
Instantaneous vs Cumulative Radiation Damage to Technology in Space
High radiation doses have the potential to adversely affect electrical devices used in satellites, space probes, rockets, landers and other
SEREEL2 is a comprehensive solution for semiconductor testing and sensitivity analysis. The technology works by using a pulsed laser to simulate the impact of a heavy ion. This provides the opportunity to examine the response at both the front and back surfaces of a die.
SEREEL2 provides direct correlation of the upset site with a location on the die and automated scanning of user-defined areas of the sample. In addition, this system is incredibly customizable to fit your specific requirements and needs. The customized setup options include a variety of wavelengths, pulse duration and pulse energies.
Companies looking to take advantage of the SEREEL2 capabilities can purchase the equipment to test hundreds of die in their own facility, saving test and travel costs. While the SEREEL2 comes with a warranty, RTS goes well beyond just selling you a product, i.e., RTS acts as your comprehensive guide to radiation testing for aerospace and satellite applications. Our team will help you set up the SEREEL2 system in your facility and can provide training and consulting to your team.

High radiation doses have the potential to adversely affect electrical devices used in satellites, space probes, rockets, landers and other

In this blogpost, Radiation Test Solutions discusses how satellites are analyzed and qualified for launch through a series of design

In this blogpost, Radiation Test Solutions discusses the difficulties inherent to space radiation environments, their effects on electrical components, and

In this blogpost, Radiation Test Solutions discusses various satellite radiation effects on electronics in orbital service environments. Read on to

In this blogpost, Radiation Test Solutions discusses how radiation interacts with integrated circuits, as well as how to mitigate the