Abstract: A liquid crystal display device includes a liquid crystal panel having liquid crystal pixels on regions defined by a plurality of gate lines and a plurality data lines, a gate voltage generator configured to generate a gate high voltage and a gate low voltage, and a gate driver configured to generate gate scan signals to respective gate lines using the gate high and low voltages. The gate scan signals are enabled and shifted sequentially by a predetermined interval. A gate voltage modulating unit is configured to modulate the gate high voltage such that an impulse having a negative polarity is added every predetermined period to the gate high voltage supplied to the gate driver. The gate voltage modulating unit controls a width of the impulse depending on characteristics of the liquid crystal panel to control starting points of predetermined edges of the gate scan signals.

Abstract: An LCD device is disclosed, which is suitable for designing a pad for a fine pitch to decrease a pad and a data TCP of a data driver in size, the LCD device including: an LCD panel that includes upper and lower substrates and a liquid crystal layer; a gate driving unit that includes a plurality of gate drivers formed corresponding to an edge area of the lower substrate; a data driving unit that includes a plurality of data drivers connected with a source PCB and the lower substrate by respective data TCPs; and a plurality of data pads that are arranged at fixed intervals on the data TCP so as to transmit a data signal of the data driving unit to a data line of the LCD panel, wherein each of the data pads includes first and second parts having different bonding areas.

Abstract: A liquid crystal display device includes a liquid crystal panel having liquid crystal pixels on regions defined by a plurality of gate lines and a plurality data lines, a gate voltage generator configured to generate a gate high voltage and a gate low voltage, and a gate driver configured to generate gate scan signals to respective gate lines using the gate high and low voltages. The gate scan signals are enabled and shifted sequentially by a predetermined interval. A gate voltage modulating unit is configured to modulate the gate high voltage such that an impulse having a negative polarity is added every predetermined period to the gate high voltage supplied to the gate driver. The gate voltage modulating unit controls a width of the impulse depending on characteristics of the liquid crystal panel to control starting points of predetermined edges of the gate scan signals.

Abstract: A torsion spring is equipped to provide a resilient force toward an opposite direction of a manipulation force of a driver's pedal and an magnetorheological damper is equipped to promptly actively attenuate the resilient force of the torsion spring and the manipulation force of the driver's pedal. Thereby, contributing to a wide control range of the reaction force of the pedal, an effective response, and a proper formation of hysteresis of the reaction force of the pedal.

Abstract: A torsion spring is equipped to provide a resilient force toward an opposite direction of a manipulation force of a driver's pedal and an MR damper is equipped to promptly actively attenuate the resilient force of the torsion spring and the manipulation force of the driver's pedal. Thereby, contributing to a wide control range of the reaction force of the pedal, an effective response, and a proper formation of hysteresis of the reaction force of the pedal.