Being grounded upon basic electrotechnical laws, upon introducted structure and electronic hookup's parameters, the set allows to synthesize the system of differential equations in every step of imitation.

When the transistor's (diode's) condition changes, the set synthesizes new

structures, including or excluding branches from the original structure. Simultaneously, when the hookup’s parameters change according to some laws, the set exercises differential equation coefficients’ tuning itself.

The exactness of imitation model depends only upon adequacy between the structure and parameters of the electronic hookup and the real mapping object. The set allows to synthesize even 50 differential equations.

The object, consisting of rectifier (containing dirigible tiristor), frequence converter and non-synchronous engine has been chosen as an example of the investigation.

The instant values of different parameters (such as the spinning rotor current’s value, rotating instant, as well as the necessary engine static data) were received as the results of investigation.

The author can broaden the sphere of investigated object’s application by bringing some specific supplementary accomplishments into the set.

Utilization of the set is available at least with Pentium hardware.

The author of the intellectual set is Shishkov Vadim, Professor.

420140, Russia, Kazan, Lomginskaya, 11-20, tel. (8432) 621513 (speaking Russian).

You can also apply to Gainutdinov Murad

420043, Russia, Kazan, Vishnevskogo, 49-64, tel. (8432) 382278 (speaking English).