摘要:
A material layer containing impurities that react with water molecules is formed on a substrate. The material layer is then heated under a pressure exceeding one atmosphere and in the presence of water vapor to generate pores in the material layer. The material layer may form the interlayer insulating layer of a semiconductor device.
摘要:
A method for driving a plasma display panel having first electrodes, second electrodes, and panel capacitors formed between the first and second electrodes. In a reset period: a first voltage corresponding to a voltage applied to the first electrode which is not selected in an address period is applied; a waveform which rises to a second voltage from the first voltage is applied to the first electrode; and the voltage at the first electrode is reduced to a third voltage.
摘要:
In a panel driving method, first and second type sub-fields comprise at least two sub-fields in a unit frame. At least one of the first type sub-fields sequentially includes an addressing period for a first display electrode line group, a display-sustain period for the first display electrode line group, an addressing period for a second display electrode line group, and a display-sustain period for the first and second display electrode line groups. At least one of the second type sub-fields sequentially includes an addressing period for the second display electrode line group, a display-sustain period for the second display electrode line group, an addressing period for the first display electrode line group, and a display-sustain period for the first and second display electrode line groups. Moreover, the display-sustain periods of at least two of sub-fields in the unit frame are equal to each other.
摘要:
A panel driving method for driving a display panel having a progressive scanning electrode structure includes determining an image output mode, driving the display panel by progressive scanning in a first mode, and driving the display panel by interlaced scanning in a second mode. In a display panel having a progressive scanning electrode structure, progressive scanning is used to embody high definition, or interlaced scanning is used to embody high luminance, according to a desired image output mode. A panel driving apparatus comprises a scanning pulse generator applying the same address pulse to pairs of scan electrodes, a first sustain pulse generator for applying main sustain pulses to a first group of scan electrodes, and a second sustain pulse generator for applying subsidiary sustain pulses to a second group of scan electrodes.
摘要:
A plasma display panel having a plurality of first electrodes and a driver for applying scan signals to the first electrodes in order, the driver having a plurality of selection circuit groups, each selection circuit group having a plurality of selection circuits. Driving signals are applied to the first electrodes through the output ends of selection circuits in one selection circuit group, the output ends being connected in parallel.
摘要:
A method for driving a display panel including a first electrode, a second electrode and an address electrode crossed with the first and second electrodes to form a discharge cell. The method comprises, during a sustain period, alternately applying a voltage pulse to the first and second electrodes, and floating the first or the second electrode and maintaining it at a first voltage level while the voltage pulse is applied to the other electrode.
摘要:
A panel driving method in which a single TV field includes at least one reset period and at least one subfield and each of the at least one subfields includes an address period and a sustain period, includes supplying a variable reset pulse according to the length of a pause period in a previous or present TV field. A variable reset period is supplied according to the length of a pause period in a single TV field, so that a reset operation for preparing the address period is stably performed.
摘要:
A plasma display panel driver for applying a Zener diode to a falling ramp driving circuit, and reducing a falling ramp driving initial voltage to a voltage that causes a discharge. The driver comprises a transistor having a first electrode coupled between a first terminal of a panel capacitor and a power source; a capacitor having a first terminal coupled to a control electrode of the transistor; and a first resistor, a diode, and a Zener diode coupled in parallel between a second terminal of the capacitor and the first electrode of the transistor.
摘要:
Apparatus and method for a plasma display panel (PDP) for controlling power on external video data and generating power control data into N subfields to represent grays is provided having a plasma panel including a plurality of address electrodes, scan electrodes and sustain electrodes arranged in pairs with the address electrodes, a controller for performing power control on the video data to generate N subfields, generating subfield data and sustain pulse information corresponding to the respective subfields, and outputting a floating control signal for controlling a floating time according to the sustain pulse information, an address data driver for applying a voltage that corresponds to the subfield data to the address electrode, a sustain electrode driver for applying a voltage to the sustain electrode according to the sustain pulse information output by the controller, and a scan electrode driver for controlling the floating time according to the floating control signal, and applying a voltage to the scan electrode according to the sustain pulse information.
摘要:
A method for driving a discharge display panel provides at least a first type sub-filed and a second type sub-field that are used alternately over the span of at least a sub-field. The first type sub-field sequentially includes an addressing time for a first display electrode-line group, a display-sustain time for the first display electrode-line group, an addressing time for a second display electrode-line group, and a display-sustain time for the first display electrode-line group and the second display electrode-line group. Each of the second type sub-fields sequentially includes an addressing time for a second display electrode-line group, a display-sustain time for the second display electrode-line group, an addressing time for the first display electrode-line group, and a display-sustain time for the first display electrode-line group and the second display electrode-line group.