A liquid discharging head comprising: a nozzle (Nz) for discharging a liquid; a chamber plate having a plurality of pressure chambers , drive elements provided in correspondence with each pressure chamber, and a plurality of lead electrodes for supplying electric signals to the drive elements ; a circuit substrate having a terminal coupled to the lead electrodes , wherein the plurality of pressure chambers include a first pressure chamber and a second pressure chamber communicating with the nozzle in common, the chamber plate includes a first segment electrode and a second segment electrode each constituting the drive element , the first segment electrode being formed so as to overlap the first pressure chamber and not to overlap the second pressure chamber in plan view, and the second segment electrode being formed so as to overlap the second pressure chamber and not to overlap the first pressure chamber in plan view, the first segment electrode and the second segment electrode are coupled to the lead electrode in common; a plurality of sets of the first pressure chamber , the second pressure chamber , the nozzle (Nz), and the lead electrode are provided, the sets of nozzles (Nz) are arranged side by side along a first axis direction (X) to configure a nozzle row (LNz), the first segment electrode and the second segment electrode are formed substantially in line symmetry with respect to a first virtual line (Ln1) in plan view, and the lead electrode is formed so as to straddle the first virtual line (Ln1) in the plan view, and the terminal and the lead electrode are coupled at a position overlapping the first virtual line (Ln1) in the plan view. a nozzle (Nz) for discharging a liquid; a chamber plate having a plurality of pressure chambers , drive elements provided in correspondence with each pressure chamber, and a plurality of lead electrodes for supplying electric signals to the drive elements ; a circuit substrate having a terminal coupled to the lead electrodes , wherein the plurality of pressure chambers include a first pressure chamber and a second pressure chamber communicating with the nozzle in common, the chamber plate includes a first segment electrode and a second segment electrode each constituting the drive element , the first segment electrode being formed so as to overlap the first pressure chamber and not to overlap the second pressure chamber in plan view, and the second segment electrode being formed so as to overlap the second pressure chamber and not to overlap the first pressure chamber in plan view, the first segment electrode and the second segment electrode are coupled to the lead electrode in common; a plurality of sets of the first pressure chamber , the second pressure chamber , the nozzle (Nz), and the lead electrode are provided, the sets of nozzles (Nz) are arranged side by side along a first axis direction (X) to configure a nozzle row (LNz), the first segment electrode and the second segment electrode are formed substantially in line symmetry with respect to a first virtual line (Ln1) in plan view, and the lead electrode is formed so as to straddle the first virtual line (Ln1) in the plan view, and the terminal and the lead electrode are coupled at a position overlapping the first virtual line (Ln1) in the plan view. <EOS>