Dataset on the effect of drive level on measurement results of QCM sensor characteristics

This dataset comprises measurements of the impedance characteristics of a quartz microbalance and the corresponding variations in sensor temperature under different excitation signal conditions.The set of data contains:Data_description.txt - additional, more detailed information about the conditions of the experimentB3_Holder_a.png – schematic cross-sectional diagram of the holder developed for the purposes of the experimentB3_Holder_b.png – photograph of the sensor mounted in a holderB3_Z_DL1.txt – measurement data of sensor impedance characteristics under DL1 excitation conditionsB3_Z_DL2.txt – measurement data of sensor impedance characteristics under DL2 excitation conditionsB3_T_DL2.txt – measurement data of sensor temperature changes under DL2 excitation conditionsB3_Z_DL3.txt – measurement data of sensor impedance characteristics under DL3 excitation conditionsB3_T_DL3.txt – measurement data of sensor temperature changes under DL3 excitation conditionsPlease read the ReadMe.txt and Data_description.txt file for additional information.The dataset was prepared as part of the National Science Centre Miniatura 8 research grant, DEC-2024/08/X/ST7/01125, entitled: Badanie wpływu niehomogenicznych pól termicznych na charakterystykę odpowiedzi wysokoczułych sensorów piezoelektrycznych. (Analysis of the influence of non-homogeneous thermal fields on the response characteristics of highly sensitive piezoelectric sensors). The project was carried out by dr. Sylwester Nowocień at the Wrocław University of Science and Technology, Faculty of Electronics, Photonics and Microsystems.