CN101387770B - Drive method for liquid crystal display device - Google Patents
Drive method for liquid crystal display device Download PDFInfo
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- CN101387770B CN101387770B CN2007100769907A CN200710076990A CN101387770B CN 101387770 B CN101387770 B CN 101387770B CN 2007100769907 A CN2007100769907 A CN 2007100769907A CN 200710076990 A CN200710076990 A CN 200710076990A CN 101387770 B CN101387770 B CN 101387770B
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Abstract
The invention relates to a drive method for liquid crystal display devices, comprising: providing a liquid crystal display device comprising a data drive circuit and a plurality of sub pixels arranged in a matrix form, the data drive circuit provides a gray scale voltage with spatial periodic variation of polarity for each sub pixel row, to sum the sub pixel gray scale voltages of each spatial period to zero. The drive method for liquid crystal display devices can basically eliminate the crosstalk of liquid crystal display devices.
Description
Technical field
The present invention relates to a kind of driving method of liquid crystal indicator.
Background technology
Advantages such as liquid crystal indicator has gently, thin, short and small and little power consumption have been widely used in modernized information equipments such as notebook computer, mobile phone and personal digital assistant.
Usually, liquid crystal indicator comprises a liquid crystal panel for displaying images.This liquid crystal panel comprises a data drive circuit and a plurality of pixel cell that is arranged, and wherein each pixel cell comprises three sub-pixels.During the liquid crystal indicator display image, this data drive circuit provides gray scale voltage for the sub-pixel of each pixel cell in this liquid crystal panel.The gray scale voltage polarity of adjacent two frames of same sub-pixel is opposite, and the polarity of adjacent two sub-pixels is also opposite in the same frame.Simultaneously, the pixel cell of the normal GTG of each display image, its column direction with present black attitude in the line direction adjacent unit pixel and show, promptly its display effect is high gray.At present, this kind display device is used widely because of its good display quality, yet, when it showed particular image, the alleged crosstalk phenomenon of industry can appear.
Seeing also Fig. 1, is the display image synoptic diagram that crosstalk phenomenon appears in a kind of prior art liquid crystal indicator.The regional A of this display image one is positioned at the horizontal band-like zone in the middle of the display image, and this zone A center section is a rectangle high gray picture and two ends are same low grey menu.Zone around the A of this zone is an area B, the picture of the low grey menu same gray level at its demonstration and A two ends, this zone.When liquid crystal indicator shows this image, produce more serious crosstalk phenomenon, the low grey menu display brightness at belt-like zone two ends is different with the display brightness of same gray level picture in the area B among the A of this zone, and colourity is also different.
Seeing also Fig. 2, is the sub-pixel gray scale voltage polarity synoptic diagram that regional A and area B adopt the driving method of prior art liquid crystal indicator among Fig. 1.Liquid crystal indicator is an inversion driving mode, and wherein, three sub-pixels are formed a pixel cell.In the area B, data drive circuit is opposite for the gray scale voltage polarity that each sub-pixel and adjacent subpixels thereof provide, and provides high gray voltage along column direction and line direction adjacent unit pixel for the pixel cell of each normal gray scale voltage.This just makes data drive circuit for the gray scale voltage polarity that every capable sub-pixel provides is a minimum period with six sub-pixels, is regular and changes.Data drive circuit provides amplitude the gray scale voltage identical with polarity for the sub-pixel that is positioned at the area B at its belt-like zone two ends among the A of this zone, and the voltage of high gray is provided for the sub-pixel of intermediate rectangular part.
During normal the demonstration, the common electric voltage of regional A and area B is all V
ComYet, during the image of actual displayed Fig. 1, the common electric voltage of zone A and area B changes, and the common electric voltage in two zones is unequal, and reason is as follows: each sub-pixel comprises a data line (figure does not show), one scan line (figure does not show), a public electrode (figure does not show), a pixel electrode (figure does not show) and a thin film transistor (TFT) (figure does not show) in the liquid crystal indicator.There is memory capacitance between this public electrode and this pixel electrode, there are a large amount of stray capacitances in the source electrode of thin film transistor (TFT) and drain electrode between the data line of public electrode and liquid crystal indicator, in the pixel, as be present in gate leakage capacitance between the film crystal tube grid of pixel electrode and grid source electric capacity, grid and drain electrode between source electrode and living electric capacity etc. is omitted in the source between source electrode and drain electrode, therefore, during this pixel cell display image, the common electric voltage of public electrode is subjected to the pulling of above-mentioned capacitively coupled signal, and its current potential is offset.
