Ulrike Rösler

Title: Innovations of Ulrike Rösler in Electroacoustic Components

Introduction

Ulrike Rösler is a notable inventor based in Hebertshausen, Germany, with a significant contribution to the field of electroacoustic technology. With a total of 10 patents, Rösler has focused on innovations that enhance the performance and efficiency of electroacoustic components and transducers. Her work reflects a deep understanding of materials and engineering principles that drive advancements in this specialized domain.

Latest Patents

Rösler's recent patents include two key inventions: an electroacoustic component featuring a piezoelectric substrate made from rare earth metals and calcium oxoborates, and an enhanced electroacoustic transducer designed for improved mode suppression. The first invention revolves around a complex architecture where component structures are adept at converting RF signals into acoustic waves. The design incorporates specific Euler angles to determine wave propagation directions, enhancing signal integrity. The second patent presents an electroacoustic transducer that boasts a unique velocity profile with a periodic structure, effectively mitigating unwanted modes, including the SH wave mode, thereby improving overall performance.

Career Highlights

Throughout her career, Ulrike Rösler has worked with prominent companies, including Epcos AG and Snaptrack Incorporated. At Epcos AG, her expertise contributed to the development of innovative electronic components that are crucial in various applications. Snaptrack Incorporated benefited from her insights into electroacoustic systems, showcasing her versatility in tackling challenges across different sectors.

Collaborations

Rösler has collaborated with esteemed colleagues such as Werner Ruile and Markus Mayer. These partnerships have enriched her work, fostering an environment of creativity and shared knowledge that often leads to impactful inventions.

Conclusion

Ulrike Rösler's contributions to the field of electroacoustic components and transducers highlight her role as an influential inventor. With a robust portfolio of patents and a history of collaboration with esteemed companies and colleagues, Rösler continues to push the boundaries of innovation in her field. Her work not only enhances technology but also paves the way for future advancements in electroacoustic applications.