Electronic device and electronic device driving method thereof

An electronic device, comprising:

• a plurality of gate lines, wherein the plurality of gate lines are sequentially scanned during an active period in a frame period, and the plurality of gate lines are maintained at a low level voltage during a blank period in the frame period;
• and
• a plurality of data lines, comprising a first data line,
• wherein a waveform of the first data line during the blank period exhibits a pulse train shape, a short-line shape, and a long-line shape,
• wherein the pulse train shape alternates between a first level voltage and a second level voltage,
• wherein the short-line shape maintains at a third level voltage,
• wherein the long-line shape maintains at a fourth level voltage,
• a voltage polarity of the second level voltage is different from a voltage polarity of the first level voltage, the third level voltage is equal to a common voltage, and the voltage polarity of the first level voltage is equal to a voltage polarity of the third level voltage or a voltage polarity of the fourth level voltage.

An electronic device driving method, comprising:

• sequentially scanning a plurality of gate lines during an active period in a frame period;
• and
• maintaining the plurality of gate lines at a low level voltage during a blank period in the frame period,
• wherein a plurality of data lines comprises a first data line, a first level voltage is applied to the first data line during all the blank period or a waveform of the first data line during the blank period exhibits a pulse train shape, a short-line shape, and a long-line shape,
• wherein the first level voltage is related to an average value or a maximum value of level voltages of all of the plurality of data lines during the active period, a time length of the blank period is longer than a first time length of a first blank period, and a first frame period comprising the first blank period is adjacent to the frame period,
• wherein the pulse train shape alternates between a second level voltage and a third level voltage, the short-line shape maintains at a fourth level voltage, the long-line shape maintains at a fifth level voltage, a voltage polarity of the third level voltage is different from a voltage polarity of the second level voltage, the fourth level voltage is equal to a common voltage, and the voltage polarity of the second level voltage is equal to a voltage polarity of the fourth level voltage or a voltage polarity of the fifth level voltage.