Monocyclic transformer and equivalent circuit

Abstract

efiect in CdSe 6eldstTect transis-[41 F. C. Luo and M. Epstein. Toplanar-Aectrode thin-film InSb transistor,' Proc. 151 S. Timoshenko and D. H. Young. Elcmerrls of Sttcrgfh of MolaioLr. Princeton, N. J.: Van Nastrand. 1968, p. 212.[a] G. Arlt and P. Quadflieg. 'Piezoelectricity in 111-V compounds with a phenomenological analysis of the piezoelectric effect.' Phys.Abstract-A single magnetic component is combined with a single capacitor to provide a circuit that converts a constant voltage input into a constant current output. Leakage reactance purposely built into the transformer tunes with the capacitor to provide a monocyclic reactive network. The equivalent circuit for the magnetic component is also useful for understanding transformers with more than two legs. A breadboard three-phase transformer was used to obtain waveforms illustrating transformer performance.Steinmetz' devised a number of circuits which he called "monocyclic" circuits. A typical example is shown in Fig. 1. With the circuit tuned to the generator frequency, it is easy to see that with a shortcircuit load the input impedance is infinite and the current through the load is jw VC. For an open-circuit load, the load voltage is infinite. Thus the circuit provides a constant current source derived from a constant voltage input. Abstracf--An operator treatment of modulated carriers in linear, time-invariant, nongenerative networks is given. The modulation is split up into an in-phase and a quadrature component. An operator(jwo+X) is introduced, w 0 / 2 r being the carrier frequency and X the operator d / d t acting on the modulation only.

OPTIS: a satellite-based test of special and general relativity

“…Due to the overall importance of SR and GR, a persistent effort to improve the experimental tests of their foundations is mandatory. Modern tests of SR and GR using ultrastable oscillators have been performed on Earth [1][2][3], and an experiment is planned on the International Space Station [4].…”