A system comprising: an audio transducer configured to produce one or more electrical signals associated with reproducing an incoming audio signal, the audio transducer comprising: a magnetic system; a vibrating membrane; a diaphragm, wherein an excursion range of the vibrating membrane is the space between the magnetic system and a bottom surface of the diaphragm; a flexible printed circuit, FPC, coupled to a top surface of the diaphragm and having a first physical location within the audio transducer, wherein the FPC includes a sense coil; and a voice coil coupled the magnetic system and attached to the vibrating membrane and having a second physical location within the audio transducer and with respect to the first physical location of the FPC, wherein the voice coil is configured to generate an induced current signal through the sense coil that modifies the one or more electrical signals; and a signal analysis device that is configured to perform operations while driving the transducer to produce the one or more electrical signals, wherein the operations comprise: analyzing the one or more electrical signals from the audio transducer for monitoring an electrical parameter of the induced current signal; measuring, based on the monitored electrical parameter, an excursion distance of the voice coil, wherein the excursion distance is associated with a distance between the second physical location of the voice coil and the first physical location of the FPC; and determining, based on the measured excursion distance, whether the measured excursion distance exceeds a threshold; and if the measured excursion distance exceeds the threshold performing an action to compensate for driving the audio transducer to generate the measured excursion distance. an audio transducer configured to produce one or more electrical signals associated with reproducing an incoming audio signal, the audio transducer comprising: a magnetic system; a vibrating membrane; a diaphragm, wherein an excursion range of the vibrating membrane is the space between the magnetic system and a bottom surface of the diaphragm; a flexible printed circuit, FPC, coupled to a top surface of the diaphragm and having a first physical location within the audio transducer, wherein the FPC includes a sense coil; and a voice coil coupled the magnetic system and attached to the vibrating membrane and having a second physical location within the audio transducer and with respect to the first physical location of the FPC, wherein the voice coil is configured to generate an induced current signal through the sense coil that modifies the one or more electrical signals; and a magnetic system; a vibrating membrane; a diaphragm, wherein an excursion range of the vibrating membrane is the space between the magnetic system and a bottom surface of the diaphragm; a flexible printed circuit, FPC, coupled to a top surface of the diaphragm and having a first physical location within the audio transducer, wherein the FPC includes a sense coil; and a voice coil coupled the magnetic system and attached to the vibrating membrane and having a second physical location within the audio transducer and with respect to the first physical location of the FPC, wherein the voice coil is configured to generate an induced current signal through the sense coil that modifies the one or more electrical signals; and a signal analysis device that is configured to perform operations while driving the transducer to produce the one or more electrical signals, wherein the operations comprise: analyzing the one or more electrical signals from the audio transducer for monitoring an electrical parameter of the induced current signal; measuring, based on the monitored electrical parameter, an excursion distance of the voice coil, wherein the excursion distance is associated with a distance between the second physical location of the voice coil and the first physical location of the FPC; and determining, based on the measured excursion distance, whether the measured excursion distance exceeds a threshold; and if the measured excursion distance exceeds the threshold performing an action to compensate for driving the audio transducer to generate the measured excursion distance. analyzing the one or more electrical signals from the audio transducer for monitoring an electrical parameter of the induced current signal; measuring, based on the monitored electrical parameter, an excursion distance of the voice coil, wherein the excursion distance is associated with a distance between the second physical location of the voice coil and the first physical location of the FPC; and determining, based on the measured excursion distance, whether the measured excursion distance exceeds a threshold; and if the measured excursion distance exceeds the threshold performing an action to compensate for driving the audio transducer to generate the measured excursion distance.