An apparatus with a single-inductor multiple-output power converter, comprising: the single-inductor multiple-output power converter including: an input node configured to be coupled to a power source ; a first node (308-1), a second node (308-2), and a ground node ; at least two output nodes configured to be respectively coupled to at least two loads , the at least two output nodes coupled to the second node; an inductor coupled between the first node and the second node; a first switch (310-1) coupled between the input node and the first node; a second switch (310-2) coupled between the first node and the ground node; and a cross-regulation switch coupled between the input node and the second node; and control circuitry coupled to the single-input multiple-output power converter, the control circuitry configured to: detect that at least one output voltage at the at least two output nodes is greater than a reference voltage; and responsive to the at least one output voltage being greater than the reference voltage, cause the first switch to be in an open state, the second switch to be in a closed state, and the cross-regulation switch to be in a closed state. the single-inductor multiple-output power converter including: an input node configured to be coupled to a power source ; a first node (308-1), a second node (308-2), and a ground node ; at least two output nodes configured to be respectively coupled to at least two loads , the at least two output nodes coupled to the second node; an inductor coupled between the first node and the second node; a first switch (310-1) coupled between the input node and the first node; a second switch (310-2) coupled between the first node and the ground node; and a cross-regulation switch coupled between the input node and the second node; and an input node configured to be coupled to a power source ; a first node (308-1), a second node (308-2), and a ground node ; at least two output nodes configured to be respectively coupled to at least two loads , the at least two output nodes coupled to the second node; an inductor coupled between the first node and the second node; a first switch (310-1) coupled between the input node and the first node; a second switch (310-2) coupled between the first node and the ground node; and a cross-regulation switch coupled between the input node and the second node; and control circuitry coupled to the single-input multiple-output power converter, the control circuitry configured to: detect that at least one output voltage at the at least two output nodes is greater than a reference voltage; and responsive to the at least one output voltage being greater than the reference voltage, cause the first switch to be in an open state, the second switch to be in a closed state, and the cross-regulation switch to be in a closed state. detect that at least one output voltage at the at least two output nodes is greater than a reference voltage; and responsive to the at least one output voltage being greater than the reference voltage, cause the first switch to be in an open state, the second switch to be in a closed state, and the cross-regulation switch to be in a closed state. <EOS>