Aspects of the invention can provide a
driving circuit of an electro-optical device that can reduce or prevent bad influences of a transverse
electric field and a
crosstalk. There can be provided a
driving circuit of an electro-optical device, the
driving circuit generating timing signals for supplying scanning signals to a display unit in which pixels can be formed corresponding to the respective intersections between a plurality of
data lines and a plurality of scanning lines arranged in a matrix shape and the switching elements provided in the pixels are turned on by the scanning signals supplied to the scanning lines, so that the
image signal supplied to the
data lines are applied to the pixel electrodes of the pixels through the switching elements to drive the display unit. The driving circuit can include a transmission
clock generating device for generating a transmission
clock for sequentially transmitting the scanning signals to the scanning lines in
synchronism with a
signal having a frequency equal to a horizontal frequency of input image signals and outputting the transmission
clock as a timing
signal, a vertical reset
signal generating device for generating a vertical reset signal synchronized with the transmission clock generated in close proximity of a vertical
synchronizing signal of the input image signals, a scanning start pulse generating device for generating a scanning start pulse defining a start timing of a vertical scanning operation on the basis of the transmission clock and the vertical reset signal and outputting the scanning start pulse as a timing signal, and a writing image generating device for generating writing image signals to be supplied to the
data lines by delaying the input image signals on the basis of the transmission clock and the vertical reset signal.