Abstract: Provided is a specified position detection unit that adopts both an electromagnetic induction method and a capacitance method to accept more diverse inputs. A specified position detection unit including a first input-side axial wire section that is disposed on a predetermined substrate and includes a plurality of axial wire bodies each having an end to which drive current is supplied and another end which is short-circuited, a second input-side axial wire section that is disposed on the substrate on which the first input-side axial wire section is disposed and includes a plurality of axial wire bodies each having an end to which drive voltage is supplied and another end which is open, and a drive section that outputs the drive current to the first input-side axial wire section and the drive voltage to the second input-side axial wire section.

Abstract: A position detection unit including: an XY coordinate formation section having a configuration in which X-axis line bodies including plural line bodies and Y-axis line bodies including plural line bodies are caused to intersect each other; a drive signal input section for inputting drive input signals to one end side of the plurality of Y-axis line bodies, the drive signal input section being provided to one end side of the plurality of Y-axis line bodies; and a position detection signal output section for outputting a position detection signal corresponding to a designated coordinate position when a position designation tool has designated an XY coordinate position of the XY coordinate formation section, the position detection signal output section being provided to one end side of the plurality of X-axis line bodies.