Method for determining the pressure with a pressure transducer which has a pressure measuring cell, at least one position sensor, an evaluation unit, as well as a memory, wherein the evaluation unit comprises at least one signal processing unit and one position correction unit for determining a position error, wherein the at least one position sensor is arranged immovably relative to the pressure measuring cell, wherein the pressure measuring cell is electrically connected to the signal processing unit, and the at least one position sensor is electrically connected to the position correction unit, wherein a first signal, which is determined from a signal provided by the pressure measuring cell, is provided by the signal processing unit, a second signal is provided by the position sensor, and an output signal, which is determined from the first and the second signal (16, 18), is provided by the position correction unit, wherein the at least one position sensor is an acceleration sensor and the values of the second signal are able to be stored in the memory to be able to be read out as individual events, having the following method steps: a) measuring a pressure acting on the pressure measuring cell, and transferring the measurement signal generated by the pressure measuring cell to a signal processing unit, b) generating a first signal from the measurement signal in the signal processing unit and transferring the generated first signal to a position correction unit, c) determining the position of the pressure measuring cell relative to a starting position of the pressure measuring cell with a position sensor which is arranged immovably relative to the pressure measuring cell and is formed as an acceleration sensor, generating a second signal with the position sensor from the determined position, storing the value of the second signal as an individual event and transferring the second signal generated by the position sensor to the position correction unit, d) determining a corrected output signal from the first signal and the second signal in the position correction unit and providing the corrected output signal, characterised in that a maximum position error is determined from the difference between the measured pressure of the pressure measuring cell in the starting position and the measured pressure in the pressure measurement cell in a position of the pressure measuring cell which is rotated by 180 degrees with respect to the starting position, wherein the starting position is determined by the pressure-sensitive surface of the pressure measuring cell being aligned facing the direction of the gravitational force, and a position angle is determined which results from the angle between the starting position and a current direction of the pressure-sensitive surface, and the position error is determined as a function of the position angle from the value which results when the half value of the maximum position error multiplied with the cosine of the position angle is subtracted from the half value of the maximum position error. a) measuring a pressure acting on the pressure measuring cell, and transferring the measurement signal generated by the pressure measuring cell to a signal processing unit, b) generating a first signal from the measurement signal in the signal processing unit and transferring the generated first signal to a position correction unit, c) determining the position of the pressure measuring cell relative to a starting position of the pressure measuring cell with a position sensor which is arranged immovably relative to the pressure measuring cell and is formed as an acceleration sensor, generating a second signal with the position sensor from the determined position, storing the value of the second signal as an individual event and transferring the second signal generated by the position sensor to the position correction unit, d) determining a corrected output signal from the first signal and the second signal in the position correction unit and providing the corrected output signal, characterised in that a maximum position error is determined from the difference between the measured pressure of the pressure measuring cell in the starting position and the measured pressure in the pressure measurement cell in a position of the pressure measuring cell which is rotated by 180 degrees with respect to the starting position, wherein the starting position is determined by the pressure-sensitive surface of the pressure measuring cell being aligned facing the direction of the gravitational force, and a position angle is determined which results from the angle between the starting position and a current direction of the pressure-sensitive surface, and the position error is determined as a function of the position angle from the value which results when the half value of the maximum position error multiplied with the cosine of the position angle is subtracted from the half value of the maximum position error.