The Temperature Dependence of Amplitude- Frequency Response of the MET Sensor of Linear Motion in a Broad Frequency Range

First, this paper is to present the experimental results on the measurement of amplitude-frequency characteristics of linear motion sensors based on molecular-electronic transducers in a wide frequency and temperature range. The analytical dependence of the temperature behavior of the amplitude-frequency characteristic of the studied sensor type in the 0.1-443-Hz band and the -35/(-15)degrees C to + 70 degrees C bands fully consistent with the experimental data has been presented for the first time. The verification of the theoretical model for the experimentally found approximation parameters has been performed. Different methods have been used to find the activation energies of the components of electrolyte solutions of several types.