An apparatus, comprising: a current sensing component (230, 531) a circuit for measuring a + dv/dt value above a predetermined threshold and scaling the + dv/dt value by a capacitance value to produce a + Cdv/dt value; a circuit for scaling the + Cdv/dt value based on a gain of a current sensing component to produce a + KCdv/dt value; and characterized by: a) the apparatus further comprises a circuit for subtracting the + KCdv/dt value from the current measure from the current sensing component, associated with a power disturbance, wherein subtracting the + KCdv/dt value from the current measure causes a switching device controller to maintain a first switching device in an ON state; or b) the apparatus further comprises a circuit for receiving the + KCdv/dt value, the circuit configured to determine if a current level or a voltage level associated with the + KCdv/dt value is greater than a predetermined threshold and output a signal to a second switching device if the current level or the voltage level associated with the + KCdv/dt value is greater than a predetermined threshold, wherein the signal causes the second switching device to switch to an OFF state preventing the switching device controller from changing the first switching device to the OFF state. a current sensing component (230, 531) a circuit for measuring a + dv/dt value above a predetermined threshold and scaling the + dv/dt value by a capacitance value to produce a + Cdv/dt value; a circuit for scaling the + Cdv/dt value based on a gain of a current sensing component to produce a + KCdv/dt value; and characterized by: a) the apparatus further comprises a circuit for subtracting the + KCdv/dt value from the current measure from the current sensing component, associated with a power disturbance, wherein subtracting the + KCdv/dt value from the current measure causes a switching device controller to maintain a first switching device in an ON state; or b) the apparatus further comprises a circuit for receiving the + KCdv/dt value, the circuit configured to determine if a current level or a voltage level associated with the + KCdv/dt value is greater than a predetermined threshold and output a signal to a second switching device if the current level or the voltage level associated with the + KCdv/dt value is greater than a predetermined threshold, wherein the signal causes the second switching device to switch to an OFF state preventing the switching device controller from changing the first switching device to the OFF state. a) the apparatus further comprises a circuit for subtracting the + KCdv/dt value from the current measure from the current sensing component, associated with a power disturbance, wherein subtracting the + KCdv/dt value from the current measure causes a switching device controller to maintain a first switching device in an ON state; or b) the apparatus further comprises a circuit for receiving the + KCdv/dt value, the circuit configured to determine if a current level or a voltage level associated with the + KCdv/dt value is greater than a predetermined threshold and output a signal to a second switching device if the current level or the voltage level associated with the + KCdv/dt value is greater than a predetermined threshold, wherein the signal causes the second switching device to switch to an OFF state preventing the switching device controller from changing the first switching device to the OFF state.