Method of manufacturing electrode for lithium secondary cell

A method of manufacturing an electrode for a lithium secondary cell capable of attaining excellent charge/discharge characteristics with high discharge capacity comprises steps of forming a first active material layer (21,22,23) consisting of a plurality of layers on a first surface (11a) of a collector (11) by a method supplying raw material through discharge into a vapor phase and forming a second active material layer (31,32,33) consisting of a plurality of layers on a second surface (11b) of the collector by the method supplying raw material through discharge into a vapor phase, while forming at least one layer constituting the second active material layer before forming all layers constituting the first active material layer. Thus, heat for forming at least one of the layers constituting the second active material layer can be prevented from being applied to all layers constituting the first active material layer.