A transflective type liquid crystal display panel comprising: - a gate line on a substrate; - a data line crossing the gate line to defme a pixel region comprised of a transmitting part and a reflective part; - a thin film transistor adjacent to a crossing of the gate and data lines; - a first insulation film on a passivation film covering the thin film transistor; - a reflective electrode in the reflective part of the pixel region, for reflecting incident light; - a pixel electrode formed on a second insulation film covering the reflective electrode, and connected to a drain electrode of the thin film transistor via a contact hole; and - a first coupling capacitor formed by the reflective electrode, the drain electrode and the first insulation film, wherein the first insulation film is interposed between the reflective electrode and the drain electrode, and wherein the reflective electrode overlaps the drain electrode; and - a second coupling capacitor formed by the pixel electrode, the reflective electrode and the second insulation film overlapping with the pixel electrode, wherein the second insulation film is interposed between the pixel electrode and the reflective electrode, and wherein the pixel electrode overlaps the reflective electrode; characterized in that - an electric capacity of the first coupling capacitor is lower than an electric capacity of the second coupling capacitor, - wherein the pixel electrode comprises: - a first electrode portion overlapping the reflective electrode and being in direct contact with the thin film transistor, - a second to a fourth electrode portions, - a first connection portion connecting the first electrode portion with the second electrode portion, - a second connection portion connecting the second electrode portion with the third electrode portion, and - a third connection portion connecting the third electrode portion with the fourth electrode portion, - wherein the first electrode portion among the first to fourth electrode portions has the smallest area. - a gate line on a substrate; - a data line crossing the gate line to defme a pixel region comprised of a transmitting part and a reflective part; - a thin film transistor adjacent to a crossing of the gate and data lines; - a first insulation film on a passivation film covering the thin film transistor; - a reflective electrode in the reflective part of the pixel region, for reflecting incident light; - a pixel electrode formed on a second insulation film covering the reflective electrode, and connected to a drain electrode of the thin film transistor via a contact hole; and - a first coupling capacitor formed by the reflective electrode, the drain electrode and the first insulation film, wherein the first insulation film is interposed between the reflective electrode and the drain electrode, and wherein the reflective electrode overlaps the drain electrode; and - a second coupling capacitor formed by the pixel electrode, the reflective electrode and the second insulation film overlapping with the pixel electrode, wherein the second insulation film is interposed between the pixel electrode and the reflective electrode, and wherein the pixel electrode overlaps the reflective electrode; characterized in that - an electric capacity of the first coupling capacitor is lower than an electric capacity of the second coupling capacitor, - wherein the pixel electrode comprises: - a first electrode portion overlapping the reflective electrode and being in direct contact with the thin film transistor, - a second to a fourth electrode portions, - a first connection portion connecting the first electrode portion with the second electrode portion, - a second connection portion connecting the second electrode portion with the third electrode portion, and - a third connection portion connecting the third electrode portion with the fourth electrode portion, - wherein the first electrode portion among the first to fourth electrode portions has the smallest area.