Application of Maple for modeling of dynamic state of RLC-circuit at impulse influence on the thermistor

In the work, on the example of the impulsed action on the thermistor, which is an element of the electric circuit, which is a sequential oscillatory RLC-circuit, the simulation process using the Maple system is shown. The mathematical model of the oscillatory circuit is represented by an inhomogeneous ordinary differential equation of the first order. The impulsed action was modeled by the Dirac δ-function. The proposed source code contains numerous comments that make it easy to modify a given mathematical model of an object. In this regard, can change the relationship between the elements of the chain, as well as additionally input new elements and relationships. And since the solution is additionally presented in graphical form, it is easy to analyze for the influence on the solution of the initial conditions and nominal values of the elements.