Abstract: A TFT module includes TFTs; gate bus lines; a plurality of source bus lines; unit electrodes connected with the source bus lines via the TFTs; a gate driver configured to supply a scan signal from a first end of the gate bus lines and a source driver configured to supply a data signal from a first end of the source bus lines, the gate driver and the source driver being provided in a second region lying around a first region in which the unit electrodes are provided; current sensing circuits provided in the second region; and feedback lines. Each of the feedback lines is connected with a corresponding current sensing circuit and with a second end of a corresponding source bus line or gate bus line, the second end being opposite to the first end.

Abstract: A scanned antenna according to an embodiment includes a plurality of first antenna elements and a plurality of second antenna elements. The first antenna elements are driven by a gate driver connected to a plurality of first gate bus lines and a first source driver connected to a plurality of first source bus lines. The second antenna elements are driven by a gate driver connected to a plurality of second gate bus lines and a second source driver connected to a plurality of second source bus lines. The gate driver and the gate driver operate independently of each other, and the first source driver and the second source driver operate independently of each other.

Abstract: A TFT module 101 includes: a substrate; a plurality of TFTs (10); a plurality of gate bus lines (GL); a plurality of source bus lines (SL); a plurality of unit electrodes (UE) connected with the source bus lines via the TFTs; a gate driver (GD) configured to supply a scan signal from a first end of the plurality of gate bus lines and a source driver (SD) configured to supply a data signal from a first end of the plurality of source bus lines, the gate driver and the source driver being provided in a second region (R2) lying around a first region in which the plurality of unit electrodes (UE) are provided; a plurality of current sensing circuits (SC) provided in the second region; and a plurality of feedback lines (FBL). Each of the feedback lines is connected with a corresponding current sensing circuit and with a second end of a corresponding source bus line or gate bus line, the second end being opposite to the first end.

Abstract: A scanned antenna according to an embodiment includes a plurality of first antenna elements and a plurality of second antenna elements. The first antenna elements are driven by a gate driver connected to a plurality of first gate bus lines and a first source driver connected to a plurality of first source bus lines. The second antenna elements are driven by a gate driver connected to a plurality of second gate bus lines and a second source driver connected to a plurality of second source bus lines. The gate driver and the gate driver operate independently of each other, and the first source driver and the second source driver operate independently of each other.

Abstract: In a display control circuit 200 of a display device, a memory control unit 22 sequentially writes image data for one frame included in a display data signal DAT in a prescribed address range of a frame memory 21 on the basis of the starting address that is calculated by a starting address calculation unit 25 and that corresponds to a position serving as a starting point on a screen in accordance with a display position selection signal SEL and on the basis of the display resolution of the display data signal DAT determined by a resolution determination unit 23. With this, the image is not displayed on the entire display screen but can be partially displayed in a predetermined range from the starting point. This leads to display suitable for display devices for specialty applications (typically, for amusements and the like).