An image processing apparatus includes a determining section that determines an evaluation period relating to a sync signal according to a processing timing of image information, a signal outputting section that outputs a timing signal in a case where the sync signal is not received in the evaluation period, and a control section that controls the processing timing in accordance with the timing signal.

An image processing apparatus includes a determining section that determines an evaluation period relating to a sync signal according to a processing timing of image information, a signal outputting section that outputs a timing signal in a case where the sync signal is not received in the evaluation period, and a control section that controls the processing timing in accordance with the timing signal.

AC (alternating current) direct driving circuit device for uniformity of multi-channel light emitting diodes includes: a power supply unit that applies AC voltage; a light emitting unit including a plurality of light emitting diodes which are connected in series and emit light by current according to the voltage applied by the power supply unit; a switch unit including a plurality of switch modules which are formed on a plurality of conductive lines connecting input nodes of two different light emitting diodes among the plurality of light emitting diodes and distribute an amount of the current flowing in each of the light emitting diodes by turning on or off according to an increase or decrease in the amount of the current; a distribution resistance unit including a plurality of distribution resistors for distributing the amount of the current; and a driving unit that controls the amount of the current flowing in each of the plurality of light emitting diodes by selectively connecting the current flowing in each of the plurality of light emitting diodes to at least one of the plurality of distribution resistors.

An image processing apparatus includes a determining section that determines an evaluation period relating to a sync signal according to a processing timing of image information, a signal outputting section that outputs a timing signal in a case where the sync signal is not received in the evaluation period, and a control section that controls the processing timing in accordance with the timing signal.

An image processing apparatus includes a determining section that determines an evaluation period relating to a sync signal according to a processing timing of image information, a signal outputting section that outputs a timing signal in a case where the sync signal is not received in the evaluation period, and a control section that controls the processing timing in accordance with the timing signal.

The light emitting device is divided into a plurality of areas, and has, as main configuration elements, an area drive circuit (2), which generates LED data and LCD data, an LED controller (4), and a backlight unit (5), which is provided with a plurality of LEDs (52) corresponding to each of the areas. The power calculating unit of the LED controller (4) is mainly configured of a power calculating circuit (42), a power limiter circuit (43), and a limit value updating circuit (45), and the emission power to be supplied to each of the LEDs (52) is calculated for each are on the basis of image data. The power calculating unit performs the calculation such that the sum (Psum) of the emission power does not exceed a power limit value (Plimit) currently set, and updates the power limit value (Plimit) by following a previously set pattern.

AC (alternating current) direct driving circuit device for uniformity of multi-channel light emitting diodes includes: a power supply unit that applies AC voltage; a light emitting unit including a plurality of light emitting diodes which are connected in series and emit light by current according to the voltage applied by the power supply unit; a switch unit including a plurality of switch modules which are formed on a plurality of conductive lines connecting input nodes of two different light emitting diodes among the plurality of light emitting diodes and distribute an amount of the current flowing in each of the light emitting diodes by turning on or off according to an increase or decrease in the amount of the current; a distribution resistance unit including a plurality of distribution resistors for distributing the amount of the current; and a driving unit that controls the amount of the current flowing in each of the plurality of light emitting diodes by selectively connecting the current flowing in each of the plurality of light emitting diodes to at least one of the plurality of distribution resistors.