TW201035953A - Source driver, display device using the same and driving method of source driver - Google Patents

Abstract

A source driver, a display device and a driving method of the source driver are disclosed. The source driver adapted to a display panel includes a plurality of driving channels, wherein the display panel includes N pixel cells on each of a plurality of scan lines. The 1st driving channel to the Nth driving channel respectively drive the N pixel cells on a first scan line of the scan lines during a first scan period and the 2nd driving channel to the (N+1)th driving channel respectively drive the N pixel cells on a second scan line of the scan lines during a second scan period. When polarity inversion is performed on the display panel, each driving channel is responsible for outputting a data driving voltage with a certain polarity to the corresponding pixel cell during different scan periods. Therefore, the power consumption of the source driver can be decreased.

Description

201035953 HM-2U08-UU0i-TW 27422twf.doc/n · VI. Description of the Invention: [Technical Field] The present invention relates to a source driver, a display device using the same, and a driving method using a source driver The invention relates to a source driver for performing dot inversion of a display panel by using a plurality of driving channels, wherein each of the driving channels is responsible for outputting data driving voltages of the same polarity in different scanning periods. [Prior Art] FIG. 1 is a schematic diagram of a liquid crystal display (LCD) device according to the prior art. The liquid crystal display device 1A includes a gate driver 110 source driving benefit 120 and a display panel 130. The display panel 100 includes a plurality of pixel units 131 arranged in a matrix. Each of the pixel units 131 is coupled to one of the scan lines U1 and one of the data lines 121. The source driver 120 is enabled when the idler driver enables one of the scan lines 111. The driving voltage is supplied to the pixel unit 131 on the corresponding scanning line via the data line 121. In the driving system in the liquid crystal display device 100, the source driver 120 is an important component for converting a digital signal corresponding to the pixel unit 131 into a driving voltage, and transmitting the driving voltage to the pixel unit 131 for control. The rotation of the liquid crystal in the halogen unit 131. ^ The direction of rotation of the liquid crystal is related to the electric field supplied to the liquid crystal. In order to eliminate the DC residual voltage stored in the liquid crystal and to avoid polarization of the liquid crystal, the liquid crystal display panel 100 should be driven in a polarity inversion manner, that is, different polarities (for example, The driving voltage of the positive polarity and the negative polarity is supplied to the halogen element (3) in different frame periods 201035953 . nm-^uvo-0003-TW 27422twf.d〇c/n. The polarity inversion driving method is as follows: column inversion, column inversion (_inversion), face inversion inversi〇n) and dot inversion) °, > ', ,, Figure 1 With respect to dot inversion, two adjacent pixel units 131 e are driven by _ electric counts of different polarities, where ''+, represents a positive polarity, and "疋, Ο ❹ ίί it 1 in the source driver 120 Each drive channel should be provided with the same voltage between the negative and negative polarity of the boat's power supply voltage and the negative polarity voltage of the positive and negative polarity, respectively, using the line reversal or inversion of the liquid crystal display == description r Polar drive = rotary drive liquid crystal display device;: driven by it, the point is still better with the second advantage, so the probability of the image is lower. Therefore, for example, the contention and flashing The present design should overcome the power consumption:= drive's source drive. [Invention] The present invention provides a source-driven crying device that can be displayed on a display surface by multiple drive channels: on, on, and on: =: r data drive power == rate t

