Abstract: In a receiving device for receiving a time-multiplexed signal on one carrier frequency and for reading out a content datum of a further time-multiplexed signal on a further carrier frequency, a receiving unit and a context changing unit are provided in order to change, for the duration of a data symbol in the frame of the time-multiplexed signal of the carrier frequency, to reception of the further time-multiplexed signal on the further carrier frequency, in order to receive a data symbol of the further time-multiplexed signal.

Abstract: In a receiving device for receiving a time-multiplexed signal on one carrier frequency and for reading out a content datum of a further time-multiplexed signal on a further carrier frequency, a receiving unit and a context changing unit are provided in order to change, for the duration of a data symbol in the frame of the time-multiplexed signal of the carrier frequency, to reception of the further time-multiplexed signal on the further carrier frequency, in order to receive a data symbol of the further time-multiplexed signal.

Abstract: A method for overriding interference in a reproduced audio signal which is derived from a digital signal, the reproduced audio signal being attenuated as a function of data error statistics of the digital signal, which is distinguished by the fact that a substitute signal is superimposed on the attenuated audio signal as a function of the data error statistics of the digital signal. The method advantageously ensures that, even in the case of very noisy digital input signals, a signal is acoustically reproduced at any time, so that the volume set on an appropriately equipped radio receiver is able to be anticipated realistically for the user at any time. This avoids deceiving the user about the volume of the reproduction that is actually set, which in the case of a very noisy received signal, as a result of the interruption of an audio reproduction, is no longer determinable according to the related art.