TW200846800A - Pixel array - Google Patents

Abstract

A pixel array including a plurality of pixel sets are provided. Each pixel set includes a first pixel and a second pixel and is driven by a scan line and a first and second data lines. The first pixel includes a first gate, a first channel, a first source, a first L-shaped drain and a first pixel. The second pixel includes a second gate, a second channel, a second source, a second L-shaped drain and a second pixel electrode. The first and second gates are electrically connected to the scan line. The first source is electrically connected to the first data line and the second source is electrically connected the second data line. Specially, the first L-shaped drain and the second L-shaped drain are arranged in mirror. Therefore, the variation of capacitance between the gate and the drain will be counteracted within this pixel set.

Description

Rw 22011twf.doc/p 200846800 IX. Description of the invention: [Technical field to which the invention pertains] There is a pixel array, and in particular, a pixel array having a variation of the gate-to-parasitic capacitance (Cgd). [Prior Art] With the rapid development of video technology, flat panel display (10) _ ^Piay, Qing has become an important interface for people to obtain image information. Among them,: Yu Tao film transistor liquid crystal display d ^ = 2 = 1 ah (four) TFT_LCD) excellent _ shows performance and heat generation technology, so most mobile phones = brain and other displays are using thin film transistor liquid crystal two body Chen: The thin film transistor liquid crystal display of 5 is mainly composed of a thin film electro-crystal hoist 2, a substrate, and a liquid film transistor array sandwiched between the two substrates, which mainly comprises an array arranged on the substrate and a solar array. Each of the thin-film transistors corresponds to one of the two 4 (plxel Electrode) and constitutes a number of elements including the gate, the channel layer, and the bungee, and the first is the switching element that is not early in the day. The transistor array substrate has a lithography and etching step, which means that the photoresist layer is transferred to the photoresist layer on the patterned substrate by the exposure operation, and the photoresist layer is patterned through the display (4). Then, the pattern is reused. The eclipse: the mask: the film layer under the first resist layer and then the shape == 200846800 22011twf.doc/p idle pole, channel layer, miscellaneous, secret, 昼 money pole and marrow layer and other components. In manufacturing technology, the gate and scan line are the first The metal source (Metall) two source, drain and data lines are the second metal layer (10) (8) and there is a layer between the first metal layer and the second metal layer, so that between the gate and the drain There will be a so-called _ recorded below called Cgd). When the above-mentioned element with the second metal layer is formed by the lithography method, if the exposure shift occurs, the Cgd of the film-specific crystal is changed. Note ^ In detail, when the overlap area between the second metal layer and the first metal layer = optical offset 'the money's drain (four) pole increases, the lower formula (1) 'larger cgd will (, ΧΤ ^ΔΥρ) (Feed through voltage) Low 0

C

AV

Cgd + Cst + CLC g (1) From this, it can be seen that although the same gate signal and source signal are input, the variation voltage of Cgd due to the above-described exposure shift is different. Therefore, the luminance of the halogen will be lower than the luminance before the original =# f exposure shift. On the other hand, the individual elements on the liquid crystal display panel may have different display luminances due to variations in their Cgd, which lowers the overall display quality of the liquid crystal display panel. SUMMARY OF THE INVENTION In view of the above, it is an object of the present invention to provide a halogen array which has a low parasitic capacitance (cgd) between gates and bucks caused by exposure shifting. 200846800 —^.xfW 2201Itwf. The impact of doc/p. The structure of the pixel is provided by a plurality of sets of pixels f, wherein the parent-group element is driven by the -first and second scan lines and the data line. Every _ group 圭夸白扭^. 'Guisin I open 1 miscellaneous mother, and the dansin includes a first halogen unit and a second body 'the first 昼 prime unit includes - the first gate, The pass layer, the -first source, the -L-shaped drain, and the first gold gate are electrically connected to the first scan line. The first channel is above the gate. The first source is located on the first channel layer, and the first elliptical pole is located above the first channel layer. The dimorphic electrode and the first L-shaped non-polarity binary include - a second gate, a second channel layer, an early L-shaped drain, and a second halogen battery::: pole, - brother dip, έ拉^十昂—The gate and the second two scan the lightning connection' while the second channel layer is above the second gate. ^ Ϊ _ is located above the channel layer and is electrically connected to the data line and the first shape is located above the second channel layer. Special Factory The first-L is extremely horizontally flipped (10) degree. The pole is electrically connected to the second L-shaped drain. In one embodiment of the invention, two contact windows. The first contact window is located between the ^f contact and the -th, so that the first halogen electrode is electrically connected to the first and second L-type drain electrodes at the second electrode of the second halogen electrode. And the second halogen electrode and the second electrode shape and the polarity electrode between the domain electrodes, so that in one embodiment of the invention, the first gate of the first gate has a first gate; The second brother of the lower part of the L-shaped lower pole has a second opening and a part of the second L-shaped electrode.

LfW 22011 tw doc/p 200846800 In an embodiment of the invention, a second capacitor electrode. The first capacitor includes the H capacitor electrode and the second capacitor electrode is located below the second 素 == 昼 电极 electrode. The present invention contemplates another book, Maa Ling/4, in which each set of books is driven by a plurality of sets of halogen data lines. Each set of books - the first - and the second element. Specifically, the first brother: the f element unit and the - second element electrode. The first gate is swept away from the elliptical pole and the first gate is located above the first gate of the first gate. The first pole is open and the drain is located above the first channel layer. Another - 勹扛 two ', electric,, brother - B-shaped 汲 extremely electrical connection. The first-Guisin single 兀 includes - the second pole, the second channel layer, the early L-shaped bungee, and the second book, the other brother, the source, the second brother, and the first electrode, the second brother The circuit is electrically connected to the scan line, and the second channel is located above the second channel layer and electrically connected to the second data line. The bungee is located above the second channel layer. Pick up a L shape