The present invention further provides a display device using the source driver, and I 5 201035953 HM-2008-UUU3-TW 27422twf.doc/n Λ has an effect of reducing power consumption. , (4) dry supply - the source drive drawing line turned over to the display panel, each scan line has: a moving channel, during the first scan period ^ === a plurality of drive tracks respectively drive the above scan line H to " The driving pass r is in the second scanning period, and the second driving = the second = prime single drive respectively drives the upper scale scale towel # (N) drive channel to output the first polarity of the first polarity in the pixel unit of the source driver : 'The number of drive channels do not output the 7th pole respectively', the solid-funded == actuator includes a plurality of 9-drive general methods, and the source drive strip has N book elements. The dynamic method is suitable for driving complex = medium, source The pole driver transmits a plurality of data driving bands via the first in-channel, and drives the N-cell units through the first (N+1) driving channel in the first line on the scan line. From the second driving channel to the N lines of the drawing line, the H-be drive is driven to the second of the scanning lines. In the above-mentioned driving method, the data output by the moving channel is ίίΓ, and the even driving of the device The oddity of the movement, the rotation of the movement channel = 仏 The invention provides a second kind of brother-polarity. The pole driver and the ϋ=褒 device include a display surface and a source driver. The display panel includes 201035953 HM-ZUU8-0003-TW 27422twf.doc/n a plurality of scanning lines having 2 昼 昼 单元 units, where Ν is positive The first source driver and the second source driver respectively comprise a plurality of tracks, and during the first scanning period, the first source driver is driven to the ith driving channel of the second source driver and the second source driver is The driving channel drives 2 of the first scan lines of the scan line by one gold element, and the (N+1)th drive channel of the first source driver and the (N+1)th drive channel of the two-cell single device are disabled. In the second scan, the f drive 第 驱动 驱动 drive of the second drive channel to the _) drive the brother-source drive of the second 、, $, s s and the second source of the brother () drive channel drive sweep 2N pixel units on the line = 'the first source, the first drive channel and the first drive channel of the second source driver ^ 2: the original: the (N+1) drive channel of the driver Two source drive:: The first drive channel is coupled to each other. °. In the above display device - embodiment , the _ source drive boundary: the odd drive channel in the drive channel of the first and second = device outputs a plurality of 1 pole drive crying voltage ' while the first source driver and the second source drive power; The data of the second polarity is % and the $-_ is very mixed (four) money, in the first - the 'by & drive channel to the third drive t flute-moving channel to the (v + ι) drive channel drive display panel In the middle of the night: the moving element unit. For a driving channel, ^, in the different scanning period, sequentially output the driving voltage to the sawtooth 7 201035953 27422twf.d〇c/n ΗΜ-2008-0003-Ί = depicted A pixel unit on two adjacent lines. Each 1 channel is responsible for outputting the driving voltage of the same polarity during the period of no drawing to perform dot inversion in the display panel. In addition, the power consumption of the source driver can be reduced thereby. The above features and advantages of the present invention will become more apparent from the following description. [Embodiment] - The schematic diagram of the driving of the invention in the root of the county--------------------------- Referring to FIG. 2, the sea is divided into a gate driver (10) and a source driver 22: page:: board 2. The display panel 23 includes a plurality of matrixes arranged in a matrix, and each of the pixels is coupled to the scan line & and each scan line S has a total of N 昼, 7G The source driver 220 has a plurality of drive channels ch, to CHN+1, a plurality of shift registers SRi to SRn, and a plurality

Lj to -, - shift multiplexer 221 and an output multiplexer 222. :: The drive channel chn+1 of the channel cHi is used to drive the display panel 23G, and the data pin is also not limited to the number of drive channels. In the present embodiment, the display device 200 is a single-point inversion (〇ne_d〇tm two, that is, two adjacent pixel units 231 are in two scanning periods by two different poles tlmZ ^J ^ U , the first drive channel yang to the first _ move the CHn respectively drive the scan 'Material to the SM order of the first scan · 0003-TW 27422twf.doc / n 201035953 xxx * xw on the line of the pixel unit 231 'such as the scan line Si, The first scanning period is a period during which the scanning line S! is enabled by the gate driver 210. Now, the odd driving channels CH!, CH3, CH5, ... output the data driving voltages W1, W3 of the first polarity (for example, positive polarity), respectively. Vp5 ... to the scan line § 1 on the odd-numbered single, 23, in addition, the even drive channel