Christian Urig, a notable inventor based in Püttlingen, Germany, has made significant contributions to the field of capacitive measurement technology. With two patents to his name, Urig's work reflects a deep understanding of complex electric currents and their measurement through innovative circuits.

Latest Patents

Urig’s latest innovations include two notable patents:

1. **Multi-channel capacitance sensing measurement circuit**: This patent describes an advanced capacitance measurement circuit designed for multi-channel capacitive sensing devices. It features a first sensing circuit that selectively connects one of several sense electrodes to a common sense node while also connecting a corresponding guard electrode to a common guard node. The circuit integrates a measurement signal voltage source that provides an alternating measurement voltage in a remotely controllable manner, along with a diagnostic signal voltage source for alternating diagnostic voltage.

2. **Method of compensating temperature influence in capacitive measurements**: This method focuses on operating a capacitive measurement system that compensates for temperature variations. The system first performs a calibration measurement to obtain temperature characteristics of both the real and imaginary components of determined impedances. Subsequent measurements at varying temperatures allow for the real and imaginary parts of the impedance to be corrected based on previously established temperature characteristics.

Career Highlights

Christian Urig currently works at IEE International Electronics and Engineering S.a., where his research and development efforts contribute to advancing technologies in capacitive sensing. His innovative approach and technical expertise have been instrumental in bringing new ideas to fruition in the industry.

Collaborations

Working alongside esteemed colleagues Baptiste Anti and Heinrich Gierens, Urig has collaborated on various projects that leverage their combined expertise to enhance the quality and efficiency of electronic measurements. This teamwork reflects the synergy of knowledge and talent that drives innovation in their field.

Conclusion

Christian Urig stands out as a dedicated inventor whose work in capacitive sensing technology is paving the way for future developments in measurement systems. His patents not only demonstrate technical ingenuity but also highlight the importance of collaboration within the industry, ensuring continued progress in electronic engineering and measurement techniques.

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