Data drive circuit provides the gray scale voltage of opposed polarity according to an inversion driving mode for two adjacent in every capable sub-pixel in liquid crystal panel sub-pixels.This causes in the area B, and in the cycle that per six sub-pixels are formed, the positive polarity gray scale voltage sum that data drive circuit provides is less than the gray scale voltage sum of the negative polarity that provides with data drive circuit in one-period.Therefore, in the whole zone of area B, data drive circuit for each gray scale voltage sum of providing of row sub-pixel less than zero.In the liquid crystal indicator displayed map 1 during image, the common electric voltage V in the area B
Com2Be subjected to the coupling of electric capacity, the gray scale voltage that data drive circuit provides causes common electric voltage V less than zero
ComPulled down, and then make the actual common electric voltage V of area B
Com1Less than common electric voltage V
Com
Among the A of zone, because of being the high gray viewing area in the middle of it, data drive circuit is repealed by implication for positive polarity gray scale voltage and negative polarity gray scale voltage that this each sub-pixel of high gray viewing area provides, and its summation is zero.And the gray scale voltage that data drive circuit provides for the sub-pixel of regional A two end portions is consistent for the gray scale voltage polarity that the sub-pixel of this area B provides with data drive circuit, and this part gray scale voltage sum is also less than zero.Since among the regional A only the gray scale voltage sum of two end portions less than zero, and the gray scale voltage sum of middle high gray viewing area equals zero, therefore, among the A of zone in every capable sub-pixel, numerical value after each sub-pixel gray scale voltage summation is less than the numerical value after the every capable sub-pixel gray scale voltage summation of area B.And then the common electric voltage V of each row sub-pixel correspondence among the regional A
Com1Be subjected to the capacitive coupling effect, with common electric voltage V
ComDeparture degree less than the common electric voltage V of area B
Com2Departure degree.
Because this liquid crystal indicator is a counter-rotating liquid crystal indicator, in ensuing frame, when data drive circuit provided opposite polarity gray scale voltage for each sub-pixel, the common electric voltage situation and the above-mentioned situation of this zone A and area B were similar, and difference only is this common electric voltage V
Com1And V
Com2Be higher than this common electric voltage V
Com, common electric voltage V
ComUpwards pulling, and the common electric voltage V of regional A
ComThe amplitude that is pulled is less than common electric voltage V in the area B
ComThe amplitude that is pulled.
In the driving method of above-mentioned liquid crystal indicator, data drive circuit provides polarity different gray scale voltages for every two adjacent sub-pixels in every capable sub-pixel, it is non-vanishing to form the gray scale voltage sum that six sub-pixels of one-period provide in every capable sub-pixel, the gray scale voltage sum of every capable sub-pixel is also non-vanishing, corresponding common electric voltage is influenced by the gray scale voltage sum of this sub-pixel and is pulled, and makes common electric voltage inaccurate.Simultaneously, the influence that the common electric voltage of zone A and area B is subjected to is different, and causes its common electric voltage difference, and then when causing liquid crystal indicator to show image shown in Figure 1, different among the A of zone with the GTG of image actual displayed of same GTG in the area B, serious crosstalk phenomenon finally appears.In addition, the image that crosstalking appears in liquid crystal indicator is not that only Fig. 1 is a kind of, usually, presents large tracts of land with in the gray scale image, and the image that exists block different GTG to show all can produce crosstalks.
Summary of the invention
The problem that occurs crosstalking when driving the liquid crystal indicator display image for the driving method that solves the prior art liquid crystal indicator is necessary to provide a kind of driving method that can make the liquid crystal indicator that crosstalk phenomenon eliminates substantially.
A kind of driving method of liquid crystal indicator, it comprises: a liquid crystal indicator is provided, and this liquid crystal indicator comprises a data drive circuit and a plurality of sub-pixel that is arranged; Provide the polarity gray scale voltage of cycle variation spatially by this data drive circuit for every capable sub-pixel, and the gray scale voltage sum in each cycle on the space is equalled zero.
Compared with prior art, in the driving method of above-mentioned liquid crystal indicator, this data drive circuit provides that the sub-pixel gray scale voltage sum in each cycle equals zero to the space, and the gray scale voltage of average each sub-pixel of each cycle is zero on its space that provides.When liquid crystal indicator showed each frame image, the gray scale voltage of each cycle sub-pixel did not have pulling function to common electric voltage on the space, and the common electric voltage of every capable sub-pixel is not subjected to the pulling of gray scale voltage basically yet, and keeps a stability number.This common electric voltage is stable and then when making the liquid crystal indicator display image, and crosstalk phenomenon is eliminated basically.