Ch2, CH4, suction.. output the second polarity (such as the negative polarity) of the data drive voltage Vp2, VP4, VP6. .. to the even-numbered pixel unit 23丨 on the scan line S!. Since the shift register does not cause the 旎 旎 拴 L L 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且 且To the data line, so the drive pass will not be enabled. In the first scan period 'by shifting the shift multiplexer 221, shifting The registers SR! to SRn control the second to nth driving channels CHn to CHn to respectively receive the pixels corresponding to the pixel units 231 on the scanning line 81. The same 'shift register SRi to The SRn sequentially enables the bead locks 1^ to 1^ to receive the pixel data 1)1>1 to the DPN from the data bus. Those of ordinary skill in the art will appreciate that each of the above described dynamic channels can include the following components, such as bit shift (4), digital/analog conversion, output buffers, and the like. The digital/analog converter included in the drive channel respectively switches the pixel data DPi to Dp to the drive voltages iP1 to VPn. Then, the driving channel 匸 至 以 ^ 经由 输出 输出 输出 输出 输出 输出 = 输出 输出 输出 输出 输出 输出 输出 输出 输出 输出 输出 输出 输出 输出 VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP VP (N+1) driving channel CHn+1 drives a second scan line in scan line SjSm (for example, n pixel units a on the line), wherein the second scan period is the gate driver enable scan line S2 During the same period, the even drive 9 201035953 HM-2_- 3-TW 27422twf.doc/n channel CH2, CH4, CH6 ... output the second polarity (such as the negative polarity), the material drive voltage VPl, Vp3, Vp5 · The odd pixel unit on the sweeping S2. In addition, the odd drive channel other than the drive channel Ciil. %, CH5... The knife outputs the data drive voltage VP2, VP* of the first polarity (eg positive polarity). VP6·.. to the even-numbered pixel unit 231 on the scan line. Since the shift temporary storage does not enable the data pickup device B and the drive channel is not coupled to the data line via the output multiplexer 222, Therefore, the drive channel 〇% is not enabled. During the second scan, the switching operation by the shift multiplexer 221. The shift register SR! to SRN controls the second drive channel ch2 to the (N+1)th drive channel CHN+1 to respectively receive n pixel data DI>jDpN corresponding to the pixel unit on the scan line S2 231. Similarly, the shift registers 8111 to 81^ sequentially enable the data latches L2 to LN+1 to receive the pixel data DPiiDPN via the data bus. The drive channels 〇12 to 〇^+1 are included. What is the digital/analog conversion benefit of converting the data 1) to 1^14 into the drive voltage? 1 to VPN. Then, the driving channel CHaCHn+i outputs a driving voltage to the above-described N pixel units 231 via the output multiplexer 222, respectively. When the scanning line S3 is enabled by the gate driver 2丨〇 with the scanning line S2, the driving channel (: The operation mode of 111 to (:11>}+1 during the enable period of the scanning line S3 is as shown in Fig. 2A. Further, when the scanning line is enabled by the gate driver 210 as the scanning line center is enabled, the driving channel ( The operation mode of ::111 to (:1^+1 in the enabling period of the scanning line center is as shown in Fig. 2B. By analogy, the display device 2 can realize the driving mode of single-point inversion. The above embodiment is described by taking a single dot inversion as an example, but those skilled in the art have the following knowledge through the present invention 201035953

Luyx-^o-0003-TW 27422twf.doc/n should be easily inferred after two-point inversion (tW〇_d〇t inversion) or other inversion type implementations. The invention is not limited to the above Example. - As mentioned above, each drive channel is responsible for 1 drive voltage of the same polarity during different scan periods. For example, the driving channel (3) 2 outputs the positive driving dust Vp2 during the first sweep and the positive driving voltage Vpi during the second scanning. Since the voltage swing between the driving voltages t of the same polarity is small', the power consumption of the source driver 2 2 G can be reduced and the temperature of the display device 200 can be lowered. , Zhuangsi's is 'in the N-cell elements 231 on each scan line, 'the mother two consecutive elementary units are regarded as a single element, which corresponds to ,), green (G), blue (9) 'That is, a multiple of 3. Therefore, during the first-scan period, every three consecutive continuations of the vine movement channel to the Qing: the regional movement should be respectively (four) should be the driving voltage of red, green and blue. Each