Method for driving active matrix display device

A method for driving an active matrix display device comprising:

• supplying a first signal in a first stage to a gate of a first transistor provided in an n-th pixel through an n-th gate line, said first transistor being connected with a pixel electrode of said n-th pixel at one of a source and drain of said first transistor;
• and
• supplying a second signal in a next stage to a gate of a second transistor provided in said n-th pixel through an (n+1)-th gate line, one of a source and drain of said second transistor being connected with another source and drain of said first transistor,
• wherein a data is written into said pixel electrode of said n-th pixel when all of the transistors provided in said n-th pixel are ON, and
• wherein said n-th pixel further has a transistor connected in parallel with one of said first transistor and said second transistor.

A method for driving an active matrix display device comprising:

• supplying a first signal in a first stage to a gate of a first transistor provided in an n-th pixel through an n-th gate line, said first transistor being connected with a pixel electrode of said n-th pixel at one of a source and drain of said first transistor;
• and
• supplying a second signal in a next stage to a gate of a second transistor provided in said n-th pixel through an (n+1)-th gate line, one of a source and drain of said second transistor being connected with another source and drain of said transistor.
• wherein a data is written into said pixel electrode of said n-th pixel when all of the transistors provided in said n-th pixel are ON, and
• wherein said n-th pixel further has a transistor connected in series with said first transistor and said second transistor and kept ON constantly.