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Nikola Tesla - Free-Energy Devices

Nikola Tesla - Free-Energy Devices

Nikola Tesla - Free-Energy Devices

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OBTAINING DIRECT FROM ALTERNATING CURRENTS. 411they offer an appreciable resistance, as the two brandies will bethereby better balanced. The translating or other devices to beacted upon by the current are designated by the letters G, andthey are inserted in the branches c D in any desired manner but;in order to better preserve an even balance between the branchesdue regard should, of course, be had to the number and characterof the devices.Figs. 221, 222, 223, and 224 illustrate what may termed "electro-magnetic"devices for accomplishing a similar result that isto say, instead of producing directly by a generator an electromotiveforce in each branch of the circuit, Mr. <strong>Tesla</strong> establishesa field or fields of force and leads the branches through the samein such manner that an active opposition of opposite effect or directionwill be developed therein by the passage, or tendency topass, of the alternations of current. In Fig. 221, for example, A isFIG. 221.the generator of alternating currents, B B the line circuit, and c Dthe branches over which the alternating currents are directed.each branch is included the secondary of a transformer or inductioncoil, which, since they correspond in their functions to thebatteries of the previous figure,are designated by the letters E F.The primaries H H' of the induction coils or transformers areconnected either in parallel or series with a source of direct orcontinuous currents i,and the number of convolutions is so calculatedfor the strength of the current from i that the cores J j'will be saturated. The connections are such that the conditionsin the two transformers are of opposite character that is to say,the arrangement is such that a current wave or impulse correspondingin direction with that of the direct current in one primary,as H, is of opposite direction to that in the other primary H'.It thus results that while one secondary offers a resistance or op-In

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