A load control device for controlling an amount of power delivered to an electrical load, the load control device comprising: a load regulation circuit (140, 240) configured to control a magnitude of a load current conducted through the electrical load to control the amount of power delivered to the electrical load across a power range, the load regulation circuit (140, 240) comprising a transformer and an output inductor located on a secondary side of the transformer, the load regulation circuit (140, 240) further comprising a winding magnetically coupled to and electrically isolated from the output inductor, the load regulation circuit (140, 240) configured to generate a sense signal via the winding, wherein the sense signal is indicative of a voltage developed across the output inductor; a load sense circuit (160, 260) configured to generate, based on the sense signal, a load current feedback signal that indicates a magnitude of the load current conducted through the electrical load; and a control circuit (150, 250) configured to generate, during at least a first portion of the power range, at least one drive signal based on the load current feedback signal, the at least one drive signal generated for controlling the load regulation circuit (140, 240) to adjust an average magnitude of the load current conducted through the electrical load, wherein: the load regulation circuit (140, 240) is configured to operate in a discontinuous mode, the load sense circuit (160, 260) comprises an integrator circuit configured to integrate the sense signal, and the load current feedback signal is generated based on the integrated sense signal; and the load sense circuit (160, 260) further comprises a filter circuit configured to filter the integrated sense signal to produce the load current feedback signal, the filter circuit comprising a controllable switching device for controlling when the filter circuit filters the integrated sense signal to produce the load current feedback signal, the control circuit (150, 250) further configured to render the controllable switching device conductive and non-conductive in coordination with the at least one drive signal. a load regulation circuit (140, 240) configured to control a magnitude of a load current conducted through the electrical load to control the amount of power delivered to the electrical load across a power range, the load regulation circuit (140, 240) comprising a transformer and an output inductor located on a secondary side of the transformer, the load regulation circuit (140, 240) further comprising a winding magnetically coupled to and electrically isolated from the output inductor, the load regulation circuit (140, 240) configured to generate a sense signal via the winding, wherein the sense signal is indicative of a voltage developed across the output inductor; a load sense circuit (160, 260) configured to generate, based on the sense signal, a load current feedback signal that indicates a magnitude of the load current conducted through the electrical load; and a control circuit (150, 250) configured to generate, during at least a first portion of the power range, at least one drive signal based on the load current feedback signal, the at least one drive signal generated for controlling the load regulation circuit (140, 240) to adjust an average magnitude of the load current conducted through the electrical load, wherein: the load regulation circuit (140, 240) is configured to operate in a discontinuous mode, the load sense circuit (160, 260) comprises an integrator circuit configured to integrate the sense signal, and the load current feedback signal is generated based on the integrated sense signal; and the load sense circuit (160, 260) further comprises a filter circuit configured to filter the integrated sense signal to produce the load current feedback signal, the filter circuit comprising a controllable switching device for controlling when the filter circuit filters the integrated sense signal to produce the load current feedback signal, the control circuit (150, 250) further configured to render the controllable switching device conductive and non-conductive in coordination with the at least one drive signal. the load regulation circuit (140, 240) is configured to operate in a discontinuous mode, the load sense circuit (160, 260) comprises an integrator circuit configured to integrate the sense signal, and the load current feedback signal is generated based on the integrated sense signal; and the load sense circuit (160, 260) further comprises a filter circuit configured to filter the integrated sense signal to produce the load current feedback signal, the filter circuit comprising a controllable switching device for controlling when the filter circuit filters the integrated sense signal to produce the load current feedback signal, the control circuit (150, 250) further configured to render the controllable switching device conductive and non-conductive in coordination with the at least one drive signal.