- L-shaped bungee is mirrored. In addition; electrically connected to the L-shaped drain. In the embodiment of the invention, the first electrode is a second contact window. The first-contact has been contacted between the contact and the one pole, so that the 4=::1 elemental electrode and the first-l-dioxin electrode and the second l-shaped electrode are between the once-electrode and the second L Extremely electrical connection. In the embodiment of the present invention, wherein the first sigmoid has a first opening in the first gate of the second singular singularity, and a portion below the partial eccentricity The second gate has a second opening therein. In one embodiment of the present invention, a first capacitor electrode and one or two capacitor electrodes are further included. The first capacitor electrode is located below the first pixel electrode, and the first capacitor electrode is located below the second pixel electrode. In one embodiment of the present invention, each set of pixels further includes a second scan line, and each set of pixels further includes a third pixel unit and a first pixel unit. The third halogen unit includes a third gate, a third channel layer, a second pole, a third L-shaped drain, and a third pixel electrode. The third gate is electrically connected to the second scan line. The third channel layer is located above the third gate. The third source is located above the third channel layer and electrically connected to the first data line. The third L-shaped drain is located above the third channel layer, and the third L-shaped drain is in the form of a first L-shaped drain horizontally flipped by 18 degrees. The third halogen electrode is electrically connected to the third 1-shaped drain. In addition, the fourth halogen unit includes a fourth gate, a channel layer, a fourth source, a fourth L-shaped drain, and a fourth halogen electrode. The fourth gate is electrically connected to the second scan line. The fourth channel layer is above the fourth question pole. The fourth source is located above the fourth channel layer and is connected to the second: the fourth L-shaped drain is located above the fourth channel layer, and the second L-shaped drain is in a mirror image. The fourth halogen electrode is electrically connected to the fourth quad. In an embodiment of the invention, a first contact window, a second contact window, a third contact window and a fourth contact window are further included. Wherein, the touch is located between the first halogen electrode and the first L-shaped drain to electrically connect the first cladding element to the first L-shaped drain. The second contact window is located between the first denier electrode and the second L-shaped drain such that the second halogen electrode is connected to the -200846800 υο i υ i fW 22011 twf.doc/p L ^ and the pole. The other 1 and 3 are connected to the third L-H. (4): J:----Electrically connected. In addition, the fourth contact:::"two 1^-shaped bungee-shaped bungee between the reading of the heart and the fourth L in the present invention - the real ^ and the fourth four [form no electric connection. In the first-part of the first gate, the first part of the first gate, the second gate of the lower gate of the L-shaped bungee, and the third gate below the secret pole of the second brother The towel pole: the fourth closed pole of the square has - the first, the second, the second = the fourth opening respectively. The brother and the flute are invented - in the embodiment, the first includes - the first capacitor electrode, - the younger An electric valley electrode, 'a second life six years ρ an emperor Gong Gong Gong you Chu Chu Shigu electrode and a fourth capacitor electrode. The first: the electric Μ 弟 弟 旦 旦 旦 旦 旦 旦 旦 , , , , , , Located in the second, third, and fourth 电素电壹壹+ of the four primes (four) 'this four primes (four) by multiple groups of "=.., the mother-group of pixels is composed of a scan line and a slapstick, Driven. Each group of elements includes a first element unit; ΐ ΐ , , . . . - - - - - - - - - - - - - - - - - - - - - - - - - - - - A first-halogen electrode. 'Pak, know the line of electrical connection. The first channel layer is located on the first closed pole and extends in the H direction. The first source is located above the first channel layer = the younger one is located at the first channel = one side, and the first halogen electrode is electrically connected to the first electrode. The second halogen alpaca includes a second gate, a second channel layer, a second source, a second electrode, and a first halogen electrode. The second gate is electrically connected to the scan line. The second channel layer is located above the second gate and extends along the second direction, 11 200846800 υο i u u yi i W 22011twf.doc/p and the direction of the ^^ is different from the first direction. The second source is located above the second channel sound and is electrically connected to the second (four) line. In addition, the second drain is located at 1 and the "pixel electrode is electrically connected to the second drain. In one embodiment of the invention, wherein the first direction is perpendicular to the second direction, an embodiment of the invention further includes a - contact window and a contact window. The towel, the first contact window is located between the first halogen electrode and the drain, so that the first halogen electrode and the second contact window are located at the second book electrode*. The first electrode is connected to the second trace. Between the two, in order to make the second 昼 in one embodiment of the invention, further includes a "first - second electric" electrode. Wherein, the first capacitor electrode is second; and the second capacitor electrode is located below the second halogen electrode. In the embodiment, the 昼 阵列 阵列 阵列 阵列 阵列 阵列 阵列 阵列 阵列 阵列 阵列 阵列 阵列 阵列 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 The second gate and the third passer are located above the third gate, and the upper jaw extends in the second direction. The third source is located above the third channel layer and is electrically connected. The third pole is located in the third pass, and the dendrite electrode is connected to the third secret. In addition, the fourth fourth gate, the fourth channel layer, the fourth source, the fourth liquid, the fourth, the s, the fourth tetracycline electrode. The fourth gate is electrically connected to the second scan line. The k-thin layer is located above the fourth gate, wherein the fourth channel layer extends along the first -°. The fourth source is located above the fourth channel layer and is above the fourth channel layer with the second data line 12 200846800 rw 22011twf.d〇c/p. The fourth pixel electrode, to the < pixel array of the embodiment, wherein the first square-biased embodiment of the present invention, the pixel array further includes a first contact and a fourth contact window. The younger brother is between the third halogen electrode and the third electrode. The first: the window is electrically connected. The #昼素 electrode and the third and fourth 分别: hair: the only example of the halogen array in the example include - the second: three capacitor electrode. The third capacitor electrode is located below the one-electrode electrode. And the fourth capacitor electrode of the present invention is further proposed by the other book +, ^ four element electrode below. Prime =, where each - group of pixels is driven by two. Each of the group of elements includes a - 昼 - 单元 单元 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - One bungee and one first. ^ One, the pole is electrically connected to the scan line. Channel-level horizon ί Above the channel layer and electrically connected to the -data:i-汲 pole. In addition to the first, the animal, and the bitterness, the second electrode includes the second gate, the second source, the second drain, and the second halogen electrode. Second, the pole is electrically connected to the scan line. The second channel layer is located above the second gate. The source is located above the second channel layer and electrically connected to the second data line. The brother-and-pole is located above the second channel layer. The second halogen electrode is electrically connected to the second drain 13 2OO846800 A rW 22011 twf.doc/p. In particular, the structure of the element is mirror-aligned with the structure of the element and the second element is implemented in one of the inventions | φ, two contact windows. Wherein, the first, the third, the first one, the window and the - the first and the first and the first and the first and the first: the turbulent window t are located in the first - the second, respectively, the first, the first and the second Between the 'to pick up. First, the package pole "dipole one pole, the second pole electric connection in the implementation of one of the inventions you | φ, the first Gongjiao + shake more includes a brother and a capacitor electrode with a ^ " 7, pole. The first-capacitor electrode is located below the first-deuterium electrode. The second-capacitance electrode is located below the second pixel electrode: the next 搂4 invention is further proposed as a species of alizarin array, which is composed of multiple layers and The composition, each of which is 金 金 3 山 山 ... ... ... 金 金 金 金 金 金 金 金 金 金 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 Alien unit and - second: ΐ: Γ a unit of the unit 'including - the first gate, the first layer, the first source, the first - the gate - the tut and the pole - Brother - Alizarin electrode. Engage" (four) line A-sex connection. The first channel layer is located at the first gate I: the first source is located above the first channel layer and electrically connected to the data line, and the second pole is located above the first channel layer. The bismuth electrode is ^ ί: ΐϊΓΐ. Further, the second halogen unit includes a second gate: !m second drain and a second halogen electrode. The second pole two brothers two scan lines are electrically connected. The second channel layer is located at the second idler pole. The first source is located above the second channel layer and electrically connected to the data line is secreted above the second channel layer. The second halogen electrode is electrically connected to the second cover. In particular, the structure of the first halogen unit and the structure of the second early stage are arranged in a mirror direction. I. 200846800 υο i υ i i W 22011twf.doc/p - followed by two rounds: rr in the case of 'more includes - first contact window and - first contact solid. Wherein, the second contact window is located between the first drain and the first drain and between the second halogen electrode and the second drain: the second and the second and second halogen electrodes respectively - The bungee and the second pole are electrically connected. In an embodiment of the invention, the method further includes a first capacitor electrode and a second capacitor electrode. The first capacitor electrode is located below the first halogen electrode. The second capacitor electrode is located below the second halogen electrode.

