A liquid discharging apparatus comprising: a driving signal output circuit that is configured to output a driving signal; a discharge control signal output circuit that is configured to output a discharge control signal including first data and second data; and a liquid discharge head that is configured to discharge a liquid in response to the driving signal and the discharge control signal; wherein the liquid discharge head has a first driving element and a second driving element that are configured to be driven by the driving signal, and an integrated circuit that is configured to control supply of the driving signal to the first driving element and to the second driving element according to the discharge control signal, the integrated circuit has a first switch circuit that is configured to receive the driving signal and to switch between output and non-output of the driving signal to the first driving element, a second switch circuit that is configured to receive the driving signal and to switch between output and non-output of the driving signal to the second driving element, and a switch control circuit that is configured to receive the discharge control signal and to control whether to cause each of the first switch circuit and the second switch circuit to output the driving signal, the switch control circuit is configured to control the first switch circuit and the second switch circuit according to the first data, and characterized in that the switch control circuit has: a first mode in which the switch control circuit is configured to control the first switch circuit and the second switch circuit according to the first data; and a second mode in which the switch control circuit is configured to control the first switch circuit according to the first data and to control the second switch circuit according to the second data. a driving signal output circuit that is configured to output a driving signal; a discharge control signal output circuit that is configured to output a discharge control signal including first data and second data; and a liquid discharge head that is configured to discharge a liquid in response to the driving signal and the discharge control signal; wherein the liquid discharge head has a first driving element and a second driving element that are configured to be driven by the driving signal, and an integrated circuit that is configured to control supply of the driving signal to the first driving element and to the second driving element according to the discharge control signal, a first driving element and a second driving element that are configured to be driven by the driving signal, and an integrated circuit that is configured to control supply of the driving signal to the first driving element and to the second driving element according to the discharge control signal, the integrated circuit has a first switch circuit that is configured to receive the driving signal and to switch between output and non-output of the driving signal to the first driving element, a second switch circuit that is configured to receive the driving signal and to switch between output and non-output of the driving signal to the second driving element, and a switch control circuit that is configured to receive the discharge control signal and to control whether to cause each of the first switch circuit and the second switch circuit to output the driving signal, a first switch circuit that is configured to receive the driving signal and to switch between output and non-output of the driving signal to the first driving element, a second switch circuit that is configured to receive the driving signal and to switch between output and non-output of the driving signal to the second driving element, and a switch control circuit that is configured to receive the discharge control signal and to control whether to cause each of the first switch circuit and the second switch circuit to output the driving signal, the switch control circuit is configured to control the first switch circuit and the second switch circuit according to the first data, and characterized in that the switch control circuit has: a first mode in which the switch control circuit is configured to control the first switch circuit and the second switch circuit according to the first data; and a second mode in which the switch control circuit is configured to control the first switch circuit according to the first data and to control the second switch circuit according to the second data.