A well done plasma discharge is documented at the Fig.\ref{}, where (from top to bottom) time evolution of the loop voltage $U_{loop}$, toroidal magnetic field $B_t$, plasma current $I_p$ and total radiation power $bb$ is depicted. Toroidal magnetic field (second graph) as a capacitor discharge into a coil have a shape of one harmonic pulse, starting 5 ms after the discharge sequence initiation. After a specific time delay $\approx 2 ms$, allowing to substantially rise the confinemnt ability of the field, a start of toroidal electric field is innitiated and the proccess of the breakdown of the neutral gas into a plasma is innitiated. Appropriate conditions specified by the Paschen law are reached at the time of $\approx$ 10 ms and the avelanche proccess of the ionization of working gas undergoes in the whole volume of the vessel, thus creating the ring of ionized gas - a plasma. This medium, being conductive, serves as a secondary coil to the transformer, thus absorbing electric power via current drive, resulting in the huge rise of temperature up to the 100 eV $\approx$ 1 million centigrades. At the time $t_s\approx xx ms$ a stationary phase is reached, where the plasma parameters are "konstant" alowing to perform studies