The dynamic parameters of micromechanical thermo-resistive directly heated converter are measured in different mediums. The hardware architecture of the designed automated stand on the base of the hardware-software complex NI Elvis II, software and user’s interface into LabVIEW environment are described. The results of thermo-resistive transducer’s characteristics measurement, received with theproposed stand, have analyzed

The physical and technical characteristics, structural and topological aspects of the micromechanical thermoresistor active heating transdusers synthesis for fluid (gas and liquid) parameters determination are considered. All transducers are based on a single MEMS (Micro Electro Mechanical System) structure and differ in functionality due to different operating modes and different principles for determining fluid parameters. It allows the development of multifunctional sensors based on a single hardware, which includes a typical MEMS structure and mass production microprocessor, for example, PSoC (Programmable System On Chip). The transducers mathematical models acceptable for the COMSOL simulation library and designing of information electronics devices with the registration of various physical parameters are proposed. The analytical calculations on the basis of the proposed models for a gas flow sensor of the temperature dependence from the fluid flow velocity in the MEMS structure was performed. The proposed models can be used for the operation analytical description and computing of devices based on the use of thermoelectric processes in micro-scale structures. Ref. 29, fig. 3.