Feldkirch-Gisingen, Austria

Franz Süss


Average Co-Inventor Count = 3.0

ph-index = 1

Forward Citations = 9(Granted Patents)


Company Filing History:


Years Active: 2006

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1 patent (USPTO):Explore Patents

Title: Franz Süss: Innovator in Transformer Testing Technologies

Introduction

Franz Süss, an inventive mind from Feldkirch-Gisingen, Austria, holds a significant patent that contributes to the field of transformer testing. His innovative approach allows for advanced analysis and simulation of transformer behavior, enhancing operational efficiency in electrical engineering.

Latest Patents

Franz Süss is the inventor of a patent titled "Method for testing a transformer and corresponding test device." This patent describes a novel method of testing a transformer by applying a test signal with a frequency lower than the nominal frequency of the transformer. Additionally, the voltage of the test signal may be less than the nominal voltage. By measuring various frequency-dependent parameters, including eddy current resistance and the hysteresis curve, a simulation model is developed. This model can predict operating parameters, such as terminal voltage and current during operations deviating from the nominal frequency. This innovative approach enhances the predictability and efficiency of transformer operations.

Career Highlights

Franz Süss is associated with Omicron Electronics GmbH, a company known for its pioneering solutions in electrical engineering and testing technologies. His work at Omicron Electronics has positioned him as a valuable contributor to advancements in transformer testing methodologies.

Collaborations

Franz collaborates with notable professionals such as Michael Krüger and Friedrich Kaufmann. Together, they form a team dedicated to pushing the boundaries of innovation in the field and developing technologies that improve transformer performance and reliability.

Conclusion

Franz Süss exemplifies the spirit of innovation in technology with his impactful work in transformer testing methods. His patent reflects a commitment to enhancing electrical engineering practices, ensuring that transformers operate efficiently and effectively in various conditions.

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