A control valve comprising: an inlet port, an outlet port, and a fluid path extending between the inlet port and the outlet port; a throttle situated in the fluid path, and an actuator coupled to the throttle, the throttle being selectively displaceable between a first and a second position; a sensor for sampling one or more parameters of a fluid flowing through the fluid path, a filter having a time constant and being in operative communication with the sensor and being configured to filter, using the time constant, parameter signals indicative of the one or more parameters; a controller in operative communication with the actuator and in operative communication with the filter, the controller being configured to: transmit a first signal indicative of the first position to the actuator, the first signal causing the actuator to displace the throttle to the first position; transmit a second signal indicative of the second position to the actuator, the second signal causing the actuator to displace the throttle to the second position; compare the first signal and the second signal; characterized in that if the first position is different from the second position, perform: transmit a disable signal to the filter, the disable signal causing the filter to stop filtering parameter signals originating from the sensor and causing the filter to directly forward parameter signals originating from the sensor to the controller. an inlet port, an outlet port, and a fluid path extending between the inlet port and the outlet port; a throttle situated in the fluid path, and an actuator coupled to the throttle, the throttle being selectively displaceable between a first and a second position; a sensor for sampling one or more parameters of a fluid flowing through the fluid path, a filter having a time constant and being in operative communication with the sensor and being configured to filter, using the time constant, parameter signals indicative of the one or more parameters; a controller in operative communication with the actuator and in operative communication with the filter, the controller being configured to: transmit a first signal indicative of the first position to the actuator, the first signal causing the actuator to displace the throttle to the first position; transmit a second signal indicative of the second position to the actuator, the second signal causing the actuator to displace the throttle to the second position; compare the first signal and the second signal; characterized in that if the first position is different from the second position, perform: transmit a disable signal to the filter, the disable signal causing the filter to stop filtering parameter signals originating from the sensor and causing the filter to directly forward parameter signals originating from the sensor to the controller. transmit a first signal indicative of the first position to the actuator, the first signal causing the actuator to displace the throttle to the first position; transmit a second signal indicative of the second position to the actuator, the second signal causing the actuator to displace the throttle to the second position; compare the first signal and the second signal; characterized in that if the first position is different from the second position, perform: transmit a disable signal to the filter, the disable signal causing the filter to stop filtering parameter signals originating from the sensor and causing the filter to directly forward parameter signals originating from the sensor to the controller.