Pump drive that minimizes a pulse width based on voltage data to improve intake and discharge strokes

A pump comprising:

• a liquid chamber comprising an intake valve and an output valve;
• a set of solenoids that may be energized by a drive, in response to drive signals;
• a shaft configured to perform an intake stroke or a discharge stroke by operation of the set of solenoids, wherein the intake stroke increases a volume of the liquid chamber and allows liquid to flow through the intake valve and the discharge stroke decreases the volume of the liquid chamber and forces liquid through the output valve;
• and
• a drive control module comprising a processor and memory and a voltage measuring circuit, wherein the drive control module is operable to provide drive signals to the set of solenoids;
• wherein the drive control module is configured to:
• receive a set of voltage data via the voltage measuring circuit;
• based on (1) the set of voltage data, (2) a corrected pulse width equation, and (3) an input voltage from the set of voltage data, a set of performance data, or a combination thereof, determine a corrected pulse width that is of a minimum duration that allows for completion of the intake stroke and the discharge stroke;
• and
• generate a drive signal based upon the corrected pulse width and provide it to the drive.