Electronic sensor or sensor device, in particular acceleration sensor, having a sensor housing in which a chip module is incorporated, the sensor housing having plug contacts which are connected via electrical connections to terminals which are arranged on a module housing of the chip module, characterized in that - the module housing is a standard chip housing, in particular a dual-in-line housing DIP, which has terminal pins which project laterally outwards and are capable of being mounted by pressing in, and which at their free ends each have a taper, - in that at least one metallic bearer strip is provided, which is formed as a plug contact in a first end region and, in a second end region, has a spring clamping contact point for at least one terminal pin in each case, which spring clamping contact point forms a flexible press-in zone for the corresponding terminal pin, - wherein the module housing has at least one contacted and at least one non-contacted terminal pin, - wherein at least one cut-out (12, 13) in the bearer strip is provided for the respective terminal pin that is not to be contacted, - wherein module housing and bearer strip are embedded in the sensor housing, - wherein the press-in zones each have a slot arranged transversely with respect to the longitudinal direction of the bearer strip and provided to receive the corresponding terminal pin, and two cross-struts, wherein the cross-struts each adjoin one of the opposite sides of the slot on the one side and each adjoin a cut-out (12, 13) in the bearer strip on the other side, and wherein the bearer strip is designed with regard to material, thickness, arrangement and size of the slot and the cut-outs (12, 13) such that, when the terminal pin is pressed in by a laterally directed force, a spring action of the cross-struts on the non-tapered region of the terminal pin is achieved. - the module housing is a standard chip housing, in particular a dual-in-line housing DIP, which has terminal pins which project laterally outwards and are capable of being mounted by pressing in, and which at their free ends each have a taper, - in that at least one metallic bearer strip is provided, which is formed as a plug contact in a first end region and, in a second end region, has a spring clamping contact point for at least one terminal pin in each case, which spring clamping contact point forms a flexible press-in zone for the corresponding terminal pin, - wherein the module housing has at least one contacted and at least one non-contacted terminal pin, - wherein at least one cut-out (12, 13) in the bearer strip is provided for the respective terminal pin that is not to be contacted, - wherein module housing and bearer strip are embedded in the sensor housing, - wherein the press-in zones each have a slot arranged transversely with respect to the longitudinal direction of the bearer strip and provided to receive the corresponding terminal pin, and two cross-struts, wherein the cross-struts each adjoin one of the opposite sides of the slot on the one side and each adjoin a cut-out (12, 13) in the bearer strip on the other side, and wherein the bearer strip is designed with regard to material, thickness, arrangement and size of the slot and the cut-outs (12, 13) such that, when the terminal pin is pressed in by a laterally directed force, a spring action of the cross-struts on the non-tapered region of the terminal pin is achieved.