In the above-described halogen array design of the present invention, the anode of the halogen element in each group of halogen elements is designed to have a mirror orientation or a horizontal two-turn 18 degree, or each group The halogen element design in the alizarin has a mirrored form. s, this kind of material can make each group of alizarins in the process of making the alizarin matrix structure ^ even if the exposure shift occurs, because of the special arrangement design of the pixel units in each group of elements. The variation of the parasitic capacitance (Cgd) between the gate and the inter-electrode is complementary to each other, so that the luminance of the pixel units in each of the two groups of pixels can be compensated for each other. Therefore, the liquid crystal display panel using the halogen array of the present invention will also have a good display product* to make the above and other objects, features and advantages of the present invention more apparent and easy to understand. The drawings are described in detail below. [Embodiment] [First Embodiment] FIG. 1 is a partial schematic view of a pixel array according to a first embodiment of the present invention. The group consists of alizarins, and in Fig. 1, only 15 200846800 uoiuijyiiW 22011twf.doc/p · one set of pixels (consisting of two elementary units) is used to represent the description. Referring to FIG. 1, in this embodiment, each set of pixels 100 is driven by a first scan line 110 and a line 120 and a data line 132. Wherein, the line 1 and the second scan line 120 extend along the horizontal X direction, and the data line 132 extends along the vertical γ direction. Each set of books 100 includes a first pixel unit 14A and a second pixel unit 15A. Specifically, the first pixel unit 14G includes a first gate 14A, a first channel 140b, a first source 140c, a first L-shaped drain 140d, and a first halogen electrode 14. 〇e. In more detail, the first gate 140a is electrically connected to the first scan line 11A. The first channel layer M〇b is located above the first gate 140a, and the first source 14〇c is located above the first channel layer 140b and electrically connected to the data line 32. The first L-shaped drain 丨4〇d is located above the first channel layer 14〇b. The first halogen electrode 14 is electrically connected to the first [shaped drain 140d]. In addition, the second halogen unit 15A includes a first gate 150a, a second channel layer 15〇b, a second source 15〇c, a f-JL-shaped drain I50d, and a second halogen electrode. 15〇e. In more detail, the second gate 150a is electrically connected to the second scan line 120, and the second pass layer M〇b is located above the second gate 150a. In addition, the second source i5〇c is located above the second channel layer 15〇b and electrically connected to the data line 132. The second L-shaped drain 150d is located above the second channel layer 15〇b. In particular, the first, L open / and the extreme l5 〇 d 疋 一 l l l l i i i i i i i i i i i i i i i i i i i In addition, the second halogen electrode ls〇e is electrically connected to the second [shaped electrode. In this embodiment, if the horizontal χ direction exposure 16 200846800 2201Itwf.doc/p offset occurs during the manufacturing process, the first L-shaped drain 14 〇 d and the second l-shaped in the set of 昼 〇〇 1 此The drains 150d are horizontally flipped by 18 degrees to each other, so that the variation of the parasitic capacitance (cgd) between the gate and the drain of the first and second halogen units 140, 15〇 can be made complementary to each other, thereby making the group of pixels The luminances of the two pixel units 140, 150 in one turn compensate each other. In one embodiment, each set of pixels further includes a first contact window 160 and a second contact window 17A. The first contact window 16 is located between the first pixel package 140e and the first l-shaped electrode i40d, so that the first pixel package MOe is electrically connected to the first 1-pole diode. The second contact window 170 is between the first halogen electrode 15〇e and the second L-shaped drain 15 such that the first halogen electrode 150e is electrically connected to the second electrode 150d. In another embodiment, the first gate 1 below the portion of the first l-shaped electrodeless pole 140d has a first opening in each set of cells, and the second L-shaped drain 15 in the portion of the second L-shaped drain 15 The second gate 15A below the 〇d has a second opening 19A. The portion referred to herein as a portion of the first l-shaped drain ^ refers to the portion of the first b-shaped dipole 140d that is greater than the first channel layer 140c. Similarly, part of the second L-shaped bungee is removed. In the embodiment, each group of halogens 100 further includes a -first capacitor and a second capacitor electrode 194. The first capacitor electrode 192 is located below the electrode 140e. The second capacitor electrode 194 is located below the second cassette. In the case of the actual sealing towel, the storage capacitor is formed on the common line (Cst on common). However, the present invention is not limited to the brittle capacitance of the age-old capacitor formed on the common line 17 200846800 22011twf.doc/p (Cstcm common). Moreover, the capacitance electrodes 192, 194 _ in the drawing are Η-shaped, but the system does not limit the shape of the ^^ pole, and other forms of the capacitor electrode can also be applied; In other embodiments, the structure of the storage capacitor may also be formed on the scan line (Cst 〇n gate). [Second Embodiment] Fig. 2 is a partial vocal diagram of a pixel array according to a second embodiment of the present invention, which is composed of a plurality of groups of pixels, and in Fig. 2 only a group of A pixel (consisting of two elementary units) is used to represent the system. Please Fig. 2, in this embodiment, each group of pixels 2 is driven by a scan line and a feed line 13G and a second data line 23 (). The scan line no extends along the horizontal X direction, and the first data line 13 squid second data line 230 extends in the vertical gamma direction. Each group consists of a singular-single-individual single 14G and a second halogen unit 25(). The first pixel unit 140 is the same as the first embodiment, and no further details are provided. In the second book, the unit 250 includes a second gate 25〇a, a second channel layer 25〇b, a second source 250c, a second L-shaped drain 25〇d, and a second pixel electrode. 250e. In more detail, the second gate 25A is electrically connected to the scanning line 11A. The second channel layer 250b is then located above the second gate 25A. The second source 250c is located above the second channel layer 250b and is connected to the second data line 23. The second L-shaped drain 250d is located 4 inches above the second channel layer 25A, wherein the L-shaped drain 250d and the first L-shaped drain I40d are mirror images. In addition, the second halogen electrode 25〇e is electrically connected to the second bipolar drain 250d. In this embodiment, if the horizontal χ direction exposure 18 200846800 / A ; W 22011twtdoc / p offset occurs during the manufacturing process, the first L-shaped drain 14 〇 d and the second L shape of the set of halogen elements 200 Since the drains 150d are in a mirror image relationship with each other, the variation of the parasitic capacitance (Cgd) between the gate and the drain in the first and second pixel units 140 and 250 can be made complementary to each other, thereby making the group of pixels The luminances of the two pixel units 140, 250 within each other compensate each other. In one embodiment, each set of halogens 200 further includes a first contact window 160 and a second contact window 270. The first contact window 16 is located between the first pixel turtle 140e and the younger L-shaped > and the pole 14〇d, so that the first pixel is 14 and the first L-shaped drain 140d is electrically connection. The second contact window 27 is located between the second halogen electrode 250e and the second L-shaped drain 250d to electrically connect the first nano-pole 250e to the second-pole and the second electrode 250d. In another embodiment, each of the sets of cells 2 has a first opening 18〇 in the first gate i4〇a below the first first-shaped drain 140d, and a second L-shaped portion There are two second openings 290 in the second gate 25〇a below the drain 250d. The portion of the first L-shaped drain M 〇 d referred to herein refers to a portion where the first L-shaped drain 140d overlaps the first channel layer 14 〇 c by ^. Similarly, a portion of the second L-shaped drain 25〇d below refers to a portion other than the region where the second L-shaped drain 250d overlaps the second channel layer 250c. In another embodiment, each set of halogens 200 further includes a first capacitor, 192, and a second capacitor electrode 294. The first capacitor electrode 192 is located below the first halogen electrode 140e. The second capacitor electrode 294 is located below the second book, electrode 25〇e. The storage capacitors shown in this embodiment belong to a storage capacitor formed on a common line (Cstonc〇mm〇n). Moreover, the shapes of the first and second capacitor electrodes 192, 294 shown in the drawings are 19 200846800 22011 twf.d〇c/p

