Evelyne Kricki

Title: Innovations by Evelyne Kricki in Power Output Stage Technology

Introduction

Evelyne Kricki, an accomplished inventor based in Villach, Austria, has made significant contributions to the field of power output technology. With a patented invention under her name, she has demonstrated her ingenuity and expertise in electrical engineering, particularly in the realm of Class D power output stages.

Latest Patents

Evelyne holds a patent for a "Power Output Stage," which encompasses an innovative design featuring a limiting transistor, a complementary limiting transistor, a switching transistor, and a complementary switching transistor. This unique configuration allows for enhanced control over the power output, ensuring that the switched output signal between the controllable paths of the transistors can be effectively tapped off. The inclusion of a level matching device for generating control signals based on the input switching signal further optimizes the efficiency and functionality of the power output stage.

Career Highlights

Kricki's career has been marked by her role at Infineon Technologies AG, where she has significantly advanced research and development in power electronics. Her work focuses on improving power efficiency and performance in various applications, making her a valuable asset in the field. Evelyne has established herself as an expert in her area and continues to innovate.

Collaborations

Throughout her career, Evelyne has had the opportunity to work alongside notable colleagues such as Benno Muhlbacher and Joachim Gratz. These collaborations have fostered a productive environment that encourages innovation and the development of cutting-edge technology.

Conclusion

Evelyne Kricki's contributions to the domain of power output stages reflect her dedication to innovation and excellence. With her patent demonstrating a forward-thinking approach to electrical engineering, she stands at the forefront of technological advancement in her field. As she continues her work in collaboration with her colleagues at Infineon Technologies AG, the impact of her inventions will likely be felt in various applications for years to come.