A mixer arrangement for generating an analog output signal of the mixer arrangement by mixing an analog input signal of the mixer arrangement with a discrete-time mixing signal, comprising: a plurality of unit elements (10-1,..., 10 -N), each comprising - an enable port for receiving an enable signal of the unit element; - an input port (14a-b) for receiving the analog input signal of the mixer arrangement; and - an output port (16a-b) for outputting an output signal of the unit element (10-1,..., 10 -N); the mixer arrangement further comprising a control unit adapted to supply the enable signals to the unit elements (10-1,..., 10- N) and control said enable signals based on the discrete-time mixing signal such that the number of enabled unit elements (10-1,..., 10 -N) is proportional to a control signal derived from the discrete-time mixing signal, wherein, for each unit element (10-1,..., 10- N), the unit element (10-1,..., 10- N) is adapted to - be in an enabled mode in a first state of the enable signal and in a disabled mode in a second state of the enable signal; and - generate the output signal of the unit element (10-1,..., 10 -N) such that the output signal of the unit element (10-1,..., 10- N) is based on the analog input signal of the mixer arrangement in the enabled mode but not in the disabled mode; the unit elements (10-1,..., 10- N) are connected for generating a common output signal as the sum of the output signals from the unit elements (10-1,..., 10- N); the mixer arrangement is adapted to generate the analog output signal of the mixer arrangement based on the common output signal; the mixer arrangement being characterized in that it further comprises a switched mixer element arranged to receive the common output signal on an input port (42a-b) and the sign of the discrete-time mixing signal on a control port (44a-b), wherein the switched mixer element is adapted to mix the common output signal with the sign of the discrete time mixing signal for generating the output signal of the mixer arrangement, the control signal is equal to the absolute value of the discrete-time mixing signal, and each unit element (10-1,..., 10- N) is adapted to generate the output signal of the unit element (10-1,..., 10 -N) as an essentially linear function of the analog input signal of the mixer arrangement. a plurality of unit elements (10-1,..., 10 -N), each comprising - an enable port for receiving an enable signal of the unit element; - an input port (14a-b) for receiving the analog input signal of the mixer arrangement; and - an output port (16a-b) for outputting an output signal of the unit element (10-1,..., 10 -N); - an enable port for receiving an enable signal of the unit element; - an input port (14a-b) for receiving the analog input signal of the mixer arrangement; and - an output port (16a-b) for outputting an output signal of the unit element (10-1,..., 10 -N); the mixer arrangement further comprising a control unit adapted to supply the enable signals to the unit elements (10-1,..., 10- N) and control said enable signals based on the discrete-time mixing signal such that the number of enabled unit elements (10-1,..., 10 -N) is proportional to a control signal derived from the discrete-time mixing signal, wherein, for each unit element (10-1,..., 10- N), the unit element (10-1,..., 10- N) is adapted to - be in an enabled mode in a first state of the enable signal and in a disabled mode in a second state of the enable signal; and - generate the output signal of the unit element (10-1,..., 10 -N) such that the output signal of the unit element (10-1,..., 10- N) is based on the analog input signal of the mixer arrangement in the enabled mode but not in the disabled mode; - be in an enabled mode in a first state of the enable signal and in a disabled mode in a second state of the enable signal; and - generate the output signal of the unit element (10-1,..., 10 -N) such that the output signal of the unit element (10-1,..., 10- N) is based on the analog input signal of the mixer arrangement in the enabled mode but not in the disabled mode; the unit elements (10-1,..., 10- N) are connected for generating a common output signal as the sum of the output signals from the unit elements (10-1,..., 10- N); the mixer arrangement is adapted to generate the analog output signal of the mixer arrangement based on the common output signal; the mixer arrangement being characterized in that it further comprises a switched mixer element arranged to receive the common output signal on an input port (42a-b) and the sign of the discrete-time mixing signal on a control port (44a-b), wherein the switched mixer element is adapted to mix the common output signal with the sign of the discrete time mixing signal for generating the output signal of the mixer arrangement, the control signal is equal to the absolute value of the discrete-time mixing signal, and each unit element (10-1,..., 10- N) is adapted to generate the output signal of the unit element (10-1,..., 10 -N) as an essentially linear function of the analog input signal of the mixer arrangement.