Abstract: A holder for receiving and securing a vibration- and/or shock-sensitive component, where the holder is provided with a supporting plate. Good damping characteristics are achieved both under vibrational loading and under shock loading by providing the supporting plate with, at two opposite edges, at least one damping element for supporting a profiled rail. In order to support the profiled rail on an inner side of the respective damping element, the profiled rail is provided with a multi-level bearing surface, where one part of the bearing surface is arranged higher than the rest of the bearing surface, where the profiled rails are configured to fasten the component or side walls, which are respectively arranged substantially at right angles to the supporting plate and are configured to fasten the component.

Abstract: A holder for receiving and securing a vibration- and/or shock-sensitive component, where the holder is provided with a supporting plate. Good damping characteristics are achieved both under vibrational loading and under shock loading by providing the supporting plate with, at two opposite edges, at least one damping element for supporting a profiled rail. In order to support the profiled rail on an inner side of the respective damping element, the profiled rail is provided with a multi-level bearing surface, where one part of the bearing surface is arranged higher than the rest of the bearing surface, where the profiled rails are configured to fasten the component or side walls, which are respectively arranged substantially at right angles to the supporting plate and are configured to fasten the component.