of the three consecutive drive channels in the "Scanning Period" drive channel CH2J_CHN+1 should respectively output drive voltages corresponding to red, green, and blue. As the size of the slab increases, the single-source drive (four) drive channel The number may be used later. Therefore, the designer must use a secret driver to drive the k display panel. The following implementation side is as described above, providing a related device using multiple sources and driving (4) to drive the high-resolution display panel. The present invention is generally known to those skilled in the art. Fig. 3B is a schematic diagram of a display device according to an embodiment of the invention. Referring to Fig. 3A, the display device 300 includes a gate driver 210, source devices 321 and 322, and a display panel 33Q. The panel 33() includes a plurality of nines, a sweeping line S to SM, a plurality of data lines D to D2n+i, and a plurality of arrays 11 201035953 HM-2008-OOU3-TW 27422twf.doc/a. The pixel unit 331 has 2N pixel units 331 on each scan line, which is twice the display panel 22 of FIG. 2A and FIG. 2B. ^ 2N is a multiple of 3, and every three consecutive pixels Unit 331 corresponds to red, green, and blue, respectively The second pixel unit 331 on the first scan line (for example, the scan line core) is respectively coupled to the second data line Di to the second N data line D2n, and the second scan line (for example, 2N on the scan line so) The pixel unit 331 is coupled to the second data line D2 to the (2N+1) data line D. The source driver milk and the 322 respectively include a plurality of driving channels (:: 111 to (:: 111^1). a plurality of shift register SRjSRN, a plurality of data backup devices ^ to ^ and a shift multi-mode 321 'where the (N+1)th drive channel CH[n+^ in the source driver 321 is connected to the source driver The first driving channel CH1 in 322. Referring to FIG. 3A, in the first scanning period, the first driving channel CH_ to the Nth driving channel chn and the first driving channel CH of the source driver 322 in the source driver 321 ! to the Nth drive channel CHN drive the 2N pixel units 331 on the scan line L, and the (N+1) drive channel chn+1 on the source driver 321 and the (N) on the source driver 322 +1) The drive channel CHN+1 is disabled. At the same time, the 'N+1' drive channel CHN+1 on the source drivers 32, 322 are set to high impedance to ensure the correct signal transmission. That is, the pixel unit 331 coupled to the (N+1)th data line Dn+i on the scan line s should be driven by the first drive channel CHi in the source driver 322 instead of the source. The (N+1)th drive channel CHN+1 in the driver 321 is taken as an example. In the first scan period, the shift register SRi is shifted by the switching operation of the shift multiplexer 221. SRn sequentially enables data to detect locks 1^ to 1^ 'to receive data from the data bus DPi 12 201035953 j.xir^wu-000j-TW 27422twf.doc/n to DPN, then control the 1st drive The channel CHi to the Nth driving channel CHn are respectively received to receive the pixel data DP4DPN corresponding to the first pixel unit 331 to the pixel unit 331 on the scanning line Si. The drive channel CHjCHN uses a digital/analog converter to convert the pixel data 1>1>1 to 1)1^ into the drive voltage VPi to the VPN' and then outputs the drive voltage vp^vj^ to the first via the data lines D1 to DN. The prime unit 331 to the Nth halogen unit 331. In the first scan period ^

In the middle, the source driver 322 and the source driver 321 operate in the same manner, and will not be described here. . Referring to FIG. 3B, during the scan period of the first scan, the second drive channel CH2 to the (N+1)th drive channel CHn+i of the source driver 321 and the second drive channel CHb of the source driver 322 to the (N+) 1) The driving channel 匚]^^ respectively drives the 2N pixel units 331 on the sweeping line S2, and the first driving channel CHi in the source driver 321 and the third driving channel CHi in the source driver 322 are Disability. Similarly, in the second scanning period, the pixel unit that is consumed on the sweeping s2 of the (N+1)th data line DN+1 should be driven by the (N+1)th channel in the source driver 321 CHN+1 is driven instead of the first drive channel CH! in the source driver 322. Taking the source driver 321 as an example, in the second scanning period, by shifting the operation of the multi-working 221, the shift registers SRi to SRn sequentially enable the pick-up lock L2 to LN+1. So that the data bus receives the data from the data bus to the DPN, and then controls the second drive channel to the (n+i)th drive channel CH阙, and respectively receives the 29th element 331 corresponding to the scan line &昼 Ν昼 单 单 单 仙 1 昼 昼 昼 。 