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27 October 2016 Electrical connections and driving electronics for piezo-actuated x-ray thin glass optics
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Use of thin glass modular optics is a technology currently under study to build light, low cost, large area X-ray telescopes for high energy astrophysics space missions. The angular resolution of such telescopes is limited by local deviations from the ideal shape of the mirrors. One possible strategy to improve it consists in actively correcting the mirror profile by gluing thin ceramic piezo-electric actuators on the back of the glasses. A large number of actuators, however, requires several electrical connections to drive them with the different needed voltages. We have developed a process for depositing conductive paths directly on the back of non-planar thin foil mirrors by means of a photolithographic process, combined with metal thin film evaporation and selective removal. We have also designed and built a modular multichannel electronic driver with each module capable of driving simultaneously up to 16 actuators with a very low power consumption. Here we present our electrical interconnections technology and the solutions adopted in the implementation of the electronics.
Conference Presentation
© (2016) COPYRIGHT Society of Photo-Optical Instrumentation Engineers (SPIE). Downloading of the abstract is permitted for personal use only.
Ugo Lo Cicero, Luisa Sciortino, Giuseppe Lullo, Maurizio Di Bella, Marco Barbera, Alfonso Collura, Roberto Candia, Daniele Spiga, Stefano Basso, Marta Civitani, Carlo Pelliciari, and Bianca Salmaso "Electrical connections and driving electronics for piezo-actuated x-ray thin glass optics", Proc. SPIE 9965, Adaptive X-Ray Optics IV, 99650A (27 October 2016);


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