Control system for controlling a switching device integrated in an electronic converter, comprising: - a voltage source, - a capacitance; - at least a first gate resistor and a second gate resistor; - a first circuit formed by a resistor in series with a first diode; - a second circuit formed by a second diode; and - a connecting element controlled by a control unit that controls the opening and closing thereof; where: the first gate resistor and the second gate resistor are connected in series between the positive connection of the voltage source and the gate of the switching device; the first gate resistor and the second gate resistor are connected at an intermediate point (a); the anode of the first diode is attached to the intermediate point (a) and its cathode is attached to the resistor while at the same time the other end of the resistor is attached to a linkage point (b); the cathode of the second diode is attached to the intermediate point (a) and its anode is attached to the linkage point (b); and the linkage point (b) is attached to the capacitance which in turn is in series with one end of the connecting element, the other end of said connecting element being connected to the common point of the circuit (c) connected to the negative connection of the voltage source and the emitter of the switching device. - a voltage source, - a capacitance; - at least a first gate resistor and a second gate resistor; - a first circuit formed by a resistor in series with a first diode; - a second circuit formed by a second diode; and - a connecting element controlled by a control unit that controls the opening and closing thereof; where: the first gate resistor and the second gate resistor are connected in series between the positive connection of the voltage source and the gate of the switching device; the first gate resistor and the second gate resistor are connected at an intermediate point (a); the anode of the first diode is attached to the intermediate point (a) and its cathode is attached to the resistor while at the same time the other end of the resistor is attached to a linkage point (b); the cathode of the second diode is attached to the intermediate point (a) and its anode is attached to the linkage point (b); and the linkage point (b) is attached to the capacitance which in turn is in series with one end of the connecting element, the other end of said connecting element being connected to the common point of the circuit (c) connected to the negative connection of the voltage source and the emitter of the switching device. the first gate resistor and the second gate resistor are connected in series between the positive connection of the voltage source and the gate of the switching device; the first gate resistor and the second gate resistor are connected at an intermediate point (a); the anode of the first diode is attached to the intermediate point (a) and its cathode is attached to the resistor while at the same time the other end of the resistor is attached to a linkage point (b); the cathode of the second diode is attached to the intermediate point (a) and its anode is attached to the linkage point (b); and the linkage point (b) is attached to the capacitance which in turn is in series with one end of the connecting element, the other end of said connecting element being connected to the common point of the circuit (c) connected to the negative connection of the voltage source and the emitter of the switching device.