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A liquid crystal device having a display section provided with a plurality of
X
electrodes and a plurality of Y electrodes, a master X driver IC and a slave X
driver IC for driving the X electrodes, and a Y driver for driving the Y electrodes.
The master IC has a display control signal generation section which generates a
display control signal based on a signal from an external MPU and an output terminal
(or input/output terminal) which outputs the display control signal. Each of the
master IC and slave IC has an input terminal for receiving the display control
signal from the master IC through an external wiring. This liquid crystal device
can eliminate a luminance difference within the display screen driven by the master
IC and the slave IC.
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< Display device with an improved contact hole arrangement for contacting a semiconductor layer through an insulation film
< Process for encapsulating a component made of organic semiconductors
> Digital micromirror device and method of driving digital micromirror device
> MEMBER TO BE RECOGNIZED FOR ALIGNMENT; HEAD UNIT AND ELECTRONIC DEVICE PROVIDED THEREWITH; METHOD OF MANUFACTURING LCD, ORGANIC EL DEVICE, ELECTRON EMISSION DEVICE, PDP DEVICE, ELECTROPHORETIC DISPLAY DEVICE, COLOR FILTER, AND ORGANIC EL; METHOD OF FORMING SPACER, METALLIC WIRE, LENS, RESIST, AND LIGHT DIFFUSION MEMBER, EACH OF SAID METHODS USING SAID HEAD UNIT
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~ 00204
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