Arrangement of a power distribution component and an electrical tap , having an overcurrent protection device, for tapping off a voltage that is applied to a current-carrying element for the purpose of measuring the electrical voltage that is applied to the current-carrying element and/or for the purpose of supplying power to an electronic component, in particular for the purpose of supplying power to a measurement and/or evaluation electronics system , wherein the electrical tap has a printed circuit board , wherein the printed circuit board has an input contact and an output contact , wherein the input contact can be electrically connected to the current-carrying element , wherein the printed circuit board has a conductor track , wherein the input contact and the output contact are electrically connected to each other by means of the conductor track , wherein at least one subsection of the conductor track forms the overcurrent protection device, wherein at least this subsection of the conductor track is hermetically sealed, and wherein the power distribution component is embodied as a switchable or non-switchable strip , wherein the power distribution component has a first exposed current-carrying element in the form of an exposed contact and a second exposed current-carrying element in the form of a second exposed contact , wherein the first current-carrying element is connected or can be connected to a power supply and the second current-carrying element is connected or can be connected to a power output, wherein the first current-carrying element and the second current-carrying element are arranged spatially spaced apart and serve to receive an electrical fuse , wherein the electrical tap is arranged in the power distribution component, wherein the input contact of the electrical tap is electrically connected to the first current-carrying element or to the second current-carrying element , wherein the electrical tap has a spring contact for making contact with the current-carrying element , wherein the spring contact is electrically connected to the input contact . wherein the electrical tap has a printed circuit board , wherein the printed circuit board has an input contact and an output contact , wherein the input contact can be electrically connected to the current-carrying element , wherein the printed circuit board has a conductor track , wherein the input contact and the output contact are electrically connected to each other by means of the conductor track , wherein at least one subsection of the conductor track forms the overcurrent protection device, wherein at least this subsection of the conductor track is hermetically sealed, and wherein the power distribution component is embodied as a switchable or non-switchable strip , wherein the power distribution component has a first exposed current-carrying element in the form of an exposed contact and a second exposed current-carrying element in the form of a second exposed contact , wherein the first current-carrying element is connected or can be connected to a power supply and the second current-carrying element is connected or can be connected to a power output, wherein the first current-carrying element and the second current-carrying element are arranged spatially spaced apart and serve to receive an electrical fuse , wherein the electrical tap is arranged in the power distribution component, wherein the input contact of the electrical tap is electrically connected to the first current-carrying element or to the second current-carrying element , wherein the electrical tap has a spring contact for making contact with the current-carrying element , wherein the spring contact is electrically connected to the input contact . <EOS>