Method for measuring a sequence of recurring electronic signals, wherein the sequence to be measured consists of n recurring electronic signals with i = 1 to n, wherein a time-to-digital converter and a memory, and preferably a microprocessor is provided, characterized in that a voltage U i is predetermined for measuring the sequence for an i-th signal of the sequence and a time t i at which the i-th signal has the predetermined voltage U i is measured using the predetermined voltage U i, with the steps, preferably in this order: i) Reading an i-th signal of the sequence into a first channel of the time-to-digital converter; ii) Predetermining an i-th voltage Ui and predetermining a start time t start_i to start a measurement of the i-th signal; iii) Measurement of the time t i at which the i-th signal has the predetermined voltage Ui; iv) Storing the predetermined voltage Ui and the measured time t i, and/or the start time t start_i and the measured time t i, and/or the time difference between the start time t start_i and the measured time t i; v) Repeating steps i) and iv) with an i+1-th signal and a voltage U i+1, preferably until i + 1 = n or until the predetermined voltage Ui is greater than the maximum voltage U max of the signal; vi) Reconstructing the recurring electronic signal from the stored measured values of the voltage Ui, the start time t start_i and the time t i; wherein a time-to-digital converter and a memory, and preferably a microprocessor is provided, characterized in that a voltage U i is predetermined for measuring the sequence for an i-th signal of the sequence and a time t i at which the i-th signal has the predetermined voltage U i is measured using the predetermined voltage U i, with the steps, preferably in this order: i) Reading an i-th signal of the sequence into a first channel of the time-to-digital converter; ii) Predetermining an i-th voltage Ui and predetermining a start time t start_i to start a measurement of the i-th signal; iii) Measurement of the time t i at which the i-th signal has the predetermined voltage Ui; iv) Storing the predetermined voltage Ui and the measured time t i, and/or the start time t start_i and the measured time t i, and/or the time difference between the start time t start_i and the measured time t i; v) Repeating steps i) and iv) with an i+1-th signal and a voltage U i+1, preferably until i + 1 = n or until the predetermined voltage Ui is greater than the maximum voltage U max of the signal; vi) Reconstructing the recurring electronic signal from the stored measured values of the voltage Ui, the start time t start_i and the time t i; i) Reading an i-th signal of the sequence into a first channel of the time-to-digital converter; ii) Predetermining an i-th voltage Ui and predetermining a start time t start_i to start a measurement of the i-th signal; iii) Measurement of the time t i at which the i-th signal has the predetermined voltage Ui; iv) Storing the predetermined voltage Ui and the measured time t i, and/or the start time t start_i and the measured time t i, and/or the time difference between the start time t start_i and the measured time t i; v) Repeating steps i) and iv) with an i+1-th signal and a voltage U i+1, preferably until i + 1 = n or until the predetermined voltage Ui is greater than the maximum voltage U max of the signal; vi) Reconstructing the recurring electronic signal from the stored measured values of the voltage Ui, the start time t start_i and the time t i;