78299-610

Rectangular connectors play a crucial role in the electrical industry, providing a reliable and secure connection for the efficient transfer of power. The 78299-610 rectangular connector, a form of a header, male pin connector, is an invaluable tool in a variety of equipment and applications. In this article, we will explore the application field and working principle of the 78299-610 rectangular connector.

Overview of the 78299-610 Connector

The 78299-610 connector is a robust device with two rows of five pins each. It has been designed and manufactured with high-quality materials. It has a height of .256 inch and a pin pitch of .100 inch. The 78299-610 connector features a floating-type connection, allowing for an easy connection between two components.

Application Fields

The 78299-610 connector is commonly used in medical devices, networking equipment, audio visual equipment, and instrumentation devices. It is also used in satellite receivers, telecommunication systems, and telecom switchboards. Additionally, the 78299-610 has broad usability in various industries such as the aerospace, defense, automotive, and electronics sectors.

Working Principles of Connectors

The 78299-610 connectors provide a secure connection by locking the male pins together with the female receptacle. The connection is able to withstand a certain level of external force, known as the ‘pull-out force’. This is a measure of the strength of the connection; the higher the pull-out force, the stronger the connection.

The 78299-610 connector operates on a floating-type connection system. This means that the male pin is suspended in midair by the mating parts. This type of connection helps to reduce contamination, in turn improving the electrical integrity of the connection. Additionally, it helps to prevent mechanical fatigue and ensures a reliable connection for a long period of time.

The male pins of the 78299-610 connector have been designed with a staggered or reverse polarity pattern. This feature serves to reduce the risk of cross-talk and crosstalk (electromagnetic interference) between the two components connected. Furthermore, the 78299-610 connector has been designed with an insulator to ensure that no electric shock is experienced from the pins.

Conclusion

The 78299-610 connector is a valuable and versatile tool for a variety of applications. It has a wide range of usability and provides a reliable connection for efficient power transfer. It operates on a floating-type connection system and is designed with staggered polarized pins to reduce the risk of cross-talk and crosstalk. Furthermore, the 78299-610 is designed with a robust insulator to ensure electrical safety. All of these features combine to make the 78299-610 connector a great choice for a variety of applications.