A liquid ejection head, comprising: a nozzle from which a droplet of a liquid can be ejected; a pressure chamber for the liquid, the pressure chamber connected to the nozzle; an actuator configured to change a volume of the pressure chamber according to a voltage signal applied to the actuator; and a drive circuit configured to generate the voltage signal that includes n-1 ejection pulses when droplets are to be ejected n times from the nozzle, where n is an integer of 3 or more, wherein the ejection pulses include: a first ejection pulse that lowers a voltage applied to the actuator to a first voltage value to expand the pressure chamber and then raises the voltage to a second voltage value to contract the pressure chamber, and a second ejection pulse that lowers the voltage to the first voltage value and then raises the voltage to a third voltage value higher than the second voltage value, and the ejection pulses are separated by intervals of 0.8λ to 1.2λ, where λ is a period of a primary natural vibration for the pressure chamber filled with the liquid, the voltage signal further includes a cancel pulse following the ejection pulses, a last ejection pulse of the ejection pulses is the second ejection pulse by which the voltage is raised to the third voltage value, the cancel pulse lowers the voltage to a voltage value lower than the second voltage value and then raises the voltage to the second voltage value, characterised in that: the cancel pulse is input after the voltage is lowered from the third voltage value to the second voltage value. a nozzle from which a droplet of a liquid can be ejected; a pressure chamber for the liquid, the pressure chamber connected to the nozzle; an actuator configured to change a volume of the pressure chamber according to a voltage signal applied to the actuator; and a drive circuit configured to generate the voltage signal that includes n-1 ejection pulses when droplets are to be ejected n times from the nozzle, where n is an integer of 3 or more, wherein the ejection pulses include: a first ejection pulse that lowers a voltage applied to the actuator to a first voltage value to expand the pressure chamber and then raises the voltage to a second voltage value to contract the pressure chamber, and a second ejection pulse that lowers the voltage to the first voltage value and then raises the voltage to a third voltage value higher than the second voltage value, and a first ejection pulse that lowers a voltage applied to the actuator to a first voltage value to expand the pressure chamber and then raises the voltage to a second voltage value to contract the pressure chamber, and a second ejection pulse that lowers the voltage to the first voltage value and then raises the voltage to a third voltage value higher than the second voltage value, and the ejection pulses are separated by intervals of 0.8λ to 1.2λ, where λ is a period of a primary natural vibration for the pressure chamber filled with the liquid, the voltage signal further includes a cancel pulse following the ejection pulses, a last ejection pulse of the ejection pulses is the second ejection pulse by which the voltage is raised to the third voltage value, the cancel pulse lowers the voltage to a voltage value lower than the second voltage value and then raises the voltage to the second voltage value, characterised in that: the cancel pulse is input after the voltage is lowered from the third voltage value to the second voltage value.