Abstract: A printed circuit board having essentially a first region, a second region, and a third region. The first region and the third region can be used for the placement of electrical and/or electronic components. The second region located in the middle of the three regions is a bend region. A side edge of the printed circuit board is offset inward in this region in order to narrow the contour of the printed circuit board in the bend region. This region likewise has one or more through holes. Both the narrowing and the through holes facilitate a bending of the printed circuit board, namely a bending of the first region relative to the third region or vice versa.

Abstract: A printed circuit board having essentially a first region, a second region, and a third region. The first region and the third region can be used for the placement of electrical and/or electronic components. The second region located in the middle of the three regions is a bend region. A side edge of the printed circuit board is offset inward in this region in order to narrow the contour of the printed circuit board in the bend region. This region likewise has one or more through holes. Both the narrowing and the through holes facilitate a bending of the printed circuit board, namely a bending of the first region relative to the third region or vice versa.

Abstract: The mounting component (2) includes a module rack (4), on which components (6, 10) of a vehicle electrical system have been mounted beforehand, and is intended for installation in the motor vehicle (18) together with the previously mounted components (6, 10). At least one additional module of the vehicle electrical system (11) that extends beyond the spatial limit of the module rack (4) is connected by prior assembly with the components (6, 10) arranged on the module rack (4). The module rack (4) also serves as a self-contained transportation base for both the pre-assembled components (6, 10) and the additional electrical system module (11). This configuration enables a high degree of pre-assembly and thus also simplifies final assembly.

Abstract: The mounting component (2) includes a module rack (4), on which components (6, 10) of a vehicle electrical system have been mounted beforehand, and is intended for installation in the motor vehicle (18) together with the previously mounted components (6, 10). At least one additional module of the vehicle electrical system (11) that extends beyond the spatial limit of the module rack (4) is connected by prior assembly with the components (6, 10) arranged on the module rack (4). The module rack (4) also serves as a self-contained transportation base for both the pre-assembled components (6, 10) and the additional electrical system module (11). This configuration enables a high degree of pre-assembly and thus also simplifies final assembly.