Description of drawings
Fig. 1 is the image synoptic diagram that a kind of prior art liquid crystal indicator shows crosstalk phenomenon.
Fig. 2 is the sub-pixel gray scale voltage polarity synoptic diagram that regional A and area B adopt the driving method of prior art liquid crystal indicator among Fig. 1.
Fig. 3 is the sub-pixel gray scale voltage polarity synoptic diagram of driving method first embodiment of liquid crystal indicator of the present invention.
Fig. 4 is that the sub-pixel gray scale voltage polarity of driving method second embodiment of liquid crystal indicator of the present invention is arranged synoptic diagram.
Fig. 5 is that the sub-pixel gray scale voltage polarity of driving method the 3rd embodiment of liquid crystal indicator of the present invention is arranged synoptic diagram.
Fig. 6 is that the sub-pixel gray scale voltage polarity of driving method the 4th embodiment of liquid crystal indicator of the present invention is arranged synoptic diagram.
Embodiment
Seeing also Fig. 3, is the sub-pixel gray scale voltage polarity synoptic diagram of driving method first embodiment of liquid crystal indicator of the present invention.Comprise a liquid crystal panel (figure does not show) in the liquid crystal indicator, this liquid crystal panel comprises a data drive circuit (figure does not show) and a plurality of sub-pixels (figure does not show) that are arranged, and wherein, every three adjacent sub-pixels are formed a pixel cell.During the liquid crystal indicator display image, this data drive circuit provides gray scale voltage for every capable sub-pixel.Each and the pixel cell that shows normal GTG in the liquid crystal panel, its adjacent unit pixel in row orientation and row orientation is in black attitude, promptly high gray show state; Simultaneously, each is in the pixel cell of black attitude, and its adjacent unit pixel in row orientation and row orientation shows normal GTG, and the pixel cell that promptly presents the normal GTG of display image is staggered with the pixel cell that is high gray.
This liquid crystal indicator is when desirable show state, and its common electric voltage is V C.Comprise in delegation's sub-pixel of liquid crystal indicator that one receives the sweep signal input end of sweep signal, the sub-pixel of self-scanning signal input part begins, and this data drive circuit provides gray scale voltage for each row sub-pixel.Wherein, in delegation's sub-pixel, the gray scale voltage of this data drive circuit for providing with delegation's sub-pixel always makes the gray scale voltage polarity of two adjacent sub-pixels identical, and the gray scale voltage polarity that makes every capable sub-pixel with every 12 adjacent sub-pixels as one-period.Simultaneously, each cycle sub-pixel is also from apart from this sweep signal input end from the near to the remote on the space, every adjacent two sub-pixels of definition are as one group, and the sub-pixel of contiguous this sweep signal input end is as first sub-pixel, away from the sub-pixel of this sweep signal input end as second sub-pixel.
This data drive circuit is one-period with four frames for being one-period with adjacent 12 sub-pixels on the gray scale voltage polarity space that sub-pixel provided in each cycle in the delegation then on the time.During with liquid crystal indicator actual displayed image, data drive circuit is same one-period on the space, and the gray scale voltage polar arrangement mode that per four frame sub-pixels provide on the time is an example, advances row and elaborates:
When liquid crystal indicator shows first two field picture, this data drive circuit provides the gray scale voltage of identical polar for same group two sub-pixels, and the gray scale voltage polarity difference that provides for the sub-pixel of adjacent set, if the gray scale voltage polarity of two sub-pixels is all "+" in promptly same group, two sub-pixel gray scale voltage polarity of its adjacent set are all "-".Like this, this data drive circuit for the gray scale voltage polarity that the sub-pixel in each cycle provides from this sweep signal input end is from the near to the remote: " ++--++--++--".
When showing second two field picture, this data drive circuit reverses the gray scale voltage polarity of first sub-pixel in each unit, and makes the second sub-pixel polarity of each unit identical with the polarity of its first frame.Like this, this data drive circuit for the gray scale voltage polarity that the sub-pixel in each cycle provides from this sweep signal input end is from the near to the remote: " ++--++--++-".