。 。 DP DP DP DP The drive channels CH2 to HN+1 use the digit/analog_device to convert the pixel data DP1 to DPn. 13 201035953 HM-2U〇s-uuu^TW 27422twf.doc/n ^The dynamic voltage VPl to VPn, after passing through the data to ~ The output driver house VIVVPN is connected to the first cell unit to the first cell unit 33. In the second scanning period, the source driver 322 is the same as the source driver, and the details are not described herein. 4 and FIG. 4 are diagrams showing a display device according to an embodiment of the present invention. Referring to FIG. 4A, the display device includes an interlayer driver 21, a source driver 421 to 423, and a display panel 43A. The display panel (4) includes a plurality of scanning lines SjSM, and a plurality of pieces of information Lang Shao is cut by a pixel unit arranged in the = form. Each of the scanning lines has a compensation element 431, which is three times as large as the display panel 22 of FIG. 2A and FIG. 2B, but is not limited thereto. Each of the three continuous element units 431 of the towel corresponds to red green and blue, respectively. The i of the 3N pixel units on the first scan line (for example, the scan line s丨) are secreted from the i-th data line D1 to the 3N data line D3n, respectively, and the second scan line (for example, 3N pictures on the scan line SO) The element units 43 i are respectively connected to the second data line D2 to the (3N+1) data line d3N+1. Similar to the embodiment of FIG. 3A, the source drivers 421 to 423 respectively include a plurality of driving ports, plural numbers. The shift register machine calls, the plurality of data locks 1§1^ to 1^+1, and the shift multiplexer 411, and the source driver 423 further includes another shift register register. The (N+1)th drive pass CHN+1 in the pole driver 421 is connected to the ^ drive channel anode ' in the source driver 422 and the (4) (N+1) drive channel (3) in the miscellaneous axis 422 is connected to the source The first driving channel CHi in the driver 423. In the first scanning period, the third to Nth driving channels CH1 to NAND of the source drivers 421 to 423 drive the 3N pixel units 431 on the scanning line, respectively. And 14 201035953 - 0003-TW 27422twf.doc / n The (N+1) drive channel CHN+1 on the source drivers 421 ~ 423 is disabled. That is, coupled on the scan line S1 The pixel unit 431 of the (N+1)th data line Dn+i and the (2N+1)th data line D2N+1 should be driven by the first driving channel CHi of the source drivers 422 and 423, respectively. The pole driver 421 is taken as an example. In the first scanning period, by the switching operation of the shift multiplexer 411, the shift registers SRi to SRn sequentially enable the data latches to be merged by the data. The row receiving pixel data DPi ❹ to DPn 'then then controls the first driving channel CH^ to the Nth driving channel CHN to respectively receive the pixel units 431 to φ 昼 431 431 corresponding to the scanning line S1. The driving channel uses the digital/analog converter to change the pixel data DP^DP^ to the driving voltage VPjVPN, and then outputs the driving voltage vp^vpn to the first pixel unit 431 to the Nth pixel unit 431 via the data lines h to dn. In the first scanning period, the source drivers 422 to 423 operate in the same manner as the source driver 421, and the multiplexer 411 causes the source drive 423 to shift the register srn+1 to the data latch. Ln+i is connected, so the (N+1)th drive channel CHN+1 of the source driver 423 is not activated. Referring to FIG. 4B, in the second scan period The second drive of the source driver 421 drives the channel CH2 to the Nth drive channel CHN, the first drive channel CH! of the source driver 422 to the Nth drive channel CHN, and the first drive channel of the source driver 423 to the first ( The N+1) drive channel CHn+1 drives the 3N pixel units 431 on the scan line S2, respectively, and the first and (N+1)th drive channels CHACHN+1 and the source driver 422 in the source driver 421 The (N+1)th drive channel chn+1 is disabled. That is, in the second scanning period, the scan line S2 is coupled to the (N+1)th data line dn+1 and the (2N+1) data 15 201035953 HM-2008-0UU3-TW 27422twf.doc/ The pixel unit 43 1 of the n line D2N+1 is still driven by the source drive number and the cut M first drive channel anode, respectively. & During the drawing in W22 and 423, the switching operation via the shift multiplexer 411 is two: the medium shift register 矾 ~ Mei to the lock thief 7 2! ^, and the multiplex test 411/*, 15: &: < T A state 411 causes the shift in the source driver 421 to temporarily store the cut === the lock W1 is connected. In addition, by shifting the multiplexer 411 ===^311422, shifting the temporary storage 1st order SRN' and the source driver milk shifting register Ο n Γ 2 poor material picker ^ to, . At this time, the source-drive trap latch MLn and the source driver can be received by the data bus, respectively. 