Erwin Stenzel

Title: **Erwin Stenzel: Innovations in Sensor Technology**

Introduction

Erwin Stenzel, an accomplished inventor based in Deisenhofen, Germany, has made significant contributions to the field of sensor technology. With a total of two patented innovations to his name, Stenzel has demonstrated his expertise and commitment to advancing measurement systems.

Latest Patents

Stenzel’s latest patents include a groundbreaking sensor featuring a resonance structure, particularly tailored for measuring angular rates and accelerations. This self-testing sensor is designed with a resonant structure and an actor unit that initiates periodic vibrations. It employs a piezoresistive element to generate output signals dependent on the measured quantity while utilizing an isolator to differentiate a test signal component. This innovative design encompasses a second periodic vibration superimposed on the primary vibration, enabling enhanced reliability through self-testing.

His other notable patent details a micromechanical rate of rotation sensor (DRS), innovatively structured from silicon and other semiconductor materials using micromechanical techniques. This sensor resembles a tuning fork, with prongs situated in parallel planes to the semiconductor wafer's surface. The unique design facilitates the measurement of the angular velocity of rotation around an axis parallel to the tuning fork suspension, showcasing Stenzel's prowess in engineering advanced sensor systems.

Career Highlights

Stenzel is associated with EADS Deutschland GmbH, where he has honed his skills and contributed valuable research in sensor innovations. His work focuses on developing technologies that enhance the accuracy and functionality of measurement devices, significantly impacting various applications in the engineering sector.

Collaborations

Stenzel collaborates closely with his colleagues, including Josef Schalk and Karin Bauer. Together, they work on innovative projects aimed at pushing the boundaries of sensor technology and creating practical solutions for complex measurement challenges.

Conclusion

In conclusion, Erwin Stenzel stands out as a notable inventor in the realm of sensor technologies. His contributions, marked by innovative patents and collaborative efforts, underline his significant role in the advancement of measurement systems. Stenzel's work continues to inspire future innovations in the field, establishing him as a key figure in modern engineering.