| Popis: |
The discussed methods of developing impulse models of key transducers are universally applicable, i.e. allow development of impulse or analog models for any key transducer schemes according to simple algorithmic rules. However, the developed models are excessive because they do not reflect commonly existing symmetry in connection schemes, phases and in temporary algorithms of controlling systems. For instance, the majority of complex multi-bridge key transducers are characterized by symmetry in phases, phase synchronism of controlling systems operation, temporary symmetry of control algorithm (analogous to temporary symmetry of periodic signals). The above characteristics are rather a rule than an exception; therefore, there is an intensive need for study of matrix transformation of structure schemes, which would reflect all characteristics mentioned. The developed structure transformations of matrixes with commutators reflect the symmetry of structure schemes, key transducers operation recurrence and provide an opportunity to suggest development algorithms of optimal stationary impulse models of multiphase multi-bridge key transducers. |
