Driving circuits, power devices and electronic devices including the same

A driving circuit configured to provide a driving voltage to a control terminal of a switching device, the driving circuit comprising:

• a delay circuit configured to delay a control signal for controlling supply of the driving voltage for a delay period to generate a delayed control signal, wherein the delay period is controlled according to a rise time required for the driving voltage to reach a target level;
• a pull-up circuit configured to apply a power supply voltage to the control terminal in response to when the delayed control signal is active;
• and
• a pull-down circuit configured to apply a ground voltage to the control terminal in response to when the control signal is inactive, wherein
• a supply rise time of the driving voltage is controlled so that a voltage difference between the driving voltage applied to the control terminal and an output voltage at an output terminal of the switching device remains less than or equal to a critical voltage while the driving voltage and the output voltage increase with respect to time, the critical voltage being a minimum voltage level at which leakage current is generated between the control terminal and the output terminal, and
• the supply rise time of the driving voltage is controlled without feedback of the output voltage from the output terminal.