. Practical radiography : a handbook for physicians, surgeons, and other users of X-rays . Figs. 22 and 23—Tesla Oscillator. parts : a vertical electro-magnet (M), Fig. 22, wound roundwith a great number of turns of rather thick wire andhaving considerable self-induction; a condenser (C) offrom three to four micro-farads capacity, which is chargedby the self-induction of the electro-magnet on breakingcircuit, and which discharges into the primary (P) of thehorizontal transformer. The latter is composed of a singleturn of a copper ribbon, about six inches wide, and itssecondary (S) consists of
. Practical radiography : a handbook for physicians, surgeons, and other users of X-rays . Figs. 22 and 23—Tesla Oscillator. parts : a vertical electro-magnet (M), Fig. 22, wound roundwith a great number of turns of rather thick wire andhaving considerable self-induction; a condenser (C) offrom three to four micro-farads capacity, which is chargedby the self-induction of the electro-magnet on breakingcircuit, and which discharges into the primary (P) of thehorizontal transformer. The latter is composed of a singleturn of a copper ribbon, about six inches wide, and itssecondary (S) consists of one layer of thick wire. The action is probably as follows :—The current fromthe terminal, T2, magnetizes the electromagnet, M, which,in attracting its armature, breaks the circuit at B, and thehigh , due to the self-induction of the magnet, Induction Coils and Interrupters 61 charges the condenser, C. Its discharge being extremelyrapid and oscillatory and llowing through the primary, P(which has a very small resistance), is raised to highervoltage in the secondary, S. The ra
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Keywords: ., bookcentury1900, bookdecade1900, booksubjectxrays, bookyear1901
