Instruments and Systems: Monitoring, Control, and Diagnostics Annotation << Back Technical Aspects of Implementing MGSP Solutions Based on the Resonance Method N.I. YUMAGULOV, A.L. GALIEV The paper describes methods for the technical implementation of measuring generators of specified power (MGSP) based on the resonance method. The stabilizing effect of the oscillatory circuit is investigated, which provides a specified energy mode of impact on the research object within a given range of load resistance variation. It is shown that the oscillatory circuit can be used as a control and measurement device, ensuring the required energy mode of impact on the research object. An analysis of the conditions and identification of the optimal number of parameters affecting the stability of dissipated power is carried out. It is established that by controlling the value of the circuit's loss resistance and the voltage applied to the input of the oscillatory circuit, it is possible to ensure the constancy of dissipated power within a given range of load variation. Block diagrams of measuring generators with feedback, with a power control system based on digital logic elements, and with a time interval shaper, whose driving signal is filled with damped harmonic oscillations, are presented. The principle of their operation is described. It is shown that the resonance method can be successfully used for the technical implementation of MGSP. Keywords: resonance method, oscillatory circuit, measuring generator of specified power, power control system, research of energydependent objects, specified energy mode of impact on the research object. DOI: 10.25791/pribor.6.2026.1682 Pp. 32-40.