Multi-channel signal generator for generating a multi-channel signal having a first channel and a second channel, comprising: a first audio source for generating a first audio signal; a second audio source for generating a second audio signal; a mixing noise source for generating a mixing noise signal; and a mixer for mixing the mixing noise signal and the first audio signal to obtain the first channel and for mixing the mixing noise signal and the second audio signal to obtain the second channel, wherein the mixer comprises: a first amplitude element for influencing an amplitude of the first audio signal; a first adder for adding an output signal of the first amplitude element and at least a portion of the mixing noise signal; a second amplitude element for influencing an amplitude of the second audio signal; a second adder for adding an output of the second amplitude element and at least a portion of the mixing noise signal, wherein an amount of influencing performed by the first amplitude element and an amount of influencing performed by the second amplitude element are equal to each other or the amount of influencing performed by the second amplitude element is different by less than 20 percent of the amount performed by the first amplitude element, characterized in that the mixer comprises a third amplitude element for influencing an amplitude of the mixing noise signal, wherein an amount of influencing performed by the third amplitude element depends on the amount of influencing performed by the first amplitude element or the second amplitude element, so that the amount of influencing performed by the third amplitude element becomes greater when the amount of influencing performed by the first amplitude element or the amount of influencing performed by the second amplitude element becomes smaller. a first audio source for generating a first audio signal; a second audio source for generating a second audio signal; a mixing noise source for generating a mixing noise signal; and a mixer for mixing the mixing noise signal and the first audio signal to obtain the first channel and for mixing the mixing noise signal and the second audio signal to obtain the second channel, wherein the mixer comprises: a first amplitude element for influencing an amplitude of the first audio signal; a first adder for adding an output signal of the first amplitude element and at least a portion of the mixing noise signal; a second amplitude element for influencing an amplitude of the second audio signal; a second adder for adding an output of the second amplitude element and at least a portion of the mixing noise signal, wherein an amount of influencing performed by the first amplitude element and an amount of influencing performed by the second amplitude element are equal to each other or the amount of influencing performed by the second amplitude element is different by less than 20 percent of the amount performed by the first amplitude element, characterized in that the mixer comprises a third amplitude element for influencing an amplitude of the mixing noise signal, wherein an amount of influencing performed by the third amplitude element depends on the amount of influencing performed by the first amplitude element or the second amplitude element, so that the amount of influencing performed by the third amplitude element becomes greater when the amount of influencing performed by the first amplitude element or the amount of influencing performed by the second amplitude element becomes smaller. a first amplitude element for influencing an amplitude of the first audio signal; a first adder for adding an output signal of the first amplitude element and at least a portion of the mixing noise signal; a second amplitude element for influencing an amplitude of the second audio signal; a second adder for adding an output of the second amplitude element and at least a portion of the mixing noise signal, wherein an amount of influencing performed by the first amplitude element and an amount of influencing performed by the second amplitude element are equal to each other or the amount of influencing performed by the second amplitude element is different by less than 20 percent of the amount performed by the first amplitude element, characterized in that the mixer comprises a third amplitude element for influencing an amplitude of the mixing noise signal, wherein an amount of influencing performed by the third amplitude element depends on the amount of influencing performed by the first amplitude element or the second amplitude element, so that the amount of influencing performed by the third amplitude element becomes greater when the amount of influencing performed by the first amplitude element or the amount of influencing performed by the second amplitude element becomes smaller.