Abstract: The specification and drawings describe and show embodiments of the present invention in the form of a liquid crystal display with a 2-port data polarity inverter. More specifically, the liquid crystal display includes a liquid crystal polarity inversion driver determining whether a polarity of a liquid crystal is inverted and inverting the polarity of the liquid crystal in accordance with the determined result, a first data polarity inversion driver determining whether a first data transition is occurred in first data inverting the polarity of the first data in accordance with the determined result, and a second data polarity inversion driver determining whether a second data transition is occurred and inverting the polarity of the second data in accordance with the determined result.

Abstract: A liquid crystal display device includes an image display part formed on a first substrate a plurality of gate tape carrier packages having a gate driving integrated circuit for driving gate lines, a plurality of data tape carrier packages having a data driving integrated circuit for driving the data lines, a first control signal line formed together with conductive lines to supply a first control signal to the gate driving integrated circuits to sequentially drive the gate lines of the image display part, a second control signal line formed together with the conductive lines to supply a second control signal to the gate driving integrated circuits to sequentially drive the gate lines of the image display part, and a first controller for supplying the first and second control signals to the first and second control signal lines.

Abstract: A liquid crystal display device includes a controller arranged on a data printed circuit board for receiving externally generated video data and clock signals and a resistor for removing electromagnetic noise generated at the controller. Electromagnetic noise such as ESD, interference from other signals, etc., which might be transmitted to a gate driver IC through a resistor formed on a data printed circuit board can be eliminated using a ground voltage and picture quality can be thereby be improved.

Abstract: A liquid crystal display device includes an image display part formed on a first substrate where data lines and gate lines are vertically and horizontally arranged, respectively, to intersect each other, a plurality of gate tape carrier packages having a gate driving integrated circuit for driving the gate lines, a plurality of data tape carrier packages having a data driving integrated circuit for driving the data lines, a plurality of conductive lines formed at an outer side of the image display part of the first substrate for supplying gate driving signals to the gate driving integrated circuits, a first control signal line formed together with the conductive lines for supplying a first control signal to the gate driving integrated circuits so that the gate lines of the image display part may be sequentially driven from the first one to the last one, a second control signal line formed together with the conductive lines for supplying a second control signal to the gate driving integrated circuits so that t

Abstract: A liquid crystal display device includes a controller arranged on a data printed circuit board for receiving externally generated video data and clock signals and a resistor for removing electromagnetic noise generated at the controller. Electromagnetic noise such as ESD, interference from other signals, etc., which might be transmitted to a gate driver IC through a resistor formed on a data printed circuit board can be eliminated using a ground voltage and picture quality can be thereby be improved.

Abstract: The specification and drawings describe and show embodiments of the present invention in the form of a liquid crystal display with a 2-port data polarity inverter. More specifically, the liquid crystal display includes a liquid crystal polarity inversion driver determining whether a polarity of a liquid crystal is inverted and inverting the polarity of the liquid crystal in accordance with the determined result, a first data polarity inversion driver determining whether a first data transition is occurred in first data inverting the polarity of the first data in accordance with the determined result, and a second data polarity inversion driver determining whether a second data transition is occurred and inverting the polarity of the second data in accordance with the determined result.