Power conversion arrangement comprising - a switching converter with an input configured to be supplied with an input voltage (Vin) and a first output configured to provide a first output voltage (Vout1) as a function of the input voltage (Vin), - a linear regulator with an input coupled to the first output of the switching converter, the linear regulator having a second output configured to provide a second output voltage (Vout2) as a function of the first output voltage (Vout1) to a connectable electrical load, - means for sensing a load current (Iload) at the second output of the linear regulator, the means being connected to the second output of the linear regulator, and - means for influencing the first output voltage (Vout1) as a function of the load current (Iload), the means being connected to the first output of the switching converter and to the means for sensing the load current (Iload), wherein the first output voltage (Vout1) is adapted to the currently required load current (Iload), wherein - the switching converter comprises a feedback ladder of resistors having a serial connection of resistors, the feedback ladder being connected to the first output of the switching converter, characterized in that - a coupling resistor (Rcpl) is provided which is directly connected to the first output of the switching converter, the coupling resistor (Rcpl) forming part of the feedback ladder of the switching converter and representing the means for influencing the first output voltage (Vout1), wherein the linear regulator comprises a sense transistor coupled to the second output and to a node between the coupling resistor and another resistor of the feedback ladder of resistors and representing the means for sensing a load current (Iload) at the second output of the linear regulator, the sense transistor being prepared to measure the load current (Iload), wherein - the linear regulator further comprises a pass transistor with a controlled path connected between the input of the linear regulator and the second output and, - the sense transistor is adapted to form a current mirror in connection with the pass transistor for the load current (Iload) through the pass transistor, and wherein the sense transistor is adapted to provide a sense current (Isense) as a function of the load current (Iload), the sense current (Isense) being fed back to the first output of the switching converter by means of the coupling resistor (Rcpl). - a switching converter with an input configured to be supplied with an input voltage (Vin) and a first output configured to provide a first output voltage (Vout1) as a function of the input voltage (Vin), - a linear regulator with an input coupled to the first output of the switching converter, the linear regulator having a second output configured to provide a second output voltage (Vout2) as a function of the first output voltage (Vout1) to a connectable electrical load, - means for sensing a load current (Iload) at the second output of the linear regulator, the means being connected to the second output of the linear regulator, and - means for influencing the first output voltage (Vout1) as a function of the load current (Iload), the means being connected to the first output of the switching converter and to the means for sensing the load current (Iload), - the switching converter comprises a feedback ladder of resistors having a serial connection of resistors, the feedback ladder being connected to the first output of the switching converter, characterized in that - a coupling resistor (Rcpl) is provided which is directly connected to the first output of the switching converter, the coupling resistor (Rcpl) forming part of the feedback ladder of the switching converter and representing the means for influencing the first output voltage (Vout1), wherein the linear regulator comprises a sense transistor coupled to the second output and to a node between the coupling resistor and another resistor of the feedback ladder of resistors and representing the means for sensing a load current (Iload) at the second output of the linear regulator, the sense transistor being prepared to measure the load current (Iload), - the linear regulator further comprises a pass transistor with a controlled path connected between the input of the linear regulator and the second output and, - the sense transistor is adapted to form a current mirror in connection with the pass transistor for the load current (Iload) through the pass transistor, and