A device for generating a pressure wave in a medium, the device comprising: a plurality of piezoelectric transducer elements; and a base supporting the plurality of piezoelectric transducer elements on a first surface of the base, the base including an integrated circuitry comprising: a control logic that is programmed with respective state information (S1, S2,...,SN), each to implement at least in part a respective one of operational modes, wherein the control logic includes a memory storing data specifying a sequence of operational modes, each operational mode corresponding to a selected subset of piezoelectric transducer elements of an array, wherein the control logic is configured, responsive to signals received by the device after the control logic is programmed for the sequence of operational modes of the device, to successively configure the operational modes according to the sequence; a pulse logic, wherein for each operational mode of the sequence, the pulse logic activates, based on configuration of the operational mode by the control logic, a selected subset of the plurality of piezoelectric transducer elements corresponding to the operational mode; and a demultiplexer logic, wherein for each operational mode of the sequence, the demultiplexer logic is configured to receive respective image information based on the activation of the subset of the plurality of piezoelectric transducer elements corresponding to the operational mode and, based on configuration of the operational mode by the control logic, to demultiplex the respective image information to first signal lines for transmission from the device; wherein a first voltage domain of the device includes the pulse logic and a second voltage domain of the device includes the demultiplexer logic, the device further comprising circuitry to protect the second domain from a first voltage of the first voltage domain. a plurality of piezoelectric transducer elements; and a base supporting the plurality of piezoelectric transducer elements on a first surface of the base, the base including an integrated circuitry comprising: a control logic that is programmed with respective state information (S1, S2,...,SN), each to implement at least in part a respective one of operational modes, wherein the control logic includes a memory storing data specifying a sequence of operational modes, each operational mode corresponding to a selected subset of piezoelectric transducer elements of an array, wherein the control logic is configured, responsive to signals received by the device after the control logic is programmed for the sequence of operational modes of the device, to successively configure the operational modes according to the sequence; a pulse logic, wherein for each operational mode of the sequence, the pulse logic activates, based on configuration of the operational mode by the control logic, a selected subset of the plurality of piezoelectric transducer elements corresponding to the operational mode; and a demultiplexer logic, wherein for each operational mode of the sequence, the demultiplexer logic is configured to receive respective image information based on the activation of the subset of the plurality of piezoelectric transducer elements corresponding to the operational mode and, based on configuration of the operational mode by the control logic, to demultiplex the respective image information to first signal lines for transmission from the device; wherein a first voltage domain of the device includes the pulse logic and a second voltage domain of the device includes the demultiplexer logic, the device further comprising circuitry to protect the second domain from a first voltage of the first voltage domain. a control logic that is programmed with respective state information (S1, S2,...,SN), each to implement at least in part a respective one of operational modes, wherein the control logic includes a memory storing data specifying a sequence of operational modes, each operational mode corresponding to a selected subset of piezoelectric transducer elements of an array, wherein the control logic is configured, responsive to signals received by the device after the control logic is programmed for the sequence of operational modes of the device, to successively configure the operational modes according to the sequence; a pulse logic, wherein for each operational mode of the sequence, the pulse logic activates, based on configuration of the operational mode by the control logic, a selected subset of the plurality of piezoelectric transducer elements corresponding to the operational mode; and a demultiplexer logic, wherein for each operational mode of the sequence, the demultiplexer logic is configured to receive respective image information based on the activation of the subset of the plurality of piezoelectric transducer elements corresponding to the operational mode and, based on configuration of the operational mode by the control logic, to demultiplex the respective image information to first signal lines for transmission from the device; wherein a first voltage domain of the device includes the pulse logic and a second voltage domain of the device includes the demultiplexer logic, the device further comprising circuitry to protect the second domain from a first voltage of the first voltage domain.