3126 Optoelectronics

3126 Application Field and Working Principle

3126 application fields are mainly focused on the research of light source characteristics. By using these determined light source characteristics, scientists can study the interaction between optical materials such as glass, refractors, and filters when these materials are used in optical assembly systems. Additionally, 3126 can be used to study the electromagnetic radiation patterns of laser beams, including near fields and far fields or the Fresnel diffraction of laser beams.

3126 Working Principle

The working principle of 3126 is based on the Fraunhofer diffraction theory. It can be applied to provide data for the light source characteristics and optical systems. This Fraunhofer diffraction theory is based on the electric and magnetic fields that are generated by the source, the optical materials, and the measure setup when the source is placed in a certain distance from the material. The electric and magnetic fields of the source are used to calculate the diffraction patterns of the electric and magnetic fields that are generated by the material.

3126 works by providing a beam of light and then placing it in a Fraunhofer diffraction setup. This setup has an optical component such as a lens or a phase shift element such as a prism. The light beam is then allowed to pass through the setup and its diffraction pattern is measured. This data is then used to calculate the characteristics of the source.

3126 also works with the near-field and far-field measurements of a laser beam, by placing the beam in a certain wavelength and angle. The near-field and far-field can be used to study the distortion of the beam in various materials, such as glass, refractors, and filters. The measured values can then be used to create a model for the interactions of laser beams and optical materials.

Conclusion

In conclusion, 3126 is an important tool for the study of light source characteristics and the interaction between optical materials and optical systems. It is based on the Fraunhofer diffraction theory, and it can also measure the near-field and far-field of a laser beam. The collected data of 3126 can be used to create models and study the distortion of the beam in various materials.