Abstract: Embodiments of a control device for an electronic fuse and a method for controlling an electronic fuse are described. Embodiments of a control device for an electronic fuse may include an interface configured to receive a current from a transistor device of the electronic fuse. Additionally, the control device may further include a sense-and-control device coupled to the interface and configured to detect an increase in the current received at the interface under a standby mode of the electronic fuse and to output an interrupt signal in response to the increase in the current received at the interface.

Abstract: A circuit arrangement for transferring energy includes an energy source, a control device and an energy distribution network. The energy distribution network has a base element and at least one load element. The base element includes a first intermediate circuit energy storage element which can be electrically connected to or disconnected from the energy source via two first controllable switching elements by way of the control device to form a first energy circuit. The at least one load element includes an energy consumer which can be electrically connected to or disconnected from the connections of the first intermediate circuit energy storage element via two second controllable switching elements by way of the control device to form a second energy circuit.

Abstract: Embodiments of a control device for an electronic fuse and a method for controlling an electronic fuse are described. Embodiments of a control device for an electronic fuse may include an interface configured to receive a current from a transistor device of the electronic fuse. Additionally, the control device may further include a sense-and-control device coupled to the interface and configured to detect an increase in the current received at the interface under a standby mode of the electronic fuse and to output an interrupt signal in response to the increase in the current received at the interface.

Abstract: A circuit arrangement for transferring energy includes an energy source, a control device and an energy distribution network. The energy distribution network has a base element and at least one load element. The base element includes a first intermediate circuit energy storage element which can be electrically connected to or disconnected from the energy source via two first controllable switching elements by way of the control device to form a first energy circuit. The at least one load element includes an energy consumer which can be electrically connected to or disconnected from the connections of the first intermediate circuit energy storage element via two second controllable switching elements by way of the control device to form a second energy circuit.