The UOlUi^^IIW pole shape is limited, and other types of electricity are not limited to the architecture of the library capacitor. However, the present invention is common. The structure of the storage capacitor is also formed in the common line (the Cst storage capacitor is formed in the scan line 1^). The third embodiment is π-0.

In the figure, the pixel array is composed of multiple * and the partial array of the denier array is unintentional - composed of 'in the ' and in Figure 3 only in Figure 3, in the actual _, Τ 纲 。. Please refer to 110 盥篦-捃松治,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, 130 and second data line 230: extension. Each group of alizanes 300 includes -di- 昼 = =: 夸: brother dioxane unit 250, - third enthalpy unit 15 〇 and A =, early 36G. The first-dimensional element unit 140 is the same as the first-pixel element (10) of the first-th order, the second element unit (4) is the same as the second element unit of the second embodiment, and the third element unit 15 is the same. The 昼 is the same as the 昼 单元 单元 〇 〇 〇 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 昼 昼 昼 昼 昼 昼 昼 昼 昼 昼 昼 昼 昼 昼 昼 昼 昼 昼 昼 昼 昼 昼The pole 360c, a fourth L-shaped drain 36〇d, and a quadrupole electrode 360e. The fourth gate 360a is electrically connected to the second scan line 120, and the fourth channel layer 360b is located at the fourth gate 36〇. a above. Fourth source 36 0c is located above the fourth channel layer 36〇b and electrically connected to the second data line 23. The fourth L-shaped drain 360d is located above the fourth channel layer 36〇b. 20 200846800rw 22011twf.doc/p In particular, The fourth L-shaped drain 360d and the third L-shaped drain 150d are arranged in a mirror image. In addition, the fourth halogen electrode 360e is electrically connected to the fourth L-shaped drain 360d. In this embodiment, if in the manufacturing process A horizontal X-direction exposure shift occurs in the first l-shaped drain 140d and the second L-shaped dipole 250d and the third L-shaped dipole l5〇d and the fourth L-shaped dipole 360d in the set of cells 300. Each is in the form of a mirror image, and the first L-shaped infinite pole l4〇d and the third L·opening>bungee 150d and the second L-shaped dipole 250d and the fourth L-shaped> and the pole 360d are horizontally flipped with each other The relationship of the form of 180 degrees. Therefore, the parasitic capacitance (Cgd) between the gate and the drain of the first, second, third, and fourth halogen units 14〇, 25〇, 150, and 360 in the group of cells 300 The variations are complementary to each other' and the luminances of the tetracycline units, 250, 150, 360 in the group of pixels are compensated for each other. In the second embodiment, each group of pixels 3 The 00 further includes a first contact window 160, a second contact window 270, a third contact window 17A, and a fourth contact window 370. The first contact window 16 is located at the first halogen electrode M〇e and the first Between the L-shaped drains 140d, the first halogen electrode 14〇e is electrically connected to the second-shaped drain electrode 140d. The second contact window 27〇 is located at the second pixel electrode 250=and the second L-shaped shape Between the electrodes 25〇d, the second halogen electrode 25 is electrically connected to the second L-shaped drain 250d. The third contact window 17 is located between the third halogen electrode 15〇e and the third L-shaped drain 15〇d to electrically connect the third germanium electrode 15Ge with the third 1-pole drain 15Gd. The fourth contact window 370 is disposed between the fourth halogen electrode 36〇e and the fourth L-shaped drain electrode 36dd to electrically connect the fourth pixel electrode 360e with the fourth L-shaped drain electrode 360d. In another embodiment, each set of pixels has a first opening 1 (10) in the first gate 140a below the portion of the first L-shaped 200821 200846800 rw 220 Π tw£doc/p pole 140d, and The second gate 25〇a below the second L-shaped drain 250d has a second opening 290' and a partial second L-shaped; and a third gate 150a below the pole i5〇d has a first The three openings 190 have a fourth opening mo in the fourth fourth gate electrode 360a below the fourth [shaped drain 360d. The portion of the first L-shaped drain 140d referred to herein is referred to as the first portion of the first [shaped drain 140d overlapping the first channel layer 140c. Similarly, 邛 is the first L open > the bottom of the drain 150d refers to a portion other than the area where the second L-shaped dipole overlaps with the second channel layer 150c, and some of the third l-shaped drain 15 〇d refers to A portion other than the overlapping area of the third L-shaped dipole i5〇d and the third pass layer (9)c, and a portion of the fourth L-shaped bungee is referred to as the fourth L-shaped drain 360d overlaps with the fourth channel layer 36〇c District section. +Vibration, in the two embodiment, 'each group of alizarins 3. . Furthermore, a first capacitor nm 294, a third capacitor electrode 194 n - a fourth voltage electrode 394 are included. The first capacitor electrode 192 is below the bit 140e. The first thunder was placed in the emperor, and it was often included below. The third capacitor is the electrode: t 394 t 然而 ° However, 'the invention is not limited to the storage capacitor ==! The capacitance is formed in the common line (Cst〇n two in the figure warned the first, second ^ and 294 , 194, 394 open ^ ^ mouth five / brother - "di brother four pen electrode 192, 22 200846800, υυ I υ 1 ^ 1W 22011twf.doc / p Ming. In addition, in other real cleaning towel, age capacitor frame capacitance Formed on the scan line (Cstongate). 』For storage [Fourth embodiment] ^Drawing (d) The fourth embodiment of the present invention - the species 昼 = consists of multiple sets of pixels, and at = 夂 by two bismuth materials In the present embodiment, each group of gamma gamma is driven by the "41" and - the first data line 42G and the second data line 422, and the scanning line 410 is used. Extending along the horizontal χ direction, while the secondary VIII and the second data line 422 extend along the vertical γ direction. ^^圭 420 4〇1 package includes the 4th unit and the second element The unit first 430 includes a first gate 43 〇 a, _ first ^ ^ 〇 b, - _ _ 43 43 43 43 43 43 43 43 43 43 43 43 43 43 43 43 43 43 43 43 43 43 43 43 43 The scan line 41 is connected in a sexual manner. The pass layer 430b is located above the first gate 43A, and the 430b extends in the -first direction, and the first source strip is electrically connected to the first pass & The first - bungee is located above the side of the brother-pushing layer. The first halogen electrode strip and the pole 4 are electrically connected. In addition, the second pixel unit 432 includes a second gate 432a, a second channel layer 432b, a second source 432c, a second = and a second pixel electrode 432e. The second gate 432a is electrically connected to ===, and the second channel layer is located on the second gate. The pass-through layer 432b extends in the second direction, and the second direction is different from the ::: direction. In an embodiment, the 'second direction and the first direction' are, for example, the first direction is the X direction, and the second direction is the sy direction. 23 200846800 uo xw 2201 ltwf.doc/p The second source 432c is located in the second channel layer Above the 432b, the second data line 422 is electrically connected. The second drain 432d is located above the second channel layer 432b, and the second halogen electrode 432e is electrically connected to the second drain 432d.

