Display panel and display apparatus using the same and control-signal driving method thereof

A display apparatus, comprising:

• a timing controller;
• a gate driver, coupled to the timing controller;
• a first source driver, coupled to the timing controller;
• a second source driver, coupled to the timing controller;
• and
• a display panel, coupled between the gate driver and the source drivers, comprising:
• M rows of scanning lines driven by the gate driver, wherein M is a positive integer;
• N columns of data lines, wherein N is a positive integer, each data line comprises a first sub-data line driven by the first source driver and a second sub-data line driven by the second source driver;
• and
• M*N pixels aligned in a matrix, a pixel of the matrix in row i and column j being represented as P(i, j), wherein i and j are integers, and 1≦i≦M and 1≦j≦N, and the first sub-data line of column j is coupled to the pixel P(i, j) and the second sub-data line of column j is coupled to the pixel P(i+1, j);
• Wherein, the timing controller controls the gate driver, the first source driver and the second source driver, when the scanning line coupled to the pixel P(i, j) is actuated, the scanning line coupled to the pixel P(i+1, j) is also actuated in a period of a gate impulse, and the first source driver drives data to the first sub-data line of column j and the second source driver drives data to the second sub-data line of column j.

A display apparatus, comprising:

• a timing controller;
• a gate driver, coupled to the timing controller;
• a first source driver, coupled to the timing controller;
• a second source driver, coupled to the timing controller;
• and
• a display panel, coupled between the gate driver and the source drivers, comprising:
• M rows of scanning lines driven by the gate driver, wherein M is a positive integer;
• N columns of data lines, wherein N is a positive integer, and each data line comprises a first sub-data line driven by the first source driver and a second sub-data line driven by the second source driver;
• and
• M*N pixels aligned in a matrix, a pixel of the matrix in row i and column j being represented as P(i, j), wherein i and j are integers, and 1≦i≦M and 1≦j≦N, the first sub-data line of column j is coupled to the pixel P(i, j) and the second sub-data line of column j is coupled to the pixel P(i+1, j);
• wherein, the timing controller controls the gate driver, when the scanning line of row i is actuated, the scanning line of row i+1 is also actuated, and the timing controller controls the first source driver to drive data to the first sub-line of the data lines synchronously and controls the second source driver to drive data to the second sub-line of the data lines synchronously.

A display panel, comprising:

• M rows of scanning lines, wherein M is a positive integer;
• N columns of data lines, wherein N is a positive integer, and each data line comprises a first sub-data line and a second sub-data line;
• and
• M*N pixels aligned in a matrix, a pixel of the matrix in row i and column j being represented as P(i, j), wherein i and j are integers, and 1≦i≦M and 1≦j≦N, and the first sub-data line of column j is coupled to the pixels of P(i, j) and P(i+3, j), and the second sub-data line of column j is coupled to the pixels of P(i+1, j) and P(i+2, j).

A display apparatus, comprising:

• a timing controller;
• a gate driver, coupled to the timing controller;
• a first source driver, coupled to the timing controller;
• a second source driver, coupled to the timing controller;
• and
• a display panel, coupled between the gate driver and the source drivers, comprising:
• M rows of scanning lines driven by the gate driver, wherein M is a positive integer;
• N columns of data lines, wherein N is a positive integer, each data line comprises a first sub-data line driven by the first source driver and a second sub-data line driven by the second source driver;
• and
• M*N pixels aligned in a matrix, a pixel of the matrix in row i and column j being-represented as P(i, j), wherein i and j are integers, and 1≦i≦M and 1≦j≦N, the first sub-data line of column j is coupled to the pixels of P(i, j) and P(i+3, j), and the second sub-data line of column j is coupled to the pixels of P(i+1, j) and P(i+2, j);
• wherein the timing controller controls the gate driver, the first source driver and the second source driver, and when the scanning line coupled to the pixel P(i, j) is actuated, the scanning line coupled to the pixel P(i+1, j) is also actuated , and data of pixel P(i, j) is driven to the first sub-data line of column j by the first source driver, data of pixel P(i+1, j) is driven to the second sub-data line of column j by the second source driver, and when the scanning line coupled to the pixel P(i+2, j) is actuated, the scanning line coupled to the pixel P(i+3, j) is also actuated, and data of pixel P(i+3, j) is driven to the first sub-data line of column j by the first source driver, data of pixel P(i+2, j) is driven to the second sub-data line of column j by the second source driver.

A display apparatus, comprising:

• a timing controller;
• a gate driver, coupled to the timing controller;
• a first source driver, coupled to the timing controller;
• a second source driver, coupled to the timing controller;
• and
• a display panel, coupled between the gate driver and the source drivers, comprising:
• M rows of scanning lines driven by the gate driver, wherein M is a positive integer;
• N columns of data lines, wherein N is a positive integer, each data line comprises a first sub-data line driven by the first source driver and a second sub-data line driven by the second source driver;
• and
• M*N pixels aligned in a matrix, a pixel of the matrix in row i and column j being illustrated as P(i, j), wherein i and j are integers, and 1≦i≦M and 1≦j≦N, the first sub-data line of column j and the scanning line of row i is coupled to the pixel of P(i, j), and the second sub-data line of column j and the scanning line of row i+1 is coupled to the pixel of P(i+1, j), the second sub-data line of column j and the scanning line of row i+2 are coupled to the pixel of P(i+2, j), and the first sub-data line of column j and the scanning line of row i+3 are coupled to the pixel of P(i+3, j);
• wherein the timing controller controls the gate driver, when the scanning line of row i is actuated, the scanning line of row i+1 is also actuated in a period of a gate impulse, when the scanning line of row i+2 is actuated, the scanning line of row i+3 is also actuated in a period of a gate impulse, and the timing controller controls the first source driver to drive data to the first sub-data line synchronously and controls the second source driver to drive data to the second sub-data line synchronously.