When showing the 3rd two field picture, this data drive circuit reverses for the gray scale voltage polarity that second sub-pixel of each unit provides, and the gray scale voltage polarity that provides for first sub-pixel of each unit keeps identical with the gray scale voltage polarity of its second frame.At this moment, this data drive circuit for the gray scale voltage that the sub-pixel in each cycle provides from this sweep signal input end is from the near to the remote: "--++--++--++ ".
When showing the 4th two field picture, this data drive circuit reverses for the gray scale voltage polarity that first sub-pixel of each unit provides, and the gray scale voltage polarity that provides for second sub-pixel is identical with the gray scale voltage polarity of its 3rd frame.This data drive circuit for the gray scale voltage polarity that the sub-pixel in each cycle provides from this sweep signal input end is from the near to the remote: "+--++--++--+".
When showing the 5th two field picture, the gray scale voltage polarity that this data drive circuit provides for two sub-pixels of each unit two sub-pixel polarity of each unit when showing first two field picture are identical, and then the polarity of the gray scale voltage polarity that makes each cycle during with first frame is also identical.
When driving this liquid crystal indicator display image according to above-mentioned driving method, can draw: this data drive circuit changes for the gray scale voltage alternating polarity that sub-pixel in each group provides, promptly during first frame, first sub-pixel is identical with the second sub-pixel gray scale voltage polarity in every group, during second frame, this first sub-pixel reversal of poles, the second sub-pixel polarity is constant, during the 3rd frame, this first sub-pixel polarity is constant, and the second sub-pixel reversal of poles is during the 4th frame, this first sub-pixel reversal of poles, this second sub-pixel polarity is constant.Yet, this data drive circuit always provides the gray scale voltage of identical polar for adjacent two sub-pixels of every capable sub-pixel, making that this data drive circuit is one-period with 12 sub-pixels spatially for the gray scale voltage polarity that every capable sub-pixel provides, is a minimum period with four frames on the time.
The driving method of this kind liquid crystal indicator, when making liquid crystal indicator show any two field picture, adjacent two sons of total maintenance are identical as gray scale voltage polarity, in the minimum period that the gray scale voltage of per 12 sub-pixels forms on the space, polarity is positive gray scale voltage sum, equal polarity and be negative gray scale voltage sum, and then each cycle sub-pixel gray scale voltage sum is equalled zero, on average the gray scale voltage of each sub-pixel also is zero to each cycle, and promptly each cycle sub-pixel does not have pulling to common electric voltage VC.Each row pixel comprises the sub-pixel of a plurality of space periodics, and therefore, the gray scale voltage sum of each row sub-pixel also equals zero, and the gray scale voltage of each sub-pixel also is zero on average going to each, and every capable sub-pixel does not have pulling to common electric voltage VC.Even each row sub-pixel quantity is not 12 integral multiple, the sub-pixel that promptly has discontented one-period, the gray scale voltage sum of the sub-pixel of these discontented one-periods the most very much not can surpass two high gray voltage sums, and the sub-pixel gray scale voltage of this part discontented one-period to the influence of each sub-pixel gray scale voltage in this row sub-pixel is: the ratio of two high gray voltages and full line sub-pixel quantity.Every capable sub-pixel is generally several thousand, and two high gray voltage sums are no more than tens volts, so this ratio is very little, can ignore the influence of full line sub-pixel gray scale voltage, and then full line sub-pixel gray scale voltage also can be ignored the pulling of common electric voltage VC.Therefore, during the actual displayed image, common electric voltage can not spurred by gray scale voltage substantially, and common electric voltage just relatively accurately.Even show the zones of different of different GTGs, on business the common-battery pressure is all more accurate, makes the greyscale level of liquid crystal indicator display image also more accurate, therefore, adopts the liquid crystal indicator of above-mentioned driving method can eliminate crosstalk phenomenon basically.
Seeing also Fig. 4, is that the sub-pixel gray scale voltage polarity of driving method second embodiment of liquid crystal indicator of the present invention is arranged synoptic diagram.The driving method of the driving method of second embodiment and first embodiment is basic identical, and its difference is: in each row sub-pixel of liquid crystal indicator, present the sub-pixel that normal GTG shows, its adjacent sub-pixel attitude darkly shows.In this driving method, data drive circuit for each gray scale voltage polarity of providing of row sub-pixel near this sweep signal input end, be one-period with four adjacent sub-pixels, present rule and change.
