Выполнен анализ влияния потерь в пр

Выполнен анализ влияния потерь в проводнике на разложение сверхкороткого импульса (СКИ) в витке воздушной меандровой линии. Исследования выполнены на примере СКИ в форме трапеции и трапеция близкой к треугольной. Сравнение результатов моделирования без учета и с учетом потерь показало значительные отличия в минимальной амплитуде сигнала на выходе меандровой линии. После оптимизации связи между полувитками лини получено уменьшение амплитуды сигнала при длительности плоской вершины 100 пс на 4%, а при 10 пс – на 10%. Также в результате сравнения выявлено, что при учете потерь совместно с уменьшением амплитуды сигнала на выходе линии увеличивается оптимальное значение разноса между ее проводниками, что упрощает практическую реализацию таких устройств защиты от СКИ.

Результаты (английский) 1:

The analysis of the impact of losses in the conductor in the decomposition of ultra-short highly intensive pulse (MIS) in the revolution meandrovoj air lines. The researches are executed on the example of SKI in the shape of a trapezoid and trapezium close to triangular. Comparison of modelling results without considering and taking into account the losses showed significant differences in the minimum signal amplitude at the output of the meandrovoj line. After optimizing the connection between poluvitkami Lini received signal amplitude decrease in the duration of the flat tops 100 PS at 4%, and at 10-10% FS. Also as a result of the comparison revealed that when posting losses, together with the reduction of the amplitude of the signal at the output of the line increases the optimal value of spacing between conductors that simplifies the implementation of such protection devices from the ski.

Результаты (английский) 2:

The analysis of the impact of the loss in the conductor on the decomposition of ultrashort pulse (USP) in the air coil meander line. Research carried out by the example of SCI in the form of a trapeze and trapeze close to the triangle. Comparing the simulation results with and without taking into account losses showed significant differences in the minimum amplitude of the signal at the output of the meander line. After optimization of the relationship between the line half-turns decrease in the amplitude of the signal received during the duration of the flat top 100 ps at 4%, while 10 pc - 10%. Also as a result of comparison revealed that the registered losses together with a decrease of the amplitude of the output signal lines increases the optimum value of separation between its conductors, which simplifies the practical implementation of such protection devices SRS.

Результаты (английский) 3:

analyses of the influence of losses in the explorer on the decomposition сверхкороткого impulse (sci) in the coil of the air меандровой line. studies performed on the example of sci in the shape of trapezoid and the trapezoid with triangular.the comparison of modelling results without taking into account the losses and showed important differences in the minimum amplitude output signal меандровой line.after optimizing the connection between полувитками leni received signal amplitude reduction in the length of the flat top 100 fs at 4%, with 10 fs is at 10%. as a result of the comparison revealedtaking into account the losses that, together with the lower amplitude output signal lines increases the optimal value delivering between its conductors, which simplifies the practical implementation of such devices for protection of sci.