Abstract: An image sensing system includes a camera module and an application processor. The camera module includes: an image sensor including a pixel array, the pixel array including color filters having a first pattern, the image sensor being configured to sense light incident on the pixel array to generate a first pattern image signal having the first pattern; a first converter configured to convert the first pattern image signal into a second pattern image signal having a second pattern different from the first pattern; and a second converter configured to convert the second pattern image signal into a third pattern image signal having a third pattern different from the first pattern and the second pattern. The application processor is configured to perform image processing on the third pattern image signal.

Abstract: An image sensing system includes a camera module and an application processor. The camera module includes: an image sensor including a pixel array, the pixel array including color filters having a first pattern, the image sensor being configured to sense light incident on the pixel array to generate a first pattern image signal having the first pattern; a first converter configured to convert the first pattern image signal into a second pattern image signal having a second pattern different from the first pattern; and a second converter configured to convert the second pattern image signal into a third pattern image signal having a third pattern different from the first pattern and the second pattern. The application processor is configured to perform image processing on the third pattern image signal.

Abstract: An image sensing system includes a camera module and an application processor. The camera module includes: an image sensor including a pixel array, the pixel array including color filters having a first pattern, the image sensor being configured to sense light incident on the pixel array to generate a first pattern image signal having the first pattern; a first converter configured to convert the first pattern image signal into a second pattern image signal having a second pattern different from the first pattern; and a second converter configured to convert the second pattern image signal into a third pattern image signal having a third pattern different from the first pattern and the second pattern. The application processor is configured to perform image processing on the third pattern image signal.

Abstract: A mounting structure of a semiconductor package includes a semiconductor package, a chassis having a coupling boss protruding at a position corresponding to the coupling hole, a coupling member penetrating the coupling hole and coupled to the coupling boss, and an insulation member covering around the coupling hole of the reinforcing plate and making insulation contact with the coupling member and the coupling boss. The semiconductor package includes a film substrate for interfacing transmission of signals between a circuit board and a display panel, a semiconductor chip forming an electrical contact point with the film substrate, and a reinforcing plate to which the film substrate and the semiconductor chip are directly attached. The reinforcing plate has a coupling hole.

Abstract: A mounting structure of a semiconductor package includes a semiconductor package, a chassis having a coupling boss protruding at a position corresponding to the coupling hole, a coupling member penetrating the coupling hole and coupled to the coupling boss, and an insulation member covering around the coupling hole of the reinforcing plate and making insulation contact with the coupling member and the coupling boss. The semiconductor package includes a film substrate for interfacing transmission of signals between a circuit board and a display panel, a semiconductor chip forming an electrical contact point with the film substrate, and a reinforcing plate to which the film substrate and the semiconductor chip are directly attached. The reinforcing plate has a coupling hole.

Abstract: A plasma display device includes a controller for generating and outputting scan data corresponding to a scan electrode to which a scan pulse is applied during an address period, and outputting the same to a scan integrated circuit having a plurality of output terminals coupled to the scan electrodes for driving the scan electrodes. During an address period, the scan integrated circuit applies a first voltage through an output terminal corresponding to the scan data, and applies a second voltage that is greater than the first voltage through another output terminal. The configuration enables the plasma display device to freely control the order of the scan electrodes to which the first voltage is applied according to the scan data.

Abstract: A driving system and method for use with a plasma display device, which includes a plurality of first electrodes and a plurality of second electrodes that perform display operation with the plurality of first electrodes, selectively applies a first voltage to the plurality of first electrodes and applies a second voltage that is higher than the first voltage to first electrodes to which the first voltage is not applied during an address period of a first subfield having the lowest weight value among the plurality of subfields, applies a third voltage that corresponds to a voltage difference between the first voltage and the second voltage to the plurality of first electrodes during a first period of a sustain period, and applies a fourth voltage that is lower than the third voltage to the plurality of second electrodes during the first period.

Abstract: Wall charges of a turn-off cell selected from among a plurality of discharge cells are erased by applying an address voltage to a third electrode corresponding to the turn-off cell in an address period, and first and second pulse strings are respectively applied to first electrodes and second electrodes in a sustain period, where the first pulse string alternates between a first voltage and a second voltage higher than the first voltage, and the second pulse string has the same pattern as, but a different alternating timing from, the first pulse string. The sustain period includes an overlapping duration in which voltages of the first and second pulse strings are simultaneously higher than the first voltage.

Abstract: A method of driving a plasma display using a frame having a plurality of weighted subfields includes applying overlapping sustain pulses to first and second electrodes of the display during a sustain period of at least one subfield in the frame, and applying at least one non-overlapping sustain pulse to the first and second electrodes during the sustain period.

Abstract: A plasma display, a controller therefor and a method of driving determines a total number of sustain pulses according to a screen load ratio, and allocates sustain pulses to each subfield according to a weight value of that subfield. A ratio of overlap sustain pulses to non-overlap sustain pulses is determined according to the weight value of each subfield, and the overlap and non-overlap sustain pulses are arranged according to the determined ratio. The arranged sustain pulses are applied to a plurality of first and second electrodes that perform a display operation during a sustain period.

Abstract: A plasma display, a controller therefor and a method of driving determines a screen load ratio from a plurality of video signals input during one frame, and determines a total number of sustain pulses according to the screen load ratio. A ratio of overlap sustain pulses to non-overlap sustain pulses is determined according to a first load ratio, and the overlap and non-overlap sustain pulses are arranged according to the determined ratio. The first load ratio may be the screen load ratio or a display load ratio. The arranged sustain pulses are applied to a plurality of first and second electrodes that perform a display operation during a sustain period.