#United States #Huntsville #Applied Aerospace #Huntsville AL #RF Testing

Applied Aerospace & Defense's Strategic Move

In a significant development for the aerospace and defense sectors, Applied Aerospace & Defense has officially opened a cutting-edge Radio Frequency (RF) testing facility in Huntsville, Alabama. The new facility will play a crucial role in supporting precision RF testing for antennas and electronic systems use in various advanced applications, including satellite communications, airborne intelligence, reconnaissance and surveillance systems, as well as ground-based command and control operations.

This modern RF testing facility is strategically located near key military and aerospace institutions, including the U.S. Army Redstone Arsenal, NASA's Marshall Space Flight Center, and the University of Alabama in Huntsville. It is also surrounded by a multitude of companies involved in defense and space technology, making it an essential resource for enhancing technological collaboration.

Extensive Testing Capabilities

The new RF test chamber is one of the largest anechoic facilities in the region, measuring 28 feet in width, 32 feet in depth, and 20 feet in height. It boasts the capability to test subjects as large as 14 feet in diameter while supporting frequency ranges that span from 1.7 GHz to 50 GHz. This makes it particularly well-suited for various applications in the aerospace field.

Applied Aerospace & Defense will provide a comprehensive suite of RF testing services. These include not only initial set-up and disassembly of testing equipment but also thorough electromagnetic testing services. Clients can expect a range of customized analytics and reporting options, allowing them to gain insights into the performance metrics essential for their systems.

The testing is conducted by a team of seasoned RF engineers who utilize state-of-the-art NSI2000 software. This advanced software enables detailed electromagnetic testing within the chamber, employing cutting-edge near-field measurement techniques that allow for precise characterization of antenna performance. Results generated from these tests can be dedicated to predicting behavior in operational far-field environments.

Visualizing Performance Metrics

The data gathered from RF tests can be visualized through a variety of diagnostic models. Among these, raster images, three-dimensional visualizations, contour plots, polarization calculations, and holograms are vital tools that help clients understand the intricacies of their system's performance and reliability.

Jim Moore, senior vice president for Applied’s Huntsville operations, expressed enthusiasm about the new facility, stating, "We are excited to be able to offer comprehensive RF testing services to the aerospace community. High quality RF testing is essential in ensuring that new space and defense systems will perform as designed once deployed for their missions." This statement encapsulates the importance of robust testing in both national defense and space exploration.

With the launch of this RF testing facility, Applied Aerospace & Defense reinforces its commitment to enhancing the safety and reliability of crucial communications and detection systems necessary for various state missions. This development aligns with the growing need for advanced testing services in an era where technology continues to evolve rapidly within the aerospace and defense industry.

Conclusion

For further details about the facility and its offerings, interested parties are encouraged to visit the company's website at www.applied-aerospace.com/RFtesting. As the aerospace landscape continues to demand higher standards of performance and reliability, Applied Aerospace & Defense is poised to lead the way in providing state-of-the-art testing solutions to meet these challenges head-on.