1 to 2 control, the pole driver 421 causes the second drive channel cH2 to the first move channel CHN and the secret ϋ 422 towel to move the channel positive, so that the corresponding pixel unit 4 corresponding to the scan correction 2 431 昼 资料 information milk to call. At the same time, the data pickup MLn in the source driver 422 and the data pickup Li in the source=driver 423 can be received by the data bus bar 昼素=dpn+1 to dp2N 'and then control the source driver The second driving CHfN driving channel CHn and the source driver are driven to pass through the first (n+i) pixel to the second N pixel unit 431 corresponding to the scanning line center. The data is DPn+aDP2n. Source; actuator 423 #料拾锁红2 to, can receive the data from the data bus to the dp2 rhyme to dp3N, and then control the second drive in the source driver 422 to the CH2 to the Nth drive channel and the source In the driver's milk, 鸠16 201035953 ram-zuuo-0003-Tw 27422twf.doc/n, respectively, receives the pixel data Dp corresponding to the (2 (four) dynasty 431 to the 3rd Nt element 431 on the scanning line 1 Training to 1 case Figure 4 and figure shows that when using multiple source drive benefits to drive the pain-reducing age panel, the 杂----------------------------------------------- Finally, a source driver 423 package = auxiliary ^ shift temporary storage _ in the first - scan and second scan capture, _ ^ | | 411 read _ to enable appropriate _ while the rest of the source crane _ 丨: The hybrid driver is similar to the second scan period and the second scan period, which simplifies the control of the source driver to drive the pixel unit. g In summary, in the above embodiment, the source drive driving channel is described for driving each of the drive channels having the ?^ pixel 2 = +1) pole driver to be responsible for the wheel trace. Source pressure (for example, positive polarity or _ drop ==.= kinetic second: dot reversal can also be simply on the display device); although the invention has been disclosed above by way of example, it is not, the invention, any It is common knowledge in the technical field to define the scope of the invention and the scope of the invention can be made a little more; and the scope of protection of the invention is subject to the definition of the patent application scope. 1 is a display device according to an embodiment of the present invention, and FIG. 2A and FIG. 2B are diagrams showing a display device according to an embodiment of the present invention. FIG. 3A and FIG. 3B are schematic diagrams of a display device according to an embodiment of the invention. FIG. 4A and FIG. 4B are schematic diagrams of a display device according to an embodiment of the invention. DESCRIPTION OF REFERENCE NUMERALS f% 100: Liquid crystal display device 110, 210: gate driver 120, 220, 321 to 322, 421 to 423: source driver 121: data line 111: scanning lines 130, 230, 330, 430: display panel 131, 231, 331, 431: Alizardin unit 200, 300, 400: display device

221, 411: Shift multiplexer CJ 222: Output multiplexer

Si~Sm ··Scan line D wide D3N+1 : Data line CHfCHN+i : Drive channel SRi ~SRn+i : Shift register Ι^~ΕΝ+1 : Data 拴 locker DP^DPw : 昼素资料VP^VPw: data drive voltage 18

Claims (1)

201035953 27422twf.doc/n ηινι-ζυυδ-0〇〇3^χψ 7. Patent application scope: ^ A source driver for a display panel, the display surface has a plurality of scanning lines, each of which includes a _ pole The driver includes: a plurality of driving channels, wherein the first to third driving channels respectively drive the __first brooms in the scan lines during the -first scanning period, and the The 2 drive channel to the (Ν+1) drive channel drive the 昼-cell elements on the second of the scan lines respectively during the first-sweep period, where N is a positive integer. (4) Line. 2. The source driver according to claim 1, wherein the plurality of odd-numbered driving channels in the two driving channels respectively output a plurality of (four) purchased voltages having a first-thickness, and the driving roads are In the case of a plurality of pairs, the drive is forced to rotate a plurality of data drives having a second polarity to drive ΙβϊΚ. Γ» 3. The source drive as described in the scope of claim 2 includes: Shifting the register, connecting each other in series to control the first driving channel to the Nth driving channel to receive a plurality of pixel data corresponding to the N pixel units of the first line: And controlling the second driving channel to the _) driving channel to receive the plurality of pixel data corresponding to the N pixel units on the second sweeping scale during the first scanning period. The source driver of claim 1, wherein the sweep period is an enable period of the first scan line, and the second trace/month is the second scan line Can period. 