In this embodiment, if the exposure offset occurs during the manufacturing process, since the first channel layer 430b and the second channel layer 432b of the group of pixels 400 extend along the first direction and the second direction, respectively, When the medium exposure has a 方向 direction shift, although the Cgd of the second pixel unit 432 changes, the Cgd of the first pixel unit 430 does not change. Therefore, compared with the design of the conventional halogen array, the pixel array of the present embodiment can reduce the variation of Cgd by half, thereby improving the quality of the liquid crystal display panel. In the consistent application of the 隹方, ^, a few dentures, inches... and a first contact with 440 and a second contact window 442. The first contact window 44 is located between the first-donor electrode 430e and the first and second electrodes 430e to electrically connect the first pixel electrode 430e with the first drain 430d. The second contact window 44f is located between the cell cover 4326 and the second drain 432d, so that the second book 413e is electrically connected to the second and fourth electrodes 432d. In another embodiment, each set of cells 4 includes a sixth electrode 45 〇 and a second capacitor electrode 452. Wherein, the first electricity = 450 is located below the first halogen electrode strip, and the second electricity = is below the dioxane electrode 432e. In the embodiment of the invention, the structure of the ♦ / capacitor belongs to a storage capacitor formed on a common green neutron. Moreover, the shape of the second 450, 452 is shown in the figure as a dome shape, but the present invention does not limit the shape of the other capacitor electrode to the shape of #, in other embodiments, The storage capacitor rack _ can be 24 200846800 ^biuuyixw 22011twf.doc / p on the scan line (Cst on gate). [Embodiment 5] FIG. 5 is a partial schematic view showing a pixel array according to a fifth embodiment of the present invention. The pixel array is composed of a plurality of groups of pixels, and in FIG. 5, a group of pixels (consisting of four elementary units) to represent the description. Referring to FIG. 5, in this embodiment, each group of pixels 5 (8) is driven by a first trace, = 410, a second scan line 412, a first data line 42A, and a second data line 422. . Each set of halogens includes a first checksum S43G, a second halogen element 432, a third halogen unit 434, and a second unit 436. The first pixel unit 430 and the second pixel unit 432 are the same as the first and second pixel units 43A and 432 described in the fourth embodiment, and therefore will not be described. The second pixel unit 434 includes a third gate 434a, a third channel layer 434b, a third source 434c, a third drain 434d, and a triad, pole 434e. The third gate 434a is electrically connected to the second scan line 412; and the third channel layer 434b is located above the first gate 430a, and the first channel layer 430b extends in the second direction. The third source 434() is located above the first channel layer 430b and is electrically connected to the first data line 42. The third flip-flop is placed above the second channel layer 434b, and the third halogen electrode 434e is electrically connected to the first/pole 430d. In addition, the fourth pixel unit 436 includes a fourth gate 436a, a fourth channel layer 436b, a fourth source 436c, a first 436d, and a fourth halogen electrode 436e. The fourth gate 436 & is electrically connected to the second scan line 412. The fourth channel layer 436b is located above the fourth gate 436a, wherein the fourth channel layer 436b extends in the first direction. In an embodiment, the second direction is perpendicular to the first direction, for example, the first direction 25 i TW 22011twf.doc/p 200846800 is the X direction and the second direction is the Y direction. The fourth source 436c is located above the fourth pass layer 436b and is electrically connected to the second data line 422. The fourth drain 436d is located above the fourth channel layer 436b. The fourth halogen electrode is electrically connected to the fourth drain 436d. In this embodiment, if the exposure shift occurs during the manufacturing process, since the first channel layer 43〇b and the third channel layer 43 of the group of pixels 500 extend along the first direction, the second channel layer The 432b and the fourth channel layer 43 are extended in a second direction perpendicular to the first direction. Therefore, when the exposure in the process has an X-direction offset B, although the Cgd of the second pixel unit 432 and the third pixel unit=4 may vary, the first pixel unit 43〇 and the fourth pixel unit 436 Cgd will not change. Therefore, compared with the design of the conventional pixel array, the pixel array of the present embodiment can reduce the variation of Cgd by half, thereby improving the quality of the liquid crystal display panel. In another embodiment, each set of halogens 500 further includes a third contact window 444 and a fourth contact window 446. The third contact window 444 is located between the first pixel electrode 434e and the third electrode 434d, so that the third pixel electrode f4e is electrically connected to the third electrode 43牝, and the fourth contact window 446^ Between the fourth pixel electrode 436e and the fourth drain 436d, the fourth pixel electrode 436e and the fourth drain 436d are electrically connected. In another embodiment, each set of halogens 500 further includes a third capacitor, a pole 454 and a fourth capacitor electrode 456. The third capacitor electrode 454 is located below the third halogen electrode 434e. The fourth capacitor electrode 456 is located below the fourth halogen electrode 436e. In this embodiment, the storage capacitor is formed so that the storage capacitor is formed on a common line (Cstonc〇mm〇n). Moreover, the shapes of the third and fourth capacitor electrodes 454, 456 shown in the drawings are 26 rw 2201Itwf.d〇c/p 200846800, and Mingya does not limit the shape of the capacitor electrode, i is a species + „form It can also be applied to the present invention. In addition, the structure of the second type of capacitor can also be formed in the scan for the storage capacitor = [Sixth embodiment] FIG. 6 is a book of the sixth embodiment of the present invention. It is composed of a plurality of groups of alizae 7 and == ^ ', and alizarin (different from two alizarins) to represent the explanation. = Figure 6, in this embodiment, each group of pixels is Bu