In the driving method of this liquid crystal indicator, the gray scale voltage polarity that data drive circuit provides for adjacent two sub-pixels for every capable sub-pixel keeps identical, is one-period with the gray scale voltage polarity of adjacent four sub-pixels.In each cycle sub-pixel, the gray scale voltage sum of positive polarity equals the gray scale voltage sum of negative polarity, each cycle sub-pixel gray scale voltage sum equals zero on the space, on average the gray scale voltage to each sub-pixel equals zero, and then makes average gray scale voltage with each sub-pixel in the delegation be substantially equal to zero.Therefore, when the actual displayed image showed, common electric voltage was not subjected to the pulling of every capable sub-pixel gray scale voltage basically, and keeps a stability number, and then made the liquid crystal indicator of the above-mentioned sub-pixel gray scale voltage arrangement mode of employing can eliminate crosstalk phenomenon basically.
Seeing also Fig. 5, is that the sub-pixel gray scale voltage polarity of driving method the 3rd embodiment of liquid crystal indicator of the present invention is arranged synoptic diagram.This driving method of the 3rd embodiment and the driving method of first embodiment are basic identical, its difference is: in this driving method, should be with in delegation's sub-pixel, during the gray scale voltage display image of each unit, data drive circuit is opposite with respect to the gray scale voltage polarity of its former frame for the gray scale voltage polarity that first sub-pixel and second sub-pixel provide.On time, data drive circuit is one-period for each row sub-pixel provides the polarity of gray scale voltage with two frames; On the space, data drive circuit for each gray scale voltage polarity of providing of row sub-pixel near the sweep signal input end, be one-period with four sub-pixels.
In the driving method of this kind liquid crystal indicator, this data drive circuit makes and always keeps adjacent two sub-pixel gray scale voltage polarity identical in each frame sub-pixel, making liquid crystal indicator with thinking adjacent four sub-pixel one-periods on the delegation sub-pixel space, is one-period with adjacent two frames on the time.During the liquid crystal indicator display image, each cycle sub-pixel gray scale voltage sum of space equals zero, and on average the gray scale voltage to each sub-pixel also is zero.In the full line sub-pixel of each frame, on average each sub-pixel gray scale voltage also equals zero basically.Therefore, when liquid crystal indicator actual displayed image showed, common electric voltage was not subjected to the pulling of gray scale voltage basically, and keeps a stability number, and then makes liquid crystal indicator eliminate crosstalk phenomenon basically.
Seeing also Fig. 6, is that the sub-pixel gray scale voltage polarity of driving method the 4th embodiment of liquid crystal indicator of the present invention is arranged synoptic diagram.This driving method of the 4th embodiment and the driving method of first embodiment are basic identical, and its difference is: data drive circuit is identical for the gray scale voltage polarity that provides with adjacent six sub-pixels in delegation's sub-pixel.Spatially, data drive circuit is one-period for the gray scale voltage that every capable sub-pixel provides with adjacent 12 sub-pixel gray level polarity of voltages, the pests occurrence rule variation, on time, the gray scale voltage polarity that data drive circuit provides is one-period with two frames, and the polarity of adjacent six sub-pixels is reversed simultaneously in adjacent two frames.
When the driving method of this liquid crystal indicator makes and shows same two field picture with delegation's sub-pixel, data drive circuit is identical for the gray scale voltage polarity that adjacent six sub-pixels provide, the gray scale voltage sum in each cycle equals zero on the space, and then to make the gray scale voltage with average each sub-pixel in delegation's sub-pixel be zero substantially, even there is error, its max value of error only is the ratio of three gray scale voltages and this row sub-pixel quantity, therefore, the crosstalk phenomenon that this driving method can more effective elimination liquid crystal indicator.
In addition, data drive circuit provides the gray scale voltage of identical polar for adjacent a plurality of sub-pixels in each row sub-pixel, and this gray scale voltage polarity also exists a space periodic that the gray scale voltage sum is equalled zero.In time, also can to adopt multiframe be one-period to data drive circuit the gray scale voltage polarity of adjacent a plurality of sub-pixels in every capable sub-pixel is advanced row changes.
Claims (9)
1. the driving method of a liquid crystal indicator is characterized in that:
One liquid crystal indicator is provided, and this liquid crystal indicator comprises a data drive circuit and a plurality of sub-pixel that is arranged;
Provide the polarity gray scale voltage of cycle variation spatially by this data drive circuit for every capable sub-pixel, and the gray scale voltage sum in each cycle on the space is equalled zero.
2. the driving method of liquid crystal indicator as claimed in claim 1 is characterized in that: have identical polarity by this data drive circuit for the gray scale voltage that adjacent two sub-pixels in every capable sub-pixel provide.