19 201035953 HM-2008-0003-TW 27422twf.doc/n 'Driver, where N 5. The source as described in item i of the patent application is a multiple of 3.如. If the source-driver--the scan line is the plurality of odd-numbered scans & The plurality of even-numbered sweep lines in the sweep line: Deer patent (4) The source drive 11 described in item 1, wherein the section data line is divided into the drive channels, Λ the brother-pure line Close the picture element phase _ on the first Ν data line 'and the second scan line; ^ 昼 别 第 第 第 第 第 第 第 第 ) ) ) ) ) ) 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接a display panel having a plurality of rides, and each of the scan lines 2xN pixel units 'where ν is a positive integer; and - a - source driver and a second source driver, each of the source drivers including a plurality of drivers Channel, in a first scan period, the first (N, _ channel and the (N+1)th drive channel in the second source drive buffer are disabled in the first source driver and the first source The drive channel in the pole driver is driven to the nth drive channel to the nth drive channel and the nth drive channel in the second source driver One of the plurality of scanning lines on the first scanning line, the second driving unit, the first driving channel of the first source driver and the second driving channel of the second source driver are disabled And driving the scan lines from the second driving channel to the (^^+1) driving channel of the first source driver and the second driving channel to the (Ν+1) driving channel of the first source driver of the first source driver One of the second scan lines is 2 昼 单 20 20 Ο ο 201035953 ηινι-^υυο-〇〇〇3-τψ 27422twf.doc/n Dimensions ===::+ (4) Pass to the, 9. ί · · 项 项 项 项 项 项 项 项 项 奇 奇 奇 奇 奇 奇 奇 奇 奇 奇 奇 奇 奇 奇 奇 奇 奇 奇 奇 奇 奇 奇 奇 奇 奇 奇 奇 奇 奇 奇 奇 奇 奇 奇 奇 奇 奇 奇 奇 鹤 鹤 鹤 鹤 鹤 鹤 鹤The explicit source driver of the eighth item further includes: Μ wherein the plurality of shift registeres of the brothers are connected to each other by the first channel to the third channel to receive the first line on the second line of the corresponding brother a plurality of halogen data to the Nth halogen unit, and controlling the first source driver in the second drawing period 2 driving the channel to the (N+1)th driving pass to receive a plurality of pixel data corresponding to the second scanning N-th element. 11. The display device according to claim 8 of the patent application, The source driver further includes: A. a plurality of shift registers coupled in series with each other to control the second source, wherein the first driving channel to the Nth driving channel of the device receive the corresponding to the first drawing, a plurality of element data of the (N+1)th pixel unit to the (2xN) pixel unit, and configured to control the second driving channel to the (N+1)th driving channel of the second source driver And receiving a plurality of pixel data corresponding to the (n+i)th pixel unit to the (2χΝ) pixel unit on the second scan line. 12. The display device according to claim 8, wherein the 21st 201035953 HM-2008-0003-TW 27422twf.doc/n is: during the enabling period of the first scan line, and the second sweeping, The month is the period during which the 3 Haidi two knows the line. The display device according to the above-mentioned patent application, wherein the first = i of the plurality of scanning lines is odd The - of the scan line, which is one of a plurality of even scan lines in the miscellaneous scan line. The display device of claim 8, wherein the data lines are respectively affixed to the respective driving channels of the source, the first scanning line (2xN) ) A vegan knife is transferred to the first data line to the second (2, data, line, and the (2 乂Ν) books on the second scan line exaggerate the information The driving method of the line is connected to the second data line to the number of the first number of wires. The driver includes the second panel: the sensing panel includes the N pixel units, and the driving method includes: During the drawing, the first driving Sit channel of the source driver respectively transmits a plurality of voltage-to-dynamic voltages to one of the known lines-N of the pixel units on the scan line; and Mil: during the drawing period The second driving channel of the driver