Analysis and implementation of an industrial control for laser-based calibration of electronic devices

Nowadays the electronics market and technology in general are constantly expanding. Technological evolution is steadily growing to keep pace with the times: perhaps the competitiveness of the various markets makes the timelines close. Just think of the market of all electronic devices, every 6 months or less, comes out a new, more powerful model with new functions and able to satisfy the needs of the consumer more and more fully. This thesis addresses the evolution of technology as regards one of the many factors affecting electronics, that is, the construction of electronic cards with certain tolerances, made by their ohmic and functional calibration. In particular, it will be analyzed, studied and modernized, a system that allows the calibration of electronic components by the use of lasers and other devices. The thesis is divided in 7 chapters: Chapter 1: general introduction and scientific bases, Chapter 2: laser structure and additional components, Chapter 3: process explanation and software design, Chapter 4: hardware design and software development, Chapter 5: time analysis, Chapter 6: visualization development, Chapter 7: final considerations and possible variants.