A system for supplying power to an LED load, the system comprising: a LED driver module operable to regulate a flow of a LED current (I LED) through the LED load as a function of a temperature-dependent feedback signal (TDFS); and a current controller module in electric communication with said LED driver module to communicate the temperature-dependent feedback signal (TDFS) to said LED driver module, wherein said current controller module is operable to generate the temperature-dependent feedback signal (TDFB) as a function of an operating temperature of the LED load and the flow of the LED current (I LED) through the LED load, and wherein said current controller module includes: means for generating a temperature feedback signal (V TF) as a function of a sensed operating temperature of the LED load; wherein the temperature feedback signal is a temperature feedback voltage (V TF) and said current controller module includes: a first operational amplifier operable to generate the temperature feedback voltage as a function of the operating temperature of the LED load; means for generating a current feedback signal (V CF) as a function of a sensed flow of the LED current (I LED) through the LED load; wherein the current feedback signal is a current feedback voltage (V CF) and said current controller module includes: a second operational amplifier operable to generate the current feedback voltage (V CF) as a function of the flow of the LED current (I LED) through the LED load; and means for mixing the temperature feedback signal (V TF) and the current feedback signal (V CF) to yield the temperature and current-dependent feedback signal (TDFB), wherein the temperature and current-dependent feedback signal (TDFB) is a feedback voltage generated as a mixture of the temperature feedback voltage (V TF) and the current feedback voltage (V CF). a LED driver module operable to regulate a flow of a LED current (I LED) through the LED load as a function of a temperature-dependent feedback signal (TDFS); and a current controller module in electric communication with said LED driver module to communicate the temperature-dependent feedback signal (TDFS) to said LED driver module, wherein said current controller module is operable to generate the temperature-dependent feedback signal (TDFB) as a function of an operating temperature of the LED load and the flow of the LED current (I LED) through the LED load, and wherein said current controller module includes: means for generating a temperature feedback signal (V TF) as a function of a sensed operating temperature of the LED load; wherein the temperature feedback signal is a temperature feedback voltage (V TF) and said current controller module includes: a first operational amplifier operable to generate the temperature feedback voltage as a function of the operating temperature of the LED load; means for generating a current feedback signal (V CF) as a function of a sensed flow of the LED current (I LED) through the LED load; wherein the current feedback signal is a current feedback voltage (V CF) and said current controller module includes: a second operational amplifier operable to generate the current feedback voltage (V CF) as a function of the flow of the LED current (I LED) through the LED load; and means for mixing the temperature feedback signal (V TF) and the current feedback signal (V CF) to yield the temperature and current-dependent feedback signal (TDFB), wherein the temperature and current-dependent feedback signal (TDFB) is a feedback voltage generated as a mixture of the temperature feedback voltage (V TF) and the current feedback voltage (V CF). means for generating a temperature feedback signal (V TF) as a function of a sensed operating temperature of the LED load; wherein the temperature feedback signal is a temperature feedback voltage (V TF) and said current controller module includes: a first operational amplifier operable to generate the temperature feedback voltage as a function of the operating temperature of the LED load; means for generating a current feedback signal (V CF) as a function of a sensed flow of the LED current (I LED) through the LED load; wherein the current feedback signal is a current feedback voltage (V CF) and said current controller module includes: a second operational amplifier operable to generate the current feedback voltage (V CF) as a function of the flow of the LED current (I LED) through the LED load; and means for mixing the temperature feedback signal (V TF) and the current feedback signal (V CF) to yield the temperature and current-dependent feedback signal (TDFB), wherein the temperature and current-dependent feedback signal (TDFB) is a feedback voltage generated as a mixture of the temperature feedback voltage (V TF) and the current feedback voltage (V CF).