Abstract
A theory of electron beam deflection in travelling-wave cathode-ray tubes and a general theory of non-homogeneous travelling-wave deflecting systems has been developed. The properties of the super-wide band asymmetrical and symmetrical helical and meander retard and deflection systems have been investigated. The fundamentals of design of super-wide band deflection systems and signal channels for high sensitivity cathode-ray tubes were developed. The designed systems were applied in oscilloscopes having high sensitivity and a pass band up to 3-7 GHz.
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