Abstract:
A display device includes: a display panel for displaying frames during an elapse of time; and an emission driver for providing first and second emission power sources to the display panel, wherein: each of the frames comprises a first light emitting period, a light non-emitting period and a second light emitting period according to a time sequence, a difference value between the first and second emission power sources is substantially equal to or greater than a reference value during the first and second light emitting periods, and is less than the reference value during the light non-emitting period, and the difference value between the first and second emission power sources decreases over an elapse of time during the first light emitting period, and increases over an elapse of time during the second light emitting period.
Abstract:
A display device includes: a display panel for displaying frames during an elapse of time; and an emission driver for providing first and second emission power sources to the display panel, wherein: each of the frames comprises a first light emitting period, a light non-emitting period and a second light emitting period according to a time sequence, a difference value between the first and second emission power sources is substantially equal to or greater than a reference value during the first and second light emitting periods, and is less than the reference value during the light non-emitting period, and the difference value between the first and second emission power sources decreases over an elapse of time during the first light emitting period, and increases over an elapse of time during the second light emitting period.
Abstract:
The present invention relates to a memory, a memory addressing method, and a display device. The memory stores first image data and second image data of a line unit stored in a line buffer unit. The memory includes at least a first DDR3 memory and a second DDR3 memory, reads the first image data of the line unit, divides the read first image data of the line unit, and writes the divided data to a corresponding block among a plurality of blocks of each of the first DDR3 memory and the second DDR3 memory. Also, the memory reads second image data of the line unit, divides the read second image data of the line unit, and writes the divided data to another corresponding block among the plurality of blocks of each of the first DDR3 memory and the second DDR3 memory.
Abstract:
The present invention relates to a memory, a memory addressing method, and a display device. The memory stores first image data and second image data of a line unit stored in a line buffer unit. The memory includes at least a first DDR3 memory and a second DDR3 memory, reads the first image data of the line unit, divides the read first image data of the line unit, and writes the divided data to a corresponding block among a plurality of blocks of each of the first DDR3 memory and the second DDR3 memory. Also, the memory reads second image data of the line unit, divides the read second image data of the line unit, and writes the divided data to another corresponding block among the plurality of blocks of each of the first DDR3 memory and the second DDR3 memory.