SYNCHROTRON X-RAYS AND NEUTRON RADIATION
A key player in the high reliability market, the PAC-G provides European companies with a broad spectrum of neutron energies (fast neutrons with thermal neutrons) with a homogeneous and adjustable flux.
2D/3D IMAGING
Unique 2D and 3D imaging techniques available at the neutron source ILL and synchrotron x-rays source ESRF help to unlock the secrets of electronic components, with phase contrast imaging and in operando characterisation.
PHYSICAL AND CHEMICAL CHARACTERISATION
Combining the high-end techniques available at ILL and ESRF with the complementary state-of-the-art techniques available at the nanocharacterisation platform at CEA-Leti, a whole chemical and physical characterisation of material and devices can be obtained.
What is PAC-G?
The Platform for Advanced Characterisation Grenoble (PAC-G) offers advanced characterization services dedicated to micro/nanoelectronics innovation, set up within the framework of the Technological Research Institute Nanoelec, thanks the funding for future investments (reference ANR-10-AIRT-05). The members of Nanoelec’s Characterisation programme are the European neutron source ILL, the European Synchrotron Radiation Facility ESRF, the CEA-Leti, the Subatomic Physics and Cosmology Laboratory (CNRS-UGA) as research partners and STMicroelectronics, SOITEC and Schneider as industrial partners.
MEET OUR TEAM
Services guaranteed
EASY ACCESS
• Flexibility, reactivity and customisation • Single entry point to access complementary large scale research infrastructures • Reactivity • Mail-in services
DEDICATED STAFF & EQUIPMENT
• Multidisciplinary team • World renowned expertise • World class characterisation facilities
CONFIDENTIAL
• NDA/CDA and MTA as needed
TAILORED TO YOUR NEED
• One shot services • Long term collaboration agreements • Collaborative projects (H2020, PPP) • Advice and training
Synchrotron X-rays Topography
The characterisation of crystals or layers deposited on a crystalline substrate provides insight into their performance for electronic or other applications and help improve their quality.
The facilities available through PAC-G offers a service portfolio of Bragg diffraction X-ray imaging techniques, providing quantitative and qualitative information on defects in single crystals. DOWNLOADNeutron Radiation hardness testing
Neutron-induced single event effects (SEE) and radiation hardness testing facilities of PAC-G offer a homogeneous and adjustable neutron flux. High energy and thermal neutrons help to anticipate the results from the preparation of proton and heavy ion tests and a broad spectrum of neutron energy from fast to thermal neutrons (14 MeV, 2.5 MeV and 25 meV) is available on the same site. DOWNLOAD
Our Team
Jérôme Beaucour
Director of PAC-G
Rafael Varela Della Giustina
Business development engineer at PAC-G
Edward Mitchell
Head of Business Development at ESRF
Ennio Capria
Deputy Head of Business Development at ESRF
Narciso Gambacorti
Program Manager Nanocharacterization at CEA-LETI
Thanh-Tra Nguyen
Research Engineer at CEA-Leti
Maud Baylac
Head of accelerator and ion source division at CNRS-LPSC
Micaela Pinola
Content marketing editor & Community manager at PAC-G