Liquid crystal display panel driving circuit and liquid crystal device

The invention discloses a liquid crystal display panel driving circuit and a liquid crystal device. The liquid crystal display panel driving circuit and the liquid crystal device aim to avoid the phenomenon that when a data line signal in a liquid crystal display panel changes, coupling disturbance is caused to a public electrode by the data line signal through a stray capacitor located between a data line and the public electrode, and thus horizontal crosstalk happens to the panel. According to the liquid crystal display panel driving circuit and the liquid crystal device, different public electrode compensation gains are provided for different areas on the liquid crystal display panel through a compensation circuit, and thus the probability of horizontal crosstalk can be lowered; the compensation gain control circuit conducts control by means of a gate region moving line in the panel, and thus the cost of the control circuit can be reduced.