Display device and electronic apparatus

A display device comprising:

• a pixel array section;
• and
• a drive section,
• wherein the pixel array section includes power lines, scanning lines arranged in rows, signal lines arranged in columns, and pixels that are arranged in a matrix and that are disposed at intersections of the scanning lines and the signal lines,
• wherein each of the pixels at least includes a sampling transistor, a drive transistor, a light-emitting element, and a storage capacitor,
• wherein the sampling transistor has a control end connected to a corresponding one of the scanning lines and a pair of current ends connected between a corresponding one of the signal lines and a control end of the drive transistor,
• wherein the drive transistor has a pair of current ends, one current end being connected to the light-emitting element and the other current end being connected to a corresponding one of the power lines,
• wherein the storage capacitor is connected between the control end of the drive transistor and the one current end of the drive transistor,
• wherein the drive section includes a write scanner configured to sequentially supply a control signal to one of the scanning lines at a time in each horizontal scanning period, and a signal selector configured to supply a drive signal to each of the signal lines, the drive signal being switched between a signal potential and a reference potential in each horizontal scanning period,
• wherein the sampling transistor applies the drive signal to the control end of the drive transistor in accordance with the control signal,
• wherein the drive transistor supplies a drive current to the light-emitting element in accordance with the drive signal,
• wherein the write scanner includes output buffers, each of the output buffers being configured to output a control signal to a corresponding one of the scanning lines, the control signal including a first pulse and a second pulse in each horizontal scanning period, and
• wherein each of the output buffers includes a first output section connected to a fixed power supply and a second output section connected to a pulse power supply, the first output section outputting the first pulse, and the second output section extracting a pulse supplied from the pulse power supply and outputting the extracted pulse as the second pulse.