A linear voltage regulator device configured to sense the output voltage of the regulator device and to regulate a bias current of a first error amplifier (420, 520-521) to adjust the gain of the first error amplifier, the device comprising: - a power source; - said first error amplifier (420, 520-521) configured to sense the output voltage of the regulator device provided through a first pass transistor (440, 540) and compare with a reference voltage (VREF) to control directly the first pass transistor and thus regulates the desired output voltage; - a second error amplifier (470, 570) configured to sense the output voltage of the regulator device and to regulate, depending on the difference between the output voltage and the reference voltage, via a current source circuitry ((480, 430) a bias current of the first error amplifier (420, 520-521) to adjust the gain of the first error amplifier; - said first pass transistor coupled to said first error amplifier and supplied from the power source; - a second pass transistor (480, 580) coupled to said second error amplifier (470, 570); - a first feedback loop electrically connected to said first pass transistor and whose output is electrically coupled to an input of said first error amplifier (420, 520-521), and electrically coupled to an input of said second error amplifier (470, 570); and - said current source circuitry controlled by said second error amplifier (470, 570) connected in negative feedback configured to sum or replace the bias current of the first error amplifier (420, 520-521) wherein the current source circuitry is composed by a parallel connection of the second pass transistor (480, 580) and a current source (430, 530), wherein the second error amplifier (470, 570) controls the current provided by the second pass transistor, which is added to the current of the current source (430, 530) to provide the current for the first error amplifier (420, 520-521), wherein the second pass transistor (480, 580) is connected between ground and the first error amplifier (420, (420, 520-521). - a power source; - said first error amplifier (420, 520-521) configured to sense the output voltage of the regulator device provided through a first pass transistor (440, 540) and compare with a reference voltage (VREF) to control directly the first pass transistor and thus regulates the desired output voltage; - a second error amplifier (470, 570) configured to sense the output voltage of the regulator device and to regulate, depending on the difference between the output voltage and the reference voltage, via a current source circuitry ((480, 430) a bias current of the first error amplifier (420, 520-521) to adjust the gain of the first error amplifier; - said first pass transistor coupled to said first error amplifier and supplied from the power source; - a second pass transistor (480, 580) coupled to said second error amplifier (470, 570); - a first feedback loop electrically connected to said first pass transistor and whose output is electrically coupled to an input of said first error amplifier (420, 520-521), and electrically coupled to an input of said second error amplifier (470, 570); and - said current source circuitry controlled by said second error amplifier (470, 570) connected in negative feedback configured to sum or replace the bias current of the first error amplifier (420, 520-521) wherein the current source circuitry is composed by a parallel connection of the second pass transistor (480, 580) and a current source (430, 530), wherein the second error amplifier (470, 570) controls the current provided by the second pass transistor, which is added to the current of the current source (430, 530) to provide the current for the first error amplifier (420, 520-521), wherein the second pass transistor (480, 580) is connected between ground and the first error amplifier (420, (420, 520-521).