A current mirror arrangement, comprising: a current mirror circuit comprising an input transistor and an output transistor, the current mirror circuit configured to receive an input current from a current source and generate an output current based on the input current; and a plurality of further transistors, wherein each of the input transistor, the output transistor and the plurality of further transistors have a first terminal, a second terminal, and a third terminal, wherein the first terminal is a base or gate, the second terminal as a collector or drain and the third terminal is an emitter or source, wherein: the first terminal of the input transistor is coupled to the first terminal of the output transistor and the second terminal of the input transistor is coupled to an output terminal of the current source; a transistor within a first sub-set of the plurality of further transistors is coupled to the input transistor to form a first feedback path between the first terminal of the input transistor and the second terminal of the input transistor via the third terminal and the second terminal of the transistor within the first sub-set, a second sub-set (Q4, Q5, Q6) of the plurality of further transistors are coupled to the input transistor to form a second feedback path between the first terminal of the input transistor and the second terminal of the input transistor via the first terminal of a first transistor within the second subset, the third terminal of the first transistor within the second subset, the third terminal of a second transistor within the second sub-set, the second terminal of the second transistor within the second sub-set, the first terminal of a third transistor within the second sub-set and the third terminal of the third transistor within the third sub-set, the second feedback path being different from the first feedback path, and wherein a gain of a loop formed by the input transistor and the second feedback path is higher than a gain of a loop formed by the input transistor and the first feedback path. a current mirror circuit comprising an input transistor and an output transistor, the current mirror circuit configured to receive an input current from a current source and generate an output current based on the input current; and a plurality of further transistors, wherein each of the input transistor, the output transistor and the plurality of further transistors have a first terminal, a second terminal, and a third terminal, wherein the first terminal is a base or gate, the second terminal as a collector or drain and the third terminal is an emitter or source, wherein: the first terminal of the input transistor is coupled to the first terminal of the output transistor and the second terminal of the input transistor is coupled to an output terminal of the current source; a transistor within a first sub-set of the plurality of further transistors is coupled to the input transistor to form a first feedback path between the first terminal of the input transistor and the second terminal of the input transistor via the third terminal and the second terminal of the transistor within the first sub-set, a second sub-set (Q4, Q5, Q6) of the plurality of further transistors are coupled to the input transistor to form a second feedback path between the first terminal of the input transistor and the second terminal of the input transistor via the first terminal of a first transistor within the second subset, the third terminal of the first transistor within the second subset, the third terminal of a second transistor within the second sub-set, the second terminal of the second transistor within the second sub-set, the first terminal of a third transistor within the second sub-set and the third terminal of the third transistor within the third sub-set, the second feedback path being different from the first feedback path, and wherein a gain of a loop formed by the input transistor and the second feedback path is higher than a gain of a loop formed by the input transistor and the first feedback path. the first terminal of the input transistor is coupled to the first terminal of the output transistor and the second terminal of the input transistor is coupled to an output terminal of the current source; a transistor within a first sub-set of the plurality of further transistors is coupled to the input transistor to form a first feedback path between the first terminal of the input transistor and the second terminal of the input transistor via the third terminal and the second terminal of the transistor within the first sub-set, a second sub-set (Q4, Q5, Q6) of the plurality of further transistors are coupled to the input transistor to form a second feedback path between the first terminal of the input transistor and the second terminal of the input transistor via the first terminal of a first transistor within the second subset, the third terminal of the first transistor within the second subset, the third terminal of a second transistor within the second sub-set, the second terminal of the second transistor within the second sub-set, the first terminal of a third transistor within the second sub-set and the third terminal of the third transistor within the third sub-set, the second feedback path being different from the first feedback path, and wherein a gain of a loop formed by the input transistor and the second feedback path is higher than a gain of a loop formed by the input transistor and the first feedback path.