A circuit comprising: first and second input nodes (104,105,204,205,302,304) configured to receive a differential input signal with a first voltage swing; first and second output nodes (108,109,208,209,308,309); an amplification circuit (110,210,310) coupled to the first and second input nodes (104,105,204,205,302,304), the amplification circuit (110,210,310) configured to receive the differential input signal and to generate first and second intermediate signals based on the differential input signal, both the first and second intermediate signals include voltage swings that are larger than the first voltage swing; a first active device (150,250,350) coupled to the first output node and the amplification circuit (110,210,310), the first active device (150,250,350) configured to conduct based on the first intermediate signal from the amplification circuit (110,210,310); a second active device (152,252,352) coupled to the second output node and the amplification circuit (110,210,310), the second active device configured to conduct based on the second intermediate signal from the amplification circuit (110,210,310); and an output circuit (130,230,330) coupled to the amplification circuit (110,210,310) and the first and second output nodes (108,109,208,209,308,309), the output circuit (130,230,330) configured to output first and second output signals on the first and second output nodes (108,109,208,209,308,309) based on the respective first and second intermediate signals, wherein the output circuit (130,230,330) includes first and second output transistors (331,332), and an adjust circuit (334,335,337,337), the first output transistor being coupled to the first output node and configured to conduct based on a signal that is derived from the second intermediate signal and adjusted by the adjust circuit (334,335,336,337) such that the first output transistor operates in a saturation region, and the second output transistor coupled to the second output node and configured to conduct based on a signal that is derived from the first intermediate signal and adjusted by the adjust circuit (334,335,336,337) such that the second output transistor operates in a saturation region. first and second input nodes (104,105,204,205,302,304) configured to receive a differential input signal with a first voltage swing; first and second output nodes (108,109,208,209,308,309); an amplification circuit (110,210,310) coupled to the first and second input nodes (104,105,204,205,302,304), the amplification circuit (110,210,310) configured to receive the differential input signal and to generate first and second intermediate signals based on the differential input signal, both the first and second intermediate signals include voltage swings that are larger than the first voltage swing; a first active device (150,250,350) coupled to the first output node and the amplification circuit (110,210,310), the first active device (150,250,350) configured to conduct based on the first intermediate signal from the amplification circuit (110,210,310); a second active device (152,252,352) coupled to the second output node and the amplification circuit (110,210,310), the second active device configured to conduct based on the second intermediate signal from the amplification circuit (110,210,310); and an output circuit (130,230,330) coupled to the amplification circuit (110,210,310) and the first and second output nodes (108,109,208,209,308,309), the output circuit (130,230,330) configured to output first and second output signals on the first and second output nodes (108,109,208,209,308,309) based on the respective first and second intermediate signals, wherein the output circuit (130,230,330) includes first and second output transistors (331,332), and an adjust circuit (334,335,337,337), the first output transistor being coupled to the first output node and configured to conduct based on a signal that is derived from the second intermediate signal and adjusted by the adjust circuit (334,335,336,337) such that the first output transistor operates in a saturation region, and the second output transistor coupled to the second output node and configured to conduct based on a signal that is derived from the first intermediate signal and adjusted by the adjust circuit (334,335,336,337) such that the second output transistor operates in a saturation region.