An amplification circuit, comprising: - an input (IN) for receiving an input voltage (v IN ), - an output (OUT) for exhibiting an output voltage (v OUT ), - a primary amplifier designed to: + receive the input voltage (v IN ) from the input (IN), + receive a primary control voltage (v CTL,1 ), + amplify the input voltage (v IN ) by a primary gain (G 1 ) by amplifying a difference between the input voltage (v IN ) and the primary control voltage (v CTL,1 ), the output voltage (v OUT ) corresponding to the input voltage (v IN ) amplified this way, + supply the output voltage (v OUT ) to the output (OUT), - a secondary amplifier designed to: + receive the input voltage (v IN ) from the input (IN), + amplify the input voltage (v IN ) by a secondary gain (G2), the primary control voltage (v CTL,1 ) corresponding to the input voltage (v IN ) amplified this way, + supply the primary control voltage (v CTL,1 ) to the primary amplifier, wherein the secondary amplifier is designed to have in operation an input admittance (g 2 ) of at least 1 millisiemens, the secondary amplifier is designed to receive a secondary control voltage (v CTL,2 ) and to amplify the input voltage (v IN ) by the secondary gain (G 2 ) by amplifying a difference between the input voltage (v IN ) and the secondary control voltage (v CTL,2 ), and wherein the amplification circuit further comprises a tertiary amplifier designed to amplify a tertiary input voltage dependent on the input voltage (V in ) by a tertiary gain (G 3 ), the secondary control voltage (v CTL,2 ) corresponding to the tertiary input voltage amplified this way. - an input (IN) for receiving an input voltage (v IN ), - an output (OUT) for exhibiting an output voltage (v OUT ), - a primary amplifier designed to: + receive the input voltage (v IN ) from the input (IN), + receive a primary control voltage (v CTL,1 ), + amplify the input voltage (v IN ) by a primary gain (G 1 ) by amplifying a difference between the input voltage (v IN ) and the primary control voltage (v CTL,1 ), the output voltage (v OUT ) corresponding to the input voltage (v IN ) amplified this way, + supply the output voltage (v OUT ) to the output (OUT), + receive the input voltage (v IN ) from the input (IN), + receive a primary control voltage (v CTL,1 ), + amplify the input voltage (v IN ) by a primary gain (G 1 ) by amplifying a difference between the input voltage (v IN ) and the primary control voltage (v CTL,1 ), the output voltage (v OUT ) corresponding to the input voltage (v IN ) amplified this way, + supply the output voltage (v OUT ) to the output (OUT), - a secondary amplifier designed to: + receive the input voltage (v IN ) from the input (IN), + amplify the input voltage (v IN ) by a secondary gain (G2), the primary control voltage (v CTL,1 ) corresponding to the input voltage (v IN ) amplified this way, + supply the primary control voltage (v CTL,1 ) to the primary amplifier, + receive the input voltage (v IN ) from the input (IN), + amplify the input voltage (v IN ) by a secondary gain (G2), the primary control voltage (v CTL,1 ) corresponding to the input voltage (v IN ) amplified this way, + supply the primary control voltage (v CTL,1 ) to the primary amplifier, <EOS>