Method for transferring analog and digital information in the transfer of energy between a power transmitter and a power receiver galvanically separated therefrom, including the following step of: a) providing the analog and digital information to be transferred; characterized by the following further steps of: b) setting the number n AD of possible values AD i, i=1 to n AD, which are possible in digitizing the analog information, as well as the range of values of the values AD i; c) associating a digital value D x in binary notation with the digital information; d) setting an event number n min to be minimally transferred; e) setting an event number n max to be maximally transferred; f) setting a first set of values n low defined by: n low (AD i)=n min +f1 (AD i), i=1 to n AD, wherein f1 (AD i) represents a first function of possible values AD i; g) setting a second set of values n high defined by: n high (AD i)=n max -f2(AD i), i=1 to n AD, wherein f2(AD i) represents a second function of possible values AD i; h) digitizing the analog information for obtaining a digitized analog value AD x; i) determining an event number n ADx for the digitized analog value AD x for the bit of the digital value D x respectively to be transferred with the aid of the set of values set in step f) or step g), wherein: n ADx =n low (AD x) if the current bit of the digital value D x to be transferred is a logical 0; n ADx =n high (AD x) if the current bit of the digital value D x to be transferred is a logical 1, or vice versa; and j) transferring a signal correlated at least with the event number determined in step i). a) providing the analog and digital information to be transferred; characterized by the following further steps of: b) setting the number n AD of possible values AD i, i=1 to n AD, which are possible in digitizing the analog information, as well as the range of values of the values AD i; c) associating a digital value D x in binary notation with the digital information; d) setting an event number n min to be minimally transferred; e) setting an event number n max to be maximally transferred; f) setting a first set of values n low defined by: n low (AD i)=n min +f1 (AD i), i=1 to n AD, wherein f1 (AD i) represents a first function of possible values AD i; g) setting a second set of values n high defined by: n high (AD i)=n max -f2(AD i), i=1 to n AD, wherein f2(AD i) represents a second function of possible values AD i; h) digitizing the analog information for obtaining a digitized analog value AD x; i) determining an event number n ADx for the digitized analog value AD x for the bit of the digital value D x respectively to be transferred with the aid of the set of values set in step f) or step g), wherein: n ADx =n low (AD x) if the current bit of the digital value D x to be transferred is a logical 0; n ADx =n high (AD x) if the current bit of the digital value D x to be transferred is a logical 1, or vice versa; and n ADx =n low (AD x) if the current bit of the digital value D x to be transferred is a logical 0; n ADx =n high (AD x) if the current bit of the digital value D x to be transferred is a logical 1, or vice versa; and j) transferring a signal correlated at least with the event number determined in step i).