The Hi-first data line 520 and the second data line switch drive the r-mother group to include a first-single element 530 and a first unit 532. The first pixel unit 53A includes a first interpole 5, a second ==:30b, a first source, a source 53〇c, a first drain 5 and a first-pixel electrode 53Ge. The first gate 5 is electrically connected to the scan line. The channel-layer 530b is located above the first-gate layer 5 and is electrically connected to the first-channel line 52 and is located above the first channel layer 53A. The first pixel electrode 530e is electrically connected to the first drain 530d. Further, a second gate galvanic, a second channel layer 532br 532c, a second drain 532d and a second halogen electrode 532e are included. The second gate 532a is electrically connected to the scan line 510. The second channel layer 532b is located above the first gate 532a. The second source 532C is located above the second channel layer 532b and is electrically connected to the second data line 522. The second drain 532d is located above the first channel layer 532b. The second halogen electrode 532e is electrically connected to the second electrode 532d. It is to be noted that the structure of the first halogen unit 53 27 W 2201 ltwf.doc/p 200846800 and the structure of the second pixel unit 532 are arranged in a mirror image. In the example of the present invention, if the horizontal X-direction exposure shift occurs during the manufacturing process, the first pixel unit 53 〇 and the second pixel unit 532 of the set of pixels 600 are in a mirror image relationship with each other. Therefore, the fluctuations of the gate and the parasitic capacitance (cgd) between the first and second pixel units 530 and 532 can be made complementary to each other, thereby making the two pixel units 530 and 532 in the group of pixels 6〇〇. The luminance is compensated for each other. In one embodiment, each set of pixels 600 further includes a first 540 and a second contact window 542. The first contact window 54 is located between the first 昼素帝=30e and the first-nothing pole 53〇d, so that the first halogen electricity is electrically connected to the first 530d. The second contact 542 is between the second = 532e and the second non-polar 532d, so that the second halogen electrode is electrically connected to the second drain 532d. In another embodiment, each set of halogens 600 further includes a second capacitor electrode 552. Wherein the first capacitor electrode: 552 = the frame capacitor is formed on the money V (cirrr; electricity and, in the figure, the first and second electric shapes are Η-shaped, but the invention is not for the hetero-p other kinds of capacitors The electric_form village is formed by the _Yushu ΓΓΓΐ ΓΓΓΐ ( 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 = = = = = = = = = = 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 2008 Ltwf.doc/p Schematic, this pixel array is composed of multiple groups of pixels, and only one group of pixels (consisting of dioxad units) is represented in Fig. 7. Please refer to Fig. 7. In this embodiment, each set of cells 7 is driven by a first scan line 410 and a second scan line 612 and a data line 42, and each set of cells 700 includes a first pixel. The unit 430 and a second pixel unit 630. The first pixel unit of the present embodiment is similar to the fourth embodiment 430, and therefore will not be described again. The second pixel unit 63 includes a second gate. 630a, a second channel layer 630b, a second source 63〇c, a second diode 630d and a second halogen electrode 630e. The second gate 630a is electrically connected to the second scan line 612, and the second source 63〇c is electrically connected to the first data line 420. In particular, the structure of the second pixel unit 63() is The unitary unit 430 is arranged in a mirror direction. In the embodiment, if the vertical pupil direction exposure shift occurs during the manufacturing process, the first pixel unit 430 and the second pixel element in each group of pixels 700 are arranged. Since the cells 630 are in a mirror image relationship, the variation of the parasitic capacitance (Cgd) between the gate and the drain in the first and second pixel units 430 and 630 can be made complementary to each other, thereby making the group of cells 7 The luminances of the two pixel units 430 and 630 in the crucible are mutually compensated. In one embodiment, each set of halogens 700 further includes a first contact window 440 and a second contact window 64. The first contact window 44 The 〇 is located between the first halogen electrode 2e and the first drain 430d, so that the first halogen electrode 43〇e is electrically connected to the first drain 430d. The second contact window 64 is located at the second halogen electrode Between the 630e and the second drain 630d, the second halogen electrode eo'e is electrically connected to the second pole 630d. In the embodiment, each set of cells 7 〇 () further includes a first capacitor 29 200846800, ... xvx 〜 AW 22011 twf. doc / p electrode 450 and a second capacitor electrode 65 〇. wherein - +1 is located in the first 昼The second electrode is below the second pixel electrode 63Ge. In the present embodiment, the structure of the display capacitor belongs to the storage capacitor formed on the common line of the transistor (cornnum). Moreover, in the figure The shape of the first and 450, 650 shown in the formula is a 1! shape, but the present invention does not limit the electrode of the Leibao two-two valley, and other forms of the capacitor electrode can also be shaped:

