C11831_BERTHA2-L Optoelectronics

Series:	*
Part Status:	Obsolete
Lead Free Status / RoHS Status:	--
Moisture Sensitivity Level (MSL):	--

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C11831_BERTHA2-L is a reflective parabolic accelerator structure developed for particle accelerator applications. It is an ideal tool for experiments involving high energy beams and provides precise sample manipulation capabilities. The structure is composed of two parabolic mirrors, the C11831_BERTHA2-L and the C11831_BERTHA2-R, which are both located inside a vacuum chamber. The two mirrors work together as a field of parabolic reflectors.The C11831_BERTHA2-L is a large-aperture parabolic accelerator structure, which is designed to be able to accelerate particles in the ultra-high energy range. This type of accelerator utilizes an electrically driven mirror to produce a highly focused parabolic field. The field can be adjusted by varying the distance between the mirrors and the size of the opening in the vacuum chamber.The C11831_BERTHA2-L accelerator utilizes the inherent properties of parabolic fields where particles approaching the surface are focused to a single point. The focused particles then travel along the parabolic surface to a point where their energy is exaggerated compared to that entering the mirror. This magnification process is referred to as a parabolic focus. The C11831_BERTHA2-L has the capability of accurately focusing sub-TeV particles, allowing for experimentation on a variety of new particle types.The C11831_BERTHA2-L is operated based on the principle of pressure equilibrium, where the pressure applied by the mirrored surfaces along the chamber’s vacuum is balanced with the pressure of the particles passing through the chamber. This dynamic pressure equilibrium allows for a consistent, predictable performance.In addition to particle acceleration, the C11831_BERTHA2-L structure can also be used in other applications, such as thin-film optics and optical waveguides. By precisely controlling the angle and width of the parabolic field, thin-film optics can be used to produce a wide range of waveguides, lenses, and prisms. This provides an excellent platform for developing optical systems for flexible applications.The C11831_BERTHA2-L is an ideal tool for researchers and engineers who are looking for a versatile, high-performance parabolic accelerator. The structure allows for precise, controlled particle manipulation, enabling researchers to conduct experiments involving high energy particles. The C11831_BERTHA2-L also provides an exceptional platform for the development of optical systems, making it a useful tool for engineers and optical device designers.

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