A low-dropout regulator, comprising: - an output node (O) to provide a regulated output voltage (Vreg), - an output current branch coupled to the output node (O), the output current branch comprising a first output driver and a second output driver , wherein the first and the second output driver are configured to be operated in a first and a second operating state, wherein the respective conductivity of the first and the second output driver is higher in the first operating state than in the second operating state, - an input amplifier stage having an input side (I200) to apply an input signal (Vin) and an output side (O200) to provide a first control current (II) to control the operating state of the first and the second output driver , wherein the input amplifier stage is adapted to generate the first control current (II) in dependence on the input signal (Vin), - a current generator unit , arranged between the output side (O200) of the input amplifier stage and the output current branch , to provide a second control current to operate the first output driver in the second operating state and to provide a third control current to operate the second output driver in the second operating state, when the first control current (II) at the output side (O200) of the input amplifier stage is below a threshold level, - the low-dropout regulator characterised by a first transimpedance amplifier stage being arranged between the current generator unit and a control connection (G110) of the first output driver , and a second transimpedance amplifier stage being arranged between the current generator unit and a control connection (G120) of the second output driver . - an output node (O) to provide a regulated output voltage (Vreg), - an output current branch coupled to the output node (O), the output current branch comprising a first output driver and a second output driver , wherein the first and the second output driver are configured to be operated in a first and a second operating state, wherein the respective conductivity of the first and the second output driver is higher in the first operating state than in the second operating state, - an input amplifier stage having an input side (I200) to apply an input signal (Vin) and an output side (O200) to provide a first control current (II) to control the operating state of the first and the second output driver , wherein the input amplifier stage is adapted to generate the first control current (II) in dependence on the input signal (Vin), - a current generator unit , arranged between the output side (O200) of the input amplifier stage and the output current branch , to provide a second control current to operate the first output driver in the second operating state and to provide a third control current to operate the second output driver in the second operating state, when the first control current (II) at the output side (O200) of the input amplifier stage is below a threshold level, - the low-dropout regulator characterised by a first transimpedance amplifier stage being arranged between the current generator unit and a control connection (G110) of the first output driver , and a second transimpedance amplifier stage being arranged between the current generator unit and a control connection (G120) of the second output driver . <EOS>