3. the driving method of liquid crystal indicator as claimed in claim 2; it is characterized in that: present the sub-pixel that normal GTG shows in the liquid crystal indicator; its along column direction and the sub-pixel that follows direction darkly attitude show that the polarity of the gray scale voltage that is provided by data drive circuit is one-period with adjacent four sub-pixels spatially.
4. the driving method of liquid crystal indicator as claimed in claim 2; it is characterized in that: every three adjacent sub-pixels are formed a pixel cell in the liquid crystal indicator; each and the pixel cell that shows normal GTG in the liquid crystal panel; its adjacent unit pixel in row orientation and row orientation shows high gray, and the polarity of the gray scale voltage that is provided for every capable sub-pixel by this data drive circuit is one-period with adjacent 12 sub-pixels spatially.
5. as the driving method of claim 3 or 4 described liquid crystal indicators, it is characterized in that: the polarity of the gray scale voltage that is provided for every capable sub-pixel by this data drive circuit is one-period with four frames in time.
6. the driving method of liquid crystal indicator as claimed in claim 5, it is characterized in that: every capable sub-pixel comprises a signal input part, on the space in each cycle, adjacent first sub-pixel and second sub-pixel are formed a unit, this first sub-pixel adjacent signal input end, second sub-pixel is away from signal input part, during first frame, this first sub-pixel is identical with the second sub-pixel gray scale voltage polarity, during second frame, this first sub-pixel reversal of poles, the second sub-pixel polarity is constant, during the 3rd frame, this first sub-pixel polarity is constant, and the second sub-pixel reversal of poles is during the 4th frame, this first sub-pixel reversal of poles, this second sub-pixel polarity is constant.
7. the driving method of liquid crystal indicator as claimed in claim 1 is characterized in that: have identical polarity by this data drive circuit for the gray scale voltage that adjacent six sub-pixels in every capable sub-pixel provide.
8. the driving method of liquid crystal indicator as claimed in claim 7 is characterized in that: the polarity of the gray scale voltage that is provided for every capable sub-pixel by this data drive circuit is one-period with adjacent 12 sub-pixels spatially.
9. the driving method of liquid crystal indicator as claimed in claim 7, it is characterized in that: the polarity of the gray scale voltage that provides for every capable sub-pixel by data drive circuit, with two frames is one-period, and the polarity of adjacent six sub-pixels is reversed simultaneously in adjacent two frames.
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| TWI423216B (en) | 2010-11-15 | 2014-01-11 | Au Optronics Corp | Displayer and pixel circuit thereof |
| CN102073182A (en) * | 2010-11-24 | 2011-05-25 | 友达光电股份有限公司 | Display and pixel circuit thereof |
| CN104391409A (en) * | 2010-11-24 | 2015-03-04 | 友达光电股份有限公司 | Display and pixel circuit thereof |
| TWI546788B (en) * | 2014-10-01 | 2016-08-21 | 矽創電子股份有限公司 | Driving module and driving method thereof |
| CN106652932B (en) * | 2016-11-11 | 2019-04-09 | 昆山龙腾光电有限公司 | Liquid crystal display device and its driving method |
| CN108109587B (en) * | 2017-12-18 | 2020-09-25 | 惠科股份有限公司 | Driving method and driving device of display panel |
| CN110033739B (en) * | 2018-01-11 | 2022-01-18 | 奇景光电股份有限公司 | Method and apparatus for improving horizontal crosstalk of display panel |
| CN109410860A (en) * | 2018-11-22 | 2019-03-01 | 惠科股份有限公司 | Panel driving method |
| CN116682378B (en) * | 2023-05-09 | 2024-05-03 | 苇创微电子(上海)有限公司 | Method, system and device for compensating display crosstalk |
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| CN1487492A (en) * | 2002-08-29 | 2004-04-07 | 松下电器产业株式会社 | Drive circuit for display device and display device |
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Address after: 518109 Longhua, Shenzhen, town, Foxconn science and Technology Industrial Park E District, building 1, floor 4, Co-patentee after: Chimei Optoelectronics Co., Ltd. Patentee after: Qunkang Technology (Shenzhen) Co., Ltd. Address before: 518109 Longhua, Shenzhen, town, Foxconn science and Technology Industrial Park E District, building 1, floor 4, Co-patentee before: Innolux Display Group Patentee before: Qunkang Technology (Shenzhen) Co., Ltd. |