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Abstract
Aspects of an experimental study of the temporal characteristics of switches for topologically modulated signals are considered. A microwave resistive switch card serves as the experimental model. The clock frequency of the generator of topologically modulated pulses developed is chosen such that the ratio of the wavelength at the clock frequency to the dimensions of the standard switch card is equal to 104. It is concluded on the basis of the virtual absence of distortions of the input pulses switched by the device and the application of scaling to the experimental results that a switch of micron dimensions is effective for microsecond pulses, confirming the previously obtained theoretical data.
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