According to the present invention, a microcurrent generation device comprises: a control unit which generates a first control signal for generating a microcurrent having a positive phase, a second control signal for generating a microcurrent having a negative phase, and a third control signal for boosting a power supply voltage so as to control generation of the microcurrents, and which checks a level of microcurrent supplied to a human body through the microcurrent generation device to control the level of microcurrent supplied to the human body by changing a level of a boosted voltage by controlling the third control signal when the checked level is not a predetermined level a boosting unit which boosts the power supply voltage to the boosted voltage of a certain level in response to the third control signal of the control unit and a microcurrent output unit which generates a microcurrent having a desired level on the basis of the voltage boosted by the boosting unit to supply the generated microcurrent to particular portions of the human body through contact terminals which contact the human body, wherein the microcurrent having a positive phase is supplied to the human body when the first control signal is inputted, and the microcurrent having a negative phase is supplied to the human body when the second signal is inputted.La présente invention concerne un générateur de micro-courant qui se compose de : une unité de commande qui génère un premier signal de commande destiné à générer un micro-courant ayant une phase positive, un deuxième signal de commande destiné à générer un micro-courant ayant une phase négative et un troisième signal de commande destiné à amplifier une tension dalimentation afin de commander la génération des micro-courants et qui vérifie un niveau de micro-courant alimenté vers un corps humain par le biais du générateur de micro-courant afin de réguler le niveau de micro-courant alimenté ver le corps humain en modifiant un niveau dune tens
