A low dropout voltage regulator, comprising: a pass element connected between an input terminal (Vin) and an output terminal (Vout) of the low dropout voltage regulator; an error amplifier driving a control terminal of the pass element; a first compensation element connected to the output terminal (Vout) of the low dropout voltage regulator; and a compensation circuit connected to a control terminal of the first compensation element, wherein the compensation circuit is configured to control a trans-conductance ( g m 6) of the first compensation element in accordance with a noise compensation criterion characterized in that the regulator further comprises a first capacitor ( c 0) connected between the control terminal of the first compensation element and the input terminal (Vin) of the low dropout voltage regulator; wherein the compensation circuit is configured to control the trans-conductance ( g m 6) of the first compensation element based on the following parameters: a trans-conductance ( g ds 0) of the pass element; a parasitic capacitance ( c p) at the control terminal of the first compensation element; and a capacitance of the first capacitor wherein the compensation circuit is configured to control the trans-conductance (g M6) of the first compensation element based on the following noise compensation criterion: g ds 0 = g m 6 ⋅ c p c 0 + c p, where g ds 0 denotes the trans-conductance of the pass element, g m 6 denotes the trans-conductance of the first compensation element, c p denotes the parasitic capacitance at the control terminal of the first compensation element and c 0 denotes the first capacitance connected between the control terminal of the first compensation element and the input terminal (Vin) of the low dropout voltage regulator. a pass element connected between an input terminal (Vin) and an output terminal (Vout) of the low dropout voltage regulator; an error amplifier driving a control terminal of the pass element; a first compensation element connected to the output terminal (Vout) of the low dropout voltage regulator; and a compensation circuit connected to a control terminal of the first compensation element, wherein the compensation circuit is configured to control a trans-conductance ( g m 6) of the first compensation element in accordance with a noise compensation criterion characterized in that the regulator further comprises a first capacitor ( c 0) connected between the control terminal of the first compensation element and the input terminal (Vin) of the low dropout voltage regulator; wherein the compensation circuit is configured to control the trans-conductance ( g m 6) of the first compensation element based on the following parameters: a trans-conductance ( g ds 0) of the pass element; a parasitic capacitance ( c p) at the control terminal of the first compensation element; and a capacitance of the first capacitor wherein the compensation circuit is configured to control the trans-conductance (g M6) of the first compensation element based on the following noise compensation criterion: g ds 0 = g m 6 ⋅ c p c 0 + c p, where g ds 0 denotes the trans-conductance of the pass element, g m 6 denotes the trans-conductance of the first compensation element, c p denotes the parasitic capacitance at the control terminal of the first compensation element and c 0 denotes the first capacitance connected between the control terminal of the first compensation element and the input terminal (Vin) of the low dropout voltage regulator. a trans-conductance ( g ds 0) of the pass element; a parasitic capacitance ( c p) at the control terminal of the first compensation element; and a capacitance of the first capacitor wherein the compensation circuit is configured to control the trans-conductance (g M6) of the first compensation element based on the following noise compensation criterion: g ds 0 = g m 6 ⋅ c p c 0 + c p, where g ds 0 denotes the trans-conductance of the pass element, g m 6 denotes the trans-conductance of the first compensation element, c p denotes the parasitic capacitance at the control terminal of the first compensation element and c 0 denotes the first capacitance connected between the control terminal of the first compensation element and the input terminal (Vin) of the low dropout voltage regulator.