^ Bu ^ other real complement, domain capacitance (four) construction _ = = two on the scan line (Cst on gate). In summary, the pixel array of the present invention has at least the following advantages. In the design of some pixel arrays by iti, it is to calculate the 汲 汲 每一 每一 每一 或是 或是 或是 或是 或是 或是 或是In another form, or the singularity of each group of elements is ==. The above design can make the design of the special arrangement of each group of books in the over-election of the structure of the pixel structure, so that the variation between the gate and the gate can be changed to each other. Complementary, in turn, can make the luminance generated by the alizarin=parent element structure in each group of alizarins compensate each other. Therefore, the 昼 晶 晶 晶 晶 晶 晶 晶 晶 晶 晶 晶 晶 晶 晶 晶 晶2. In another halogen matrix design of the present invention, the channel layers of the halogen units in each group of dendrites are extended in the same direction. Therefore, in the low manufacturing process, the influence of the @exposure offset on the display of the halogen can make the quality of the liquid crystal display panel produced better. Although the present invention has been disclosed in the preferred embodiments as described above, it is not intended to be limited to the scope of the present invention, and may be made by those skilled in the art without departing from the spirit and scope of the invention. The scope of protection of the present invention is defined by the scope of the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view showing a pixel array according to a first embodiment of the present invention. 2 is a second embodiment of the present invention. FIG. 3 is a diagram showing a fourth embodiment of the present invention. FIG. 3 is a fourth embodiment of the present invention. FIG. FIG. 6 is a schematic diagram of a pixel array according to a fifth embodiment of the present invention. FIG. 6 is a schematic diagram of a pixel array according to a fifth embodiment of the present invention. FIG. ♦ @7 is a schematic diagram of a halogen element array according to a sixth embodiment of the present invention. [Main component symbol description] 100, 200, 300, 400, 500, 600, 700: Single group of elements 410, 510: scanning Line one" 110: first scan line 120, 412, 612: second scan line 132: data line 31

/ JL \ J rw 22011twfdoc / p 130, 420, 520 230, 422, 522 140, 430, 530 first data line second data line first pixel unit 140a, 430a, 530a: first gate 140b, 430b, 530b: first channel layer 140c, 430c, 530c: first source 140d, 430d, 530d: first L-shaped drain 140e, 430e, 530e: first halogen electrode • 150, 250, 432, 532, 630: Second halogen unit 150a, 250a, 432a, 532a, 630a: second gate 150b, 250b, 432b, 532b, 630b: second channel layer 150c, 250c, 432c, 532c, 630c: second source 150d, 250d , 432d, 532d, 630d · · second L-shaped drain 150e, 250e, 432e, 532e, 630e: second halogen electrode 434: third halogen unit 434a: third gate ^ 434b: third channel layer 434c • Third source 434d: Third drain 434e • Third halogen electrode 360, 436: Fourth halogen unit 360a, 436a • Fourth gate 360b, 436b: Fourth channel layer 360c, 436c: Fourth source 360d, 436d: fourth L-shaped drain 32 200846800 uuiuuyiFW 2201 ltwf.doc/p 360e, 436e · Fourth halogen electrode 160, 440, 540: first contact window 170 270, 442, 542, 640: second contact window 444: third contact window 370, 446: fourth contact window 180: first opening 190, 290: second opening 192, 450, 550: first capacitive electrode • 194 294, 452, 552, 650: second capacitor electrode 454 · third capacitor electrode 394, 456 · · fourth capacitor electrode

Claims (1)

