Display apparatus

A display device having a plurality of pixels comprising:

• a semiconductor layer;
• a first insulation film on the semiconductor layer;
• a first conductive layer on the first insulation film;
• a second insulation film on the first insulation film and the first conductive layer;
• a second conductive layer on the second insulation film;
• a third insulation film on the second insulation film and the second conductive layer;
• a third conductive layer on the third insulation film;
• and
• a partition insulation film on the third insulation film and the third conductive layer;
• each of the plurality of pixels comprises:
• a display element between a high-potential power supply line and a low-potential power supply line;
• and
• a drive transistor between the high-potential power supply line and the display element and configured to control a current value from the high-potential power supply line to the display element, wherein
• one of electrodes of the display element is formed in the third conductive layer,
• a channel of the drive transistor is formed in the semiconductor layer,
• a gate of the drive transistor is formed in the first conductive layer,
• the second conductive layer extends so as not to contact the gate, a source or a drain of the drive transistor,
• the partition insulation film covers an edge of the one of electrodes of the display element,
• the partition insulation film includes an opening exposing an upper surface of the one of electrodes of the display element,
• the second conductive layer and the gate of the drive transistor overlap via the second insulation film in a plane view,
• the second conductive layer and the one of electrodes of the display element overlap via the third insulation film in the plane view, and
• the opening, the second conductive layer, and the gate of the drive transistor overlap in the plane view.