The role of laser technology in the manufacturing of electronic components and products continues to grow. For instance, more than 20 different laser processes are used in the production of smartphones, such as for structuring thin layers, for producing three-dimensional conductor structures on plastic bodies, and for cutting glass and printed circuit boards. For these applications, the importance of short-pulse and ultrashort-pulse lasers is continually rising. The joint project “(U)SP Laser Beam Sources for Industrial Use and System-wide Productivity Improvement for Highly Dynamic Drilling and Cutting Applications” (InBUS) focuses on increasing efficiency, available output power, and flexibility of these laser sources.
Pasternack, a leading provider of RF, microwave and millimeter wave products, has greatly expanded their lines of coaxial packaged noise sources covering frequency bands up to 60 GHz. Various types of noise source design configurations are available including octave band and broadband noise sources, amplified noise sources, noise sources with integral isolators, and precision calibrated instrumentation grade noise sources.