respectively transmits a plurality of data driving voltages to the N pixel units on the second scanning line of the two sensing lines. K. The driving method according to claim 16 of the patent application, wherein 201035953 jttivi-zuu6-0003-TW 27422twf.doc/n from the source driver The data driving voltages transmitted by the odd-numbered driving channels have a -first polarity and the data driving voltages transmitted through the even-numbered drivers of the source drivers have a second polarity. The driving method of the first scanning period is an enabling period of the first scanning line, and the two = period is an enabling period of the second scanning line. The driving side complex O o is a multiple of 3. / , /, medium: N 20. The driving method according to claim 16 , the first scanning line is a plurality of odd numbers in the scanning lines The second scan line is the even scan line of the scan lines. 忒21. The driving method according to claim 16, wherein the display panel includes a plurality of dragon lines, and the #骑_ = data line to the _th line, and the second scan line 2 ==_ is coupled to the second data line to the (N+1) data line. The interest I is early / the other type 22. Display device, including: A display panel having a plurality of sweeping green 2xN pixel units, wherein N is a positive integer And the μ scan line has a -first source driver and a second source driver including a plurality of drive channels, and the (N+1)th drive channel in the source drive source driver in a valley $田中, the first (fourth) transition channel is disabled and the first -^Wn channel to the fine motion channel and the second drive in the second source driver 3 23 201035953 · HM-2008-0003-TW 27422twf.doc The /n channel to the N drive channel respectively drives 2xN pixel units on the first scan line of the scan lines, and the first drive channel and the (N) of the first source driver in a second scan period +1) the drive channel is disabled, and the second drive channel to the first drive channel of the first source driver and the first drive channel to the (N+1)th drive channel of the second source driver respectively drive the One of the scan lines, the second pixel unit of the second scan line, wherein the (N+1)th drive channel of the first source driver is coupled to the first one of the two source drivers. 23. The display panel of claim 22, wherein the display panel comprises a plurality of data lines, wherein the data lines are respectively coupled to the driving channels, and the individual pixel units on the first scanning line are respectively coupled Connected from the ith data line to the Nth data line, and the N pixel units on the second scan line are respectively connected to the second data line to the (n+1) data line. 24. A display device comprising: a display panel having a plurality of scan lines, each of the scan lines having 2 x N pixel units, wherein n is a positive integer; and a first source driver, a second source a pole driver and a third source driver, each of the source drivers including a plurality of driving channels, in a first scanning period, a (N + 丨) driving channel, the second source in the first source driver The (_+1)th turn channel of the first drive source channel and the third (N+1)th turn channel of the third source driver are disabled, and the first source to the first drive channel to the Nth drive channel are The first to Nth driving channels of the second source driver and the driving channel to the Nth driving channel of the third source driver respectively drive one of the scan lines - the scan line 24 201035953 ttivi - Zuua-0003-TW 27422twf.doc/n on the three pixel units, in a second scanning period, the first driving channel and the (N+1)th driving channel of the first source driver and the first The (N+1)th drive channel of the two-source driver is disabled, and the first source driver is 2 driving channel to the Nth driving channel, the second to the Nth driving channel of the second source driver, and the first to (N+1)th driving channels of the third source driver respectively driving the One of the plurality of pixel units on the second scan line of the scan line, wherein the first source driver and the (Ν+1) drive channel of the second source driver are respectively coupled to the second source driver And a first driving channel in the third source driver. The display device of claim 24, wherein the plurality of odd drive channels in each of the source drivers respectively rotate a plurality of data drive voltages having a first polarity, each of the source drives The plurality of even drive channels in the device/output respectively output a plurality of data drive voltages having a second polarity. 〇 25