Arrangement for an evaluation at a capacitive sensor device of a vehicle, in particular for the detection of an activation action at the vehicle, comprising: - at least one sensor element (20.1) for detecting a change in an environment of the sensor element (20.1), - an electrical holding arrangement (50.4), which is connected to the sensor element (20.1) for charge transfer, - a control device for repeatedly determining at least one parameter of the sensor element (20.1) specific to the detection in order to perform the evaluation, - at least one drive means (50.6) of the control device, the at least one drive means (50.6) of the control device being designed to carry out the charge transfer repeatedly as pulses with a predetermined number for the respective determination of the parameter, so that a charge state of the holding arrangement (50.4) is successively changed, wherein the number of repeated pulses is at most 500 or at most 200 or at most 100, or preferably lies in a range of 5 to 500, preferably 10 to 350, particularly preferably 20 to 100, wherein the pulses repeated with the number together form a pulse sequence for the respective determination of the parameter, and for each of these pulses the charge transfer takes place so that between the first and last pulse of the pulse sequence a successive charge accumulation or reduction takes place in the holding arrangement (50.4), wherein a drive device (50.1) is connected to the at least one drive means (50.6) for performing switching operations, such that the determination of the parameter is performed alternately as a first and second determination (100.A, 100.B), wherein - for the first determination (100.A) the N charge transfers have a first transfer direction, preferably current direction, - subsequently, for the second determination (100.B), the N charge transfers or charge transfers carried out with a further predetermined number have a second transfer direction, to transfer charges from the holding arrangement (50.4) to the sensor element (20.1) in the first transfer direction and to transfer charges from the sensor element (20.1) to the holding arrangement (50.4) in the second transfer direction. - at least one sensor element (20.1) for detecting a change in an environment of the sensor element (20.1), - an electrical holding arrangement (50.4), which is connected to the sensor element (20.1) for charge transfer, - a control device for repeatedly determining at least one parameter of the sensor element (20.1) specific to the detection in order to perform the evaluation, - at least one drive means (50.6) of the control device, the at least one drive means (50.6) of the control device being designed to carry out the charge transfer repeatedly as pulses with a predetermined number for the respective determination of the parameter, so that a charge state of the holding arrangement (50.4) is successively changed, wherein the number of repeated pulses is at most 500 or at most 200 or at most 100, or preferably lies in a range of 5 to 500, preferably 10 to 350, particularly preferably 20 to 100, wherein the pulses repeated with the number together form a pulse sequence for the respective determination of the parameter, and for each of these pulses the charge transfer takes place so that between the first and last pulse of the pulse sequence a successive charge accumulation or reduction takes place in the holding arrangement (50.4), wherein a drive device (50.1) is connected to the at least one drive means (50.6) for performing switching operations, such that the determination of the parameter is performed alternately as a first and second determination (100.A, 100.B), wherein - for the first determination (100.A) the N charge transfers have a first transfer direction, preferably current direction, - subsequently, for the second determination (100.B), the N charge transfers or charge transfers carried out with a further predetermined number have a second transfer direction, - for the first determination (100.A) the N charge transfers have a first transfer direction, preferably current direction, - subsequently, for the second determination (100.B), the N charge transfers or charge transfers carried out with a further predetermined number have a second transfer direction, to transfer charges from the holding arrangement (50.4) to the sensor element (20.1) in the first transfer direction and to transfer charges from the sensor element (20.1) to the holding arrangement (50.4) in the second transfer direction.