## An analysis of superregeneration |

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adjustment alternating alternating current amplifying tube amplitude audion capacity feedback change in plate characteristic curve cillation circuit of Figure coil component constant continuous wave cuit cycles per second detection detector diagram differential equation effective resistance EgGcp EpGp external electromotive force extraneous Fiqurc force is impressed force is removed forced oscillation freauency free oscillation frequency of resistance grid bias grid circuit grid leak heterodyne impedance impressed electromotive force incoming signal inductive feedback JwLgl limit modulation obtaining the superregenerative operation oscilla oscillating circuit oscillation to produce oscillator tube plate circuit plate conductance plate current plate potential plate voltage positive to negative quency radio frequency amplification ratio reactance received signal reduction factor regeneration regenerative circuit relay resis resistance neutralization resistance with respect set is shown shown in Figure simple sistance Substituting super superre superregenerative circuits tance neutralization tion total power tube circuits variocoupler variometer zero