A liquid discharge head, comprising: a plurality of discharge holes; a plurality of pressurizing units that pressurize liquid and discharges the liquid from the plurality of discharge holes; a plurality of drive circuits (D1-Dn) that output drive signals for driving the plurality of pressurizing units; a switch circuit that switches connection between the plurality of pressurizing units and the plurality of drive circuits (D1-Dn); a first control circuit that controls the plurality of drive circuits (D1-Dn); and a second control circuit that controls the switch circuit, wherein the drive signals comprise a plurality of types of signals comprising at least a first signal for discharging a droplet forming a pixel of a first size and a second signal for discharging a droplet forming a pixel of a second size different from the first size, the first control circuit controls the plurality of drive circuits (D1-Dn) to output different types of the drive signals from different drive circuits (D1-Dn) among the plurality of drive circuits (D1-Dn), the second control circuit controls the switch circuit to cause each of the plurality of pressurizing units to be connected to a drive circuit (D1-Dn) outputting the first signal among the plurality of drive circuits (D1-Dn) when the droplet forming the pixel of the first size is discharged and to be connected to a drive circuit (D1-Dn) outputting the second signal among the plurality of drive circuits (D1-Dn) when the droplet forming the pixel of the second size is discharged, the first control circuit controls the plurality of drive circuits (D1-Dn) to cause the drive circuit (D1-Dn) in charge of outputting the first signal to be changed among the plurality of drive circuits (D1-Dn), and the first control circuit controls the plurality of drive circuits (D1-Dn) to cause drive circuits (D1-Dn) in charge of outputting a plurality of different types of drive signals to be changed in rotation among the plurality of drive circuits (D1-Dn) with a lapse of time, characterized in that drive circuits (D1-Dn) adjacent to each other in an arrangement in the rotation are different from drive circuits (D1-Dn) closest to each other in a disposition on the liquid discharge head among the plurality of drive circuits (D1-Dn). a plurality of discharge holes; a plurality of pressurizing units that pressurize liquid and discharges the liquid from the plurality of discharge holes; a plurality of drive circuits (D1-Dn) that output drive signals for driving the plurality of pressurizing units; a switch circuit that switches connection between the plurality of pressurizing units and the plurality of drive circuits (D1-Dn); a first control circuit that controls the plurality of drive circuits (D1-Dn); and a second control circuit that controls the switch circuit, wherein the drive signals comprise a plurality of types of signals comprising at least a first signal for discharging a droplet forming a pixel of a first size and a second signal for discharging a droplet forming a pixel of a second size different from the first size, the first control circuit controls the plurality of drive circuits (D1-Dn) to output different types of the drive signals from different drive circuits (D1-Dn) among the plurality of drive circuits (D1-Dn), the second control circuit controls the switch circuit to cause each of the plurality of pressurizing units to be connected to a drive circuit (D1-Dn) outputting the first signal among the plurality of drive circuits (D1-Dn) when the droplet forming the pixel of the first size is discharged and to be connected to a drive circuit (D1-Dn) outputting the second signal among the plurality of drive circuits (D1-Dn) when the droplet forming the pixel of the second size is discharged, the first control circuit controls the plurality of drive circuits (D1-Dn) to cause the drive circuit (D1-Dn) in charge of outputting the first signal to be changed among the plurality of drive circuits (D1-Dn), and the first control circuit controls the plurality of drive circuits (D1-Dn) to cause drive circuits (D1-Dn) in charge of outputting a plurality of different types of drive signals to be changed in rotation among the plurality of drive circuits (D1-Dn) with a lapse of time, characterized in that drive circuits (D1-Dn) adjacent to each other in an arrangement in the rotation are different from drive circuits (D1-Dn) closest to each other in a disposition on the liquid discharge head among the plurality of drive circuits (D1-Dn).