layer 41 is connected to the pixel electrode 35 via a contact hole h 4 the capacitor electrode portion 49 a is formed in a region that overlaps with the pixel electrode 35 when viewed from above wire portions 49 b extend from both ends of the capacitor electrode portion 49 a along the direction of the scanning line 66 and connect to the capacitor electrode portions 49 a of the other adjacent pixels 40 these multiple capacitor electrode portions 49 a and multiple wire portions 49 b configure the capacitance line 49 the holding capacitor c 1 is formed in a region where the pixel electrode 35 and the capacitance line 49 capacitor electrode portion 49 a and wire portion 49 b overlap with each other when viewed from above next fig3 a is a partial cross sectional view illustrating the electrophoretic display apparatus 100 in the display unit 5 the electrophoretic display apparatus 100 has a configuration in which the electrophoretic element 32 which is configured by arranging multiple microcapsules 20 is sandwiched between an element substrate a first substrate 30 and an opposing substrate a second substrate 31 in the display unit 5 a circuit layer 34 in which the scanning lines 66 the data lines 68 the select transistors trs the driving transistors trd and so on illustrated in fig1 through 2b are formed is provided on the side of the electrophoretic element 32 that faces the element substrate 30 and multiple pixel electrodes 35 are formed in.