TIDeX is a dedicated Total Ionizing Dose (TID) effect testing system developed to support the evaluation and qualification of electronic components exposed to radiation-rich environments. Designed for semiconductor radiation testing, radiation hardness testing, and electronic component radiation testing, it provides researchers and engineers with a streamlined platform for assessing device performance under controlled radiation conditions.
From radiation testing of space and aerospace electronics to defence and commercial electronics development and qulaity control, TIDeX enables efficient component validation in radiation environments without the challenges associated with traditional radioactive sources. With integrated dosimetry, wafer handling capabilities, and support for radiation qualification testing for components, it provides a modern approach to radiation effects testing and component longevity.
Electronic components used in aerospace, defence, and other high-reliability applications can experience gradual degradation when exposed to ionising radiation. A Total Ionising Dose testing system allows engineers to evaluate component performance over time, helping verify reliability before deployment in radiation-rich environments.
TIDeX is designed to evaluate a broad range of electronic devices, including integrated circuits, semiconductor wafers, sensors, microelectronics, and packaged components. Its flexible platform supports both research and component validation in radiation environments.
Yes. The TIDeX is well suited for radiation testing for aerospace electronics and satellite components, helping manufacturers evaluate whether critical electronics can withstand the cumulative radiation exposure encountered during long-duration missions.
Modern X-ray technology offers a practical alternative to radioactive sources for many Total Ionising Dose applications. An X-ray-based system simplifies operation by eliminating many of the licensing, security, and source replacement requirements associated with gamma irradiators, while providing precise and repeatable testing conditions.
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