A liquid ejecting head having a plurality of nozzles ejecting a liquid, the liquid ejecting head comprising: a nozzle plate having a plurality of the nozzles; a flow path formation substrate having a shared supply path (131, 132) shared in liquid supply to the plurality of nozzles, an individual supply path branching off from the shared supply path and leading to a pressure chamber per nozzle, an individual recovery path through which the nozzle and the pressure chamber communicate with each other, and a shared recovery path (139, 140) into which the plurality of individual recovery paths merge and which is shared in liquid recovery from the plurality of nozzles; and a lead electrode electrically coupled to a pressure generator causing a pressure of the pressure chamber to vary, and a conduction unit which is fixed to the lead electrode and which supplies a signal to the pressure generator through the lead electrode, wherein: the conduction unit is located at a position where the conduction unit overlaps with at least one individual flow path of the individual supply path or the individual recovery path in a plan view from a lamination direction in which the nozzle plate and the flow path formation substrate are laminated, and the individual supply path and the individual recovery path are located between the shared supply path and the shared recovery path in a plan view from the lamination direction. a nozzle plate having a plurality of the nozzles; a flow path formation substrate having a shared supply path (131, 132) shared in liquid supply to the plurality of nozzles, an individual supply path branching off from the shared supply path and leading to a pressure chamber per nozzle, an individual recovery path through which the nozzle and the pressure chamber communicate with each other, and a shared recovery path (139, 140) into which the plurality of individual recovery paths merge and which is shared in liquid recovery from the plurality of nozzles; and a lead electrode electrically coupled to a pressure generator causing a pressure of the pressure chamber to vary, and a conduction unit which is fixed to the lead electrode and which supplies a signal to the pressure generator through the lead electrode, wherein: the conduction unit is located at a position where the conduction unit overlaps with at least one individual flow path of the individual supply path or the individual recovery path in a plan view from a lamination direction in which the nozzle plate and the flow path formation substrate are laminated, and the individual supply path and the individual recovery path are located between the shared supply path and the shared recovery path in a plan view from the lamination direction. the conduction unit is located at a position where the conduction unit overlaps with at least one individual flow path of the individual supply path or the individual recovery path in a plan view from a lamination direction in which the nozzle plate and the flow path formation substrate are laminated, and the individual supply path and the individual recovery path are located between the shared supply path and the shared recovery path in a plan view from the lamination direction.