male pin. The male pin is inserted into the header at a right angle and a clip locks it into place. The header contains multiple contact points, each of which creates an electrical connection with the respective pin. Each connection point is connected to a specific pin width which helps eliminate any risk of voltage drop in the system and increases the overall efficiency of the system. The combination of a header and male pin creates a miniature version of open-air contacts, providing reliable and predictable power transfer for multiple components within the system.

Conclusion

The 9-966658-9 rectangular connector header is one of the most widely used in the electronics industry. These connectors come with a wide variety of applications in the form of telecommunications networks, consumer electronics appliances, medical equipment, and automotive components. The working principle of the connector is based on the locking of the header with the male pin at an angle which creates multiple open-air contacts between the two. This enables reliable power transfer and helps increase the overall efficiency of the system.