An amplifier arrangement, comprising - a sensor input for connecting a sensor; - a first amplifier comprising a first amplifier output and a first and a second input, of which the first input is connected to a first reference potential terminal, and of which the second input is connected to the sensor input in a direct fashion and to the first amplifier output via a first feedback path having a switched integration capacitor (CINT) that is charged by the feedback path during a first switching phase and discharged during a second switching phase; - a second amplifier comprising a second amplifier output and a first and a second input, of which the first input is connected to a second reference potential terminal; - a switched capacitor feedback having a first and a second feedback capacitor (CDC1, CDC2), wherein the first feedback capacitor is connected in-between a first pair of feedback switches between the first amplifier output and the second reference potential terminal and in-between a second pair of feedback switches between the second reference potential terminal and the second input of the second amplifier, and wherein the second feedback capacitor is connected between the second amplifier output and the second input of the second amplifier; and - an impedance element coupled between the second amplifier output and the sensor input; wherein the amplifier arrangement is implemented such that - the integration capacitor (CINT) is charged by a current between the first amplifier output and the second input of the first amplifier during the first switching phase; - the integration capacitor is discharged during the second switching phase by connecting terminals of the integration capacitor (CINT) together or to a common potential terminal; - the first pair of feedback switches is closed during a third switching phase and open during at least a fourth switching phase; - the second pair of feedback switches is closed during the fourth switching phase and open during at least the third switching phase; - the first, second, third and fourth switching phase are operated with a common clock period (Tint); and - the third and fourth switching phase are encompassed by the first switching phase, the third switching phase following after the fourth switching phase. - a sensor input for connecting a sensor; - a first amplifier comprising a first amplifier output and a first and a second input, of which the first input is connected to a first reference potential terminal, and of which the second input is connected to the sensor input in a direct fashion and to the first amplifier output via a first feedback path having a switched integration capacitor (CINT) that is charged by the feedback path during a first switching phase and discharged during a second switching phase; - a second amplifier comprising a second amplifier output and a first and a second input, of which the first input is connected to a second reference potential terminal; - a switched capacitor feedback having a first and a second feedback capacitor (CDC1, CDC2), wherein the first feedback capacitor is connected in-between a first pair of feedback switches between the first amplifier output and the second reference potential terminal and in-between a second pair of feedback switches between the second reference potential terminal and the second input of the second amplifier, and wherein the second feedback capacitor is connected between the second amplifier output and the second input of the second amplifier; and - an impedance element coupled between the second amplifier output and the sensor input; - the integration capacitor (CINT) is charged by a current between the first amplifier output and the second input of the first amplifier during the first switching phase; - the integration capacitor is discharged during the second switching phase by connecting terminals of the integration capacitor (CINT) together or to a common potential terminal; - the first pair of feedback switches is closed during a third switching phase and open during at least a fourth switching phase; - the second pair of feedback switches is closed during the fourth switching phase and open during at least the third switching phase; - the first, second, third and fourth switching phase are operated with a common clock period (Tint); and - the third and fourth switching phase are encompassed by the first switching phase, the third switching phase following after the fourth switching phase.