Control device for LED lighting means of a light , comprising: a first lighting means module , which has one or more lighting means receptacles , each for receiving a first LED lighting means of the light ; a first current regulator arranged in the first lighting means module and connected in series with the one or more first lighting means receptacles ; a control signal generator configured to generate a digital lighting means control signal (Ca) on the basis of a received digital control signal and to provide it at a generator output; and a first digital-analogue convertor connected between the generator output of the control signal generator and a control input of the first current regulator and configured to convert the digital lighting means control signal (Ca) of the control signal generator into an analogue lighting means control signal (Ta) and to feed it into the control input of the current regulator , characterised in that the first current regulator is a linear regulator implemented as an adjustable constant current source and has an operation amplifier (OPV), a base current limit resistor (RB), a bipolar transistor (B) and a compensation and oscillation damping circuit (CCK, RK), the output of the operator amplifier (OPV) being fed back to the base of the bipolar transistor (B) via the base current limit resistor (RB) and to the inverting input of the operation amplifier (OPV) via the compensation and oscillation damping circuit (CK, RK), and further has a shunt element (RS) for measuring the emitter current of the bipolar transistor (B) and a feedback resistor (RR) between the shunt element (RS) and the inverting input of the operation amplifier (OPV). a first lighting means module , which has one or more lighting means receptacles , each for receiving a first LED lighting means of the light ; a first current regulator arranged in the first lighting means module and connected in series with the one or more first lighting means receptacles ; a control signal generator configured to generate a digital lighting means control signal (Ca) on the basis of a received digital control signal and to provide it at a generator output; and a first digital-analogue convertor connected between the generator output of the control signal generator and a control input of the first current regulator and configured to convert the digital lighting means control signal (Ca) of the control signal generator into an analogue lighting means control signal (Ta) and to feed it into the control input of the current regulator , characterised in that the first current regulator is a linear regulator implemented as an adjustable constant current source and has an operation amplifier (OPV), a base current limit resistor (RB), a bipolar transistor (B) and a compensation and oscillation damping circuit (CCK, RK), the output of the operator amplifier (OPV) being fed back to the base of the bipolar transistor (B) via the base current limit resistor (RB) and to the inverting input of the operation amplifier (OPV) via the compensation and oscillation damping circuit (CK, RK), and further has a shunt element (RS) for measuring the emitter current of the bipolar transistor (B) and a feedback resistor (RR) between the shunt element (RS) and the inverting input of the operation amplifier (OPV). <EOS>