D4K25R-1D5A5-E Connectors, Interconnects

Application Field

The D4K25R-1D5A5-E is designed primarily for use in high reliability applications including aerospace, military and industrial applications. It is designed to be able to resist very high level of heat, vibration, shock and other conditions present during launch or flight operations. Additionally, the connector is designed to be able to securely engage and lock onto the mating component. This ensures that a reliable and secure connection between two points is maintained at all times while providing a very efficient connection.

Working Principle

The D4K25R-1D5A5-E is a type of connector known as an RF connector. It works by connecting two pieces of coaxial cable. Specifically, it connects the outer surface of one piece of cable to the inner surface of the other piece. The two pieces then form a single continuous metallic path which transmits the signal from one side to the other. The use of a coaxial connector provides an electrical connection which is resistant to environmental noise and interference.

The D4K25R-1D5A5-E is designed using a high frequency version of the RF connector. This design allows it to be used in high performance applications where extremely high frequencies need to be transmitted. The connector is also designed to be able to withstand the harsh environments associated with aerospace and military applications. This includes high levels of shock, vibration and heat. It also includes the use of a locking system to ensure that the connection between the two pieces remains secure and reliable even with ambient temperatures.

Conclusion

The D4K25R-1D5A5-E is a high reliability connector designed for use in high performance aerospace, military and industrial applications. It is designed to be able to transmit high frequencies and withstand extreme environments. Additionally, it uses a locking system to ensure a secure connection between two points. The D4K25R-1D5A5-E is the perfect choice for those needing a reliable coaxial connector.