Search

The characteristics of frequency and impulse methods for conversion of parameters of plants with substitution scheme in the form of linear multicomponent two-terminal networks are considered. Their advantage and disadvantages are shown, the comparative analysis of the system performance and the noise immunity is given. [ABSTRACT FROM AUTHOR]

The modern design principles of converters for multicomponent two-terminal network parameters (MTNP) are considered. The time- and frequency-domain methods are compared, and the structure of a MTNP converter is suggested. A universal algorithm of MTNP calculation based on measuring data is described. [ABSTRACT FROM AUTHOR]

The present paper performs the comparative analysis of two parameter transformation methods in multielement two-pole circuits, namely, the frequency method and the moment method of impulse response characteristics, as well as corresponding converters. Based on this analysis and comparison of the basic properties of vector-scalar transformations necessary for implementing such converters, the author outlines the prospects of each method. [ABSTRACT FROM AUTHOR]

We consider a simple and efficient method to synthesize linear phase-sensitive transformations of a periodic signal with exponential disturbances. Such transformations ensure amplitude measurement for components of the fundamental harmonic, as well as attenuation of exponential parasitics and other parasitics of the signal ( viz., network disturbances, signal harmonics, and quantizing distortion). [ABSTRACT FROM AUTHOR]