Abstract: In an embodiment a method for operating a radiation detection system having at least one radiation detector and at least one signal filter includes supplying an input signal to the at least one signal filter by the at least one radiation detector, the input signal having step-shaped signal rises, each step-shaped signal rise having a rise time, determining the rise time of a respective step-shaped signal rise, specifying a waiting time for the respective step-shaped signal rise in each case such that the waiting time is greater than or equal to the rise time of the respective step-shaped signal rise and producing an output signal of the at least one signal filter, data point pairs of the input signal being processed in which a time interval of data points from each other is equal to the waiting time for the respective step-shaped signal rise, wherein at least 80% of rise times of the step-shaped signal rises lie between 10 ns and 800 ns inclusive, and wherein the at least one radiation detector includes a sil

Abstract: In one embodiment, a method includes supplying an input signal to the at least one signal filter by the at least one radiation detector, the input signal having step-shaped signal rises each having a rise time, determining the rise time of the respective signal rise, specifying a waiting time for the respective signal rise in each case such that the waiting time is greater than or equal to the rise time of the respective signal rise and producing an output signal of the signal filter, data point pairs of the input signal being processed in which a time interval of the data points from each other is equal to the waiting time for the respective signal rise, wherein at least 80% of the rise times lie between 10 ns and 800 ns inclusive, and wherein the at least one radiation detector is a silicon drift detector having a radiation entry window of at least 5 mm2.