A charge recovery driver for a pair of loads (Cl,a and Cl,b), comprising: a first tank capacitor) having a first terminal, and having a second terminal coupled to ground; a second tank capacitor having a first terminal, and having a second terminal coupled to ground; first and second output nodes configured to be coupled to the pair of loads; a first switch circuit (S1a, S3b) configured to selectively couple the first terminal of the first tank capacitor to the first and/or second output nodes; a second switch circuit configured to selectively couple the first and second output nodes to one another; a third switch circuit (S3a, S1b) configured to selectively couple the first terminal of the second tank capacitor to the first and/or second output nodes; a fourth switch circuit (S4a, S0a) configured to selectively couple the first output node between a supply voltage (Vcc) and/or ground (Gnd); a fifth switch circuit (SOb, S4b) configured to selectively couple the second output node between the supply voltage and/or ground; and control circuitry configured to: a) cause the fourth switch circuit to couple the first output node to ground and cause the fifth switch circuit to couple the second output node to the supply voltage, during an initial phase; b) cause the first switch circuit to couple the first output node to the first terminal of the first tank capacitor and cause the third switch circuit to couple the second output node to the first terminal of the second tank capacitor, during a first phase; c) cause the second switch circuit to couple the first and second output nodes to one another, during a second phase; d) cause the first switch circuit to couple the second output node to the first terminal of the first tank capacitor and cause the third switch circuit to couple the first output node to the first terminal of the second tank capacitor, during a third phase; e) cause the fourth switch circuit to couple the first output node to the supply voltage and the fifth switch circuit to couple the second output node to ground, during a fourth phase; and perform d), c), b), and a). a first tank capacitor) having a first terminal, and having a second terminal coupled to ground; a second tank capacitor having a first terminal, and having a second terminal coupled to ground; first and second output nodes configured to be coupled to the pair of loads; a first switch circuit (S1a, S3b) configured to selectively couple the first terminal of the first tank capacitor to the first and/or second output nodes; a second switch circuit configured to selectively couple the first and second output nodes to one another; a third switch circuit (S3a, S1b) configured to selectively couple the first terminal of the second tank capacitor to the first and/or second output nodes; a fourth switch circuit (S4a, S0a) configured to selectively couple the first output node between a supply voltage (Vcc) and/or ground (Gnd); a fifth switch circuit (SOb, S4b) configured to selectively couple the second output node between the supply voltage and/or ground; and control circuitry configured to: a) cause the fourth switch circuit to couple the first output node to ground and cause the fifth switch circuit to couple the second output node to the supply voltage, during an initial phase; b) cause the first switch circuit to couple the first output node to the first terminal of the first tank capacitor and cause the third switch circuit to couple the second output node to the first terminal of the second tank capacitor, during a first phase; c) cause the second switch circuit to couple the first and second output nodes to one another, during a second phase; d) cause the first switch circuit to couple the second output node to the first terminal of the first tank capacitor and cause the third switch circuit to couple the first output node to the first terminal of the second tank capacitor, during a third phase; e) cause the fourth switch circuit to couple the first output node to the supply voltage and the fifth switch circuit to couple the second output node to ground, during a fourth phase; and a) cause the fourth switch circuit to couple the first output node to ground and cause the fifth switch circuit to couple the second output node to the supply voltage, during an initial phase; b) cause the first switch circuit to couple the first output node to the first terminal of the first tank capacitor and cause the third switch circuit to couple the second output node to the first terminal of the second tank capacitor, during a first phase; c) cause the second switch circuit to couple the first and second output nodes to one another, during a second phase; d) cause the first switch circuit to couple the second output node to the first terminal of the first tank capacitor and cause the third switch circuit to couple the first output node to the first terminal of the second tank capacitor, during a third phase; e) cause the fourth switch circuit to couple the first output node to the supply voltage and the fifth switch circuit to couple the second output node to ground, during a fourth phase; and perform d), c), b), and a).