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A New System of Alternating Current Motors

A New System of Alternating Current Motors Introduction : In the late 19th and early 20th centuries, the development of electrical engineering revolutionized industries, transportation, and daily life. Central to this transformation was the discovery and utilization of alternating current (AC) motors. These motors, as opposed to direct current (DC) motors, offered several advantages, including increased efficiency, longer transmission distances, and more straightforward regulation. In this article, we will delve into the historical context of AC motors, the key contributions of various inventors, and the development of a new system of alternating current motors that paved the way for the modern electrical era. Historical Context: The idea of utilizing electrical power for practical applications was first demonstrated by Michael Faraday in the early 1830s when he discovered electromagnetic induction. Faraday's work laid the foundation for the understanding of the relationship betw...

THE TESLA KOTATING MAGNETIC FIELD. MOTORS WITH CLOSED CONDUCTORS. SYNCHRONIZING MOTORS. KOTATING FIELD TRANSFORMERS

THE TESLA KOTATING MAGNETIC FIELD. MOTORS WITH CLOSED CONDUCTORS. SYNCHRONIZING MOTORS. KOTATING FIELD TRANSFORMERS. THE best description that can be given of what he attempted, and succeeded in doing, with the rotating magnetic field, is to be found in Mr. Tesla's brief paper explanatory of his rotary cur- rent, polyphase system, read before the American Institute of Electrical Engineers, in New York, in May, 1888, under the title " A New System of Alternate Current Motors and Trans- formers." As a matter of fact, which a perusal of the paper will establish, Mr. Tesla made no attempt in that paper to de- scribe all his work. It dealt in reality with the few topics enu- merated in the caption of this chapter. Mr. Tesla's reticence was no doubt due largely to the fact that his action was gov- erned by the wishes of others with whom lie was associated, but it may be worth mention that the compiler of this volume who had seen the motors running, and who was then ...

Types of Orbits

Types of Orbits The orbits of satellites that might be used for personal communications systems can be grouped into four categories: low Earth orbit (LEO), medium Earth orbit (MEO), geostationary orbit (GEO), and elliptical Earth orbit (EEO). Each has advantages and disadvantages in PCS designs. Table 5.1 shows sample orbital elements for each of the satellite orbit types in units suitable for use with most of the general-purpose orbital-prediction computer programs. The Iridium (Iridium is a trademark of Iridium, LLC) system [11, 12] is a LEO constellation of 66 satellites (plus 6 in-orbit spares) approximately 778 km above the Earth in six equally spaced orbital planes at nearly 86.4° inclination to the equator. Every point on Earth is in view of this “infrastructure in the sky,” and the system is planned as a complement, or adjunct, to the existing “islands” of terrestrial communications infrastructures. The MEO characteristics are typified by the Global Positioning Satellite (...

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