A light-emitting diode driving module comprising: an LED driving circuit configured to activate light-emitting diodes (LED1, LED2) driven by a rectified voltage (Vrct), and to adjust driving current (DI1, DI2) conducted through driving nodes (D1, D2) to the light-emitting diodes (LED1, LED2) depending on a voltage of a driving current setting node (DISND); and a driving current controller (170, 200, 570, 1700, 5160, 6600) configured to control the voltage of the driving current setting node (DISND) by outputting a driving current control signal (DICS), the driving current controller (170, 200, 570, 1700, 5160, 6600) comprising: a control signal output circuit (173, 230, 573) connected to a dimming node (ADIMND) configured to receive a dimming signal when the rectified voltage (Vrct) is modulated, and configured to adjust the driving current control signal (DICS) depending on the dimming signal; a mode detector (171, 210, 571) configured to detect whether the rectified voltage (Vrct) is modulated by receiving a source voltage (Vsrc) depending on the rectified voltage (Vrct), and to enable a selection signal depending on a detection result; and a power compensator (172, 220, 572) configured to adjust the driving current control signal (DICS) depending on the source voltage (Vsrc) when the selection signal is enabled. characterized in that the power compensator (172, 220, 572) is configured to adjust the driving current control signal (DICS) depending on a peak value of the source voltage (Vsrc), such that the voltage of the driving current setting node (DISND) decreases as the peak value increases. an LED driving circuit configured to activate light-emitting diodes (LED1, LED2) driven by a rectified voltage (Vrct), and to adjust driving current (DI1, DI2) conducted through driving nodes (D1, D2) to the light-emitting diodes (LED1, LED2) depending on a voltage of a driving current setting node (DISND); and a driving current controller (170, 200, 570, 1700, 5160, 6600) configured to control the voltage of the driving current setting node (DISND) by outputting a driving current control signal (DICS), the driving current controller (170, 200, 570, 1700, 5160, 6600) comprising: a control signal output circuit (173, 230, 573) connected to a dimming node (ADIMND) configured to receive a dimming signal when the rectified voltage (Vrct) is modulated, and configured to adjust the driving current control signal (DICS) depending on the dimming signal; a mode detector (171, 210, 571) configured to detect whether the rectified voltage (Vrct) is modulated by receiving a source voltage (Vsrc) depending on the rectified voltage (Vrct), and to enable a selection signal depending on a detection result; and a power compensator (172, 220, 572) configured to adjust the driving current control signal (DICS) depending on the source voltage (Vsrc) when the selection signal is enabled. a control signal output circuit (173, 230, 573) connected to a dimming node (ADIMND) configured to receive a dimming signal when the rectified voltage (Vrct) is modulated, and configured to adjust the driving current control signal (DICS) depending on the dimming signal; a mode detector (171, 210, 571) configured to detect whether the rectified voltage (Vrct) is modulated by receiving a source voltage (Vsrc) depending on the rectified voltage (Vrct), and to enable a selection signal depending on a detection result; and a power compensator (172, 220, 572) configured to adjust the driving current control signal (DICS) depending on the source voltage (Vsrc) when the selection signal is enabled. characterized in that the power compensator (172, 220, 572) is configured to adjust the driving current control signal (DICS) depending on a peak value of the source voltage (Vsrc), such that the voltage of the driving current setting node (DISND) decreases as the peak value increases.