High current drive switched capacitor charge pump

A method, comprising:

• controlling a switching state of a first charge transfer switch (CTS) of a plurality of CTSs of a charge pump by a first dynamic gate boost component (DGBC) in response to a first voltage level received by the first DGBC;
• and
• controlling a switching state of a second CTS of the plurality of CTSs by a second DGBC in response to a second voltage level received by the second DGBC, wherein the controlling of the switching state of the first CTS and the controlling of the switching state of the second CTS facilitates generating a higher output voltage at the output of the charge pump based at least in part on an input voltage received by the charge pump, wherein the input voltage is a lower voltage level than the higher output voltage.

A charge pump, comprising:

• a plurality of charge transfer switches (CTSs) configured to respectively switch between an off state and an on state to facilitate control of charge being stored in or provided by respective flying capacitors of the charge pump;
• and
• a dynamic gate boost component (DGBC) configured to apply a boosted gate voltage to a subset of CTSs of the plurality of CTSs at respective periodic times to respectively switch respective CTSs in the subset of CTSs between the off state and the on state to facilitate generation of respective overdrive voltages associated with the respective CTSs of the subset of CTSs to facilitate maintaining a substantially linear output voltage-to-loading current ratio when the charge pump is subjected to a loading current of a specified level.