The Development of Semiconductors and Laser Applications
Release time：2024.08.02
Views：891Semiconductors refer to materials with conductivity between conductors and insulators at room temperature. Semiconductors are widely used in consumer electronics, communication systems, medical instruments, and other fields. A diode is a device made of semiconductors.
From the perspective of science, technology, and economic development, semiconductors have influenced people's daily work and life, and by the 1930s, this material was recognized by the academic community.
The application of lasers in the semiconductor field is becoming increasingly widespread, including the manufacturing of semiconductor devices, processing of semiconductor materials, and semiconductor testing. Among them, the application of lasers in semiconductor device manufacturing is particularly prominent, which can be used for process steps such as etching, photolithography, cleaning, annealing, etc.
In semiconductor material processing, laser cutting, laser marking and other technologies have become mainstream, with advantages such as high precision, high efficiency, and non-contact, and are widely used in fields such as LED, solar cells, semiconductor chips, etc.
In semiconductor testing, lasers can also achieve defect detection, flatness detection, and welding seam trajectory detection. In the future, with the continuous development and improvement of laser technology, the application of lasers in the semiconductor field will become more extensive, bringing more opportunities and challenges to the laser industry.
From the perspective of science, technology, and economic development, semiconductors have influenced people's daily work and life, and by the 1930s, this material was recognized by the academic community.
The application of lasers in the semiconductor field is becoming increasingly widespread, including the manufacturing of semiconductor devices, processing of semiconductor materials, and semiconductor testing. Among them, the application of lasers in semiconductor device manufacturing is particularly prominent, which can be used for process steps such as etching, photolithography, cleaning, annealing, etc.
In semiconductor material processing, laser cutting, laser marking and other technologies have become mainstream, with advantages such as high precision, high efficiency, and non-contact, and are widely used in fields such as LED, solar cells, semiconductor chips, etc.
In semiconductor testing, lasers can also achieve defect detection, flatness detection, and welding seam trajectory detection. In the future, with the continuous development and improvement of laser technology, the application of lasers in the semiconductor field will become more extensive, bringing more opportunities and challenges to the laser industry.
