Company Filing History:
Years Active: 2022-2023
Title: The Innovative Contributions of Johannes Wiesend from Speinshart, DE
Introduction
Johannes Wiesend, an inventive mind hailing from Speinshart, Germany, has made significant strides in the field of electrical engineering. With a focus on cooling technologies for electrical components, Wiesend has been awarded two patents that showcase his innovative approach and technical expertise.
Latest Patents
Wiesend's latest patents are centered around enhancing the efficiency and functionality of cooling devices for electrical components, particularly laser diodes. His first patent involves a cooling device designed specifically to cool such components effectively. This device incorporates an adapter element that facilitates the connection of a laser diode to a heat sink, thus improving heat dissipation. The second patent details the method of producing this cooling device and its adapter element. The adapter consists of a first metal layer facing the component and a second metal layer facing the heat sink, with a ceramic intermediate layer positioned in between. Notably, the thickness of the metal layers is specified to be greater than 40 µm, aiming for even superior performance beyond 70 µm and ideally exceeding 100 µm.
Career Highlights
Currently, Wiesend contributes his talents to Rogers Germany GmbH, a respected name in the manufacturing of advanced materials and components. His work in this innovative company underlines his capability to combine theoretical knowledge with practical applications in leading-edge technologies.
Collaborations
Throughout his career, Wiesend has collaborated closely with talented colleagues such as Heiko Schweiger and Nico Kuhn. These partnerships exemplify the collaborative spirit often seen in research and development, allowing for the exchange of ideas and enhancement of innovative solutions.
Conclusion
Johannes Wiesend's contributions to the field of cooling technologies are noteworthy, marked by his two patents that reflect his dedication to improving the performance of electrical components. As he continues to work at Rogers Germany GmbH and alongside distinguished colleagues, the potential for further innovations appears promising. Wiesend’s work not only advances technology but also sets a precedent for future inventors in the field.