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Introduction to the Theory of Magnetic Amplifiers
The Saturable Reactor with Resistive Load SteadyState Operation with
The Saturable Reactor with Resistive Load SteadyState Operation
28 other sections not shown
alloy ampere-turn gain amperes annealed applied B-H loop control ampere-turns control characteristic control circuit control current control voltage control voltage Ec control winding control-circuit resistance core fluxes core material crystal direct current direction driving voltage dynamic hysteresis loop dynamic loop dynamic power gain eddy currents effect exciting current exciting interval extrinsic feedback feedback factor ferrites ferromagnetic force H free even-harmonic currents frequency galvanometer gate current gate voltage gate winding gausses half-cycle hence IcNc increase inductive d-c load instantaneous KLGL load current magnetic amplifiers magnetic flux density magnetic material magnetic properties magnetization curve magnetizing force maximum measured Mumetal obtains oersted operation oscilloscope output voltage parallel-connected permeability proportional region ratio reactance rectifier reverse current resistance Ro resistive load reverse voltage saturable reactor saturation flux saturation interval series-connected shown in Fig sinusoidal SR's steady-state supply voltage temperature transfer function transient response wave shape zero