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Electronic devices are exposed to high dose radiation in the Hi-Lumi LHC [1] and space environment. Radiation exposure to these devices affects their performance and the reliability so they must be tested. In the scope of METU-DBL (Defocusing Beam Line) project, a beamline has been constructed at Turkish Atomic Energy Authority (TAEA)’s proton accelerator facility’s (PAF) R&D room. The schematic design of the proton accelerator facility is given in Fig. 1, where a central cyclotron provides proton beams to two simultaneous irradiation rooms. METU-DBL’s goal is to study single event effects (SEEs), are caused by single, energetic particles, namely protons. In the space environment, protons which are trapped in radiation belts around the Earth, or solar flares, can cause both direct ionization and indirect ionization SEEs in sensitive electronic devices [2].

Metu-Defocusing Beamline : A 15-30 Mev Proton Irradiation Facility and Beam Measurement System