200846800 uoiui^ifW 22011twf.doc/p X. Applying for patents: L. A matrix of alizarins, which consists of multiple groups of alizarins, some of which are d; first and second scan lines and a data line The group of the components includes: a first pixel unit, comprising: a first gate electrically connected to the first scan line; a first channel layer on the first gate a material-responsive source located above the first channel layer and above the first channel layer with the first L-shaped drain; the first halogen electrode, and the first L-shaped a second electrical unit, comprising: a first and a second gate electrically connected to the second scan line; a second channel layer above the second gate; Electrically; the source is located above the second channel layer', and is located above the second channel layer with the donor-shaped "shape", 1 t = the dipole is a scale - the L-shaped bungee is horizontally flipped (10) The degree 2 is such that it is electrically connected to the second pole by the element 。, and the enthalpy array is further included. : , so that the first pixel electrode is electrically connected to the first and the other, and the L-shaped gate is electrically connected to the second contact window, and the second pixel electrode and the second dome 34 are located. Between the two poles, the second halogen element is electrically connected to the second L-shaped electrode. 3. The halogen array according to claim 1, wherein: a portion of the first gate below the first L-shaped drain and a right opening; and a second opening in the second gate below the second L-shaped drain. The halogen array of the invention of claim 4, further comprising: a first capacitor electrode located below the first halogen electrode; and a second capacitor electrode located below the second halogen electrode 5·- a species of halogen, which is composed of a plurality of groups of halogens, wherein the group of elements are driven by a - scan line and - a first and a second element, each of the group of elements including a first pixel unit, comprising: a first gate electrically connected to the scan line; a channel layer is located above the first gate; a first source is located above the first channel layer, and a data line is electrically connected; - a first L-shaped bungee is located at the first a first passivation electrode, and the first L-shaped drain-electrode-second halogen unit, comprising: a connection, a second gate electrically connected to the scan line; a second channel layer is located above the second gate; a second source is located above the second channel layer, and the second data line is electrically connected; /, "a second L-shaped drain is located in the second channel Above the second channel layer, wherein 35 200846800 0610139ITW 22011twfdoc/p the second L-shaped electrode is aligned with the first L-shape and the pole; and a second halogen electrode, and the second L-shaped electrode Extremely electrical connection. 6. The pixel array of claim 5, further comprising: a first contact window between the first pixel electrode and the first L-shaped drain to make the first The first electrode is electrically connected to the first L-shaped drain; and a second contact window is located between the second halogen electrode and the second L-shaped drain, so that the second halogen electrode and the second The L-shaped electrode of the second aspect of the invention, wherein: the first gate of the first L-shaped drain has an opening; and There is a second opening in the second gate below part of the second L-shaped drain. 8. The pixel array of claim 5, further comprising: a first capacitor electrode located below the first pixel electrode; and a second capacitor electrode located at the second pixel electrode Below. 9. The pixel array of claim 5, wherein each of the group of pixels further comprises a second scan line, and each of the group of elements further comprises: a third layer a unit, comprising: a third gate electrically connected to the second scan line; a second channel layer located above the third gate; a third source located above the third channel layer And electrically connected with the first data line; the second brother L-shaped immersed, located above the second channel layer of the brother, in the pot 36 200846800 υο 1 υ 1 ^ !^ι Γ W 22011twf.doc/p the third L The shape of the first L-shaped bungee is horizontally flipped in the form of a degree. The first diode electrode is electrically connected to the third L-shaped electrode. A fourth halogen element includes: a fourth a gate electrically connected to the second scan line; a fourth channel layer above the fourth gate; a fourth source, located above the fourth channel layer, and having a second data line Connected; a fourth L-shaped pole is located above the fourth channel layer, 1 the fourth L-shaped drain and the third] [^-shaped bungee is mirrored Like an arrangement; ', a fourth halogen electrode electrically connected to the fourth L-shaped drain. 10. For example, the halogen array described in claim 9 of the patent scope further includes: Tosho ^, and three (four) 'in the third pixel and the third L-shaped no "« make the third element The electrode is electrically connected to the third electrode, and the fourth contact window is located at the fourth pixel electrode and the fourth L-shape θ to make the fourth pixel electrode and the fourth L-shaped drain Electrical connection ^ as in the patent range of item 9 of the halogen array 3, connected to three open: part ί: the third W below the third gate has a fourth opening = part of the fourth (10) The fourth gate below the drain has a pixel array according to claim 9 of the patent application scope, == a two-capacitor electrode, located below the third halogen electrode. The first four capacitor electrode is located at the Below the tetracycline electrode.夂-f疋 is driven by the ΐϋ line and the first and second data lines 37 200846800, each of the group of pixels comprises: a first pixel unit, comprising: a first gate, and the first The scan line is electrically connected; a first channel layer is located above the first gate, and the channel layer extends along a first direction; a first source is located above the first channel layer, and the fish is a data line Electrically connected; a first drain is located above the first channel layer; Φ a first electrode, which is electrically connected to the first pole; 'a brother* is a first gate Connected to the first scan line; a second channel layer above the second gate, the second channel layer extending along a first direction; /, q罘 a second source, located in the second Above the channel layer, the two data lines are electrically connected; the younger brother = the death is located above the second channel layer; and the green one is the light of the light. The first direction is perpendicular to the second direction. Where The halogen array described in the above, further comprising: 38 200846800 U61ϋ 1391 fW 2201 ltwf.doc/p a capacitor electrode located below the first pixel electrode; and a first grid electrode located at the second pixel Below the electrode. 17. The pixel array of claim 13, wherein each of the group of elements further comprises a second scan line, and each of the group of pixels further comprises: = one brother The pixel unit includes: a second gate electrically connected to the second scan line; a third channel layer located above the third gate, and the first; the brother-direction extension; a third source a third pole layer is located above the third channel layer, and a data line is electrically connected; /, the third drain is located above the third channel layer; a third halogen electrode is electrically connected to the third drain a fourth pixel unit, comprising: a fourth gate electrically connected to the second scan line; a fourth channel layer above the fourth gate, the complex four-channel layer The first direction extends; ', ^ the fourth source is located above the fourth channel layer, and the blood two data lines are electrically connected; the fourth drain is located above the fourth channel layer; and - the fourth pixel An electrode electrically connected to the fourth drain. The enthalpy array of claim 17, wherein the first direction is perpendicular to the second direction. /, according to the 19jD application patent range of the scope of the pixel array, further comprising: a third contact window, located in the third halogen electrode and the third drain 39 22011twf.doc / p 200846800 U ( Between lUI3yilW, the 彳 丝 丝 - fourth contact window 'is located in the first connection, and Γ θ1 ? a third capacitor electrode, y: two port t of the halogen array, and further includes: a fourth capacitor electrode 'located The J4; and the group of pixels are composed of a - scan line and a two-dimensional disk, each of which is a moving element, and each of the group of elements includes: a first-one data line driven by a first element The unit includes: a first channel layer 'being the first gate electrode ^f pole electrically connected to the scan line; an upper portion and the first data line; the S pole' is located at the first channel layer The pole is located above the first channel layer; the first is electrically connected to the first-pole electrode; the second gate is electrically connected to the scan line, and the second channel layer is located at the second gate The top of the pole · the second data line S pole, located above the second channel layer: and with the second, no pole, located in the first Above the channel layer; and a second pixel electrode connected to the second electrode, the structure is a mirror-like unit and the second pixel unit is connected to the second pixel unit 200846800 0610139ITW 2201Itwfdoc/p 22 The pixel array as described in claim 21, further comprising: a first contact window between the first halogen electrode and the first drain electrode, such that the first halogen electrode The first drain electrode is electrically connected to the second drain electrode and the second drain electrode is electrically connected to the second drain electrode. 23) The halogen array according to claim 21, further comprising: an electric electrode located below the first halogen electrode; and a second capacitor electrode located below the second pixel electrode . 24·- a species of alizarin array, which is composed of a plurality of groups of pixels. The group of pixels is driven by the -first and second scan lines and the data =, and each of the elements includes: a pixel unit, comprising: a gate, electrically connected to the first scan line; a first channel layer above the first gate; a side + a first source, located in the first Above the one channel layer, and the data line is electrically connected; I, a first drain of the first shell, above the first channel layer; a first halogen electrode, which is electrically connected to the first drain The second pixel unit includes: one, two gates electrically connected to the second scan line; a channel-channel layer located above the second gate; a material line electrical; a source, located in the Above the second channel layer, and above the second channel layer, is located above the second channel layer; and a second halogen electrode electrically connected to the second electrode, 200846800 uoiuijyiiW 22011twf.doc/ p wherein the structure of the unitary unit and the structure of the second unit are arranged in a mirror direction. 25) The halogen array according to claim 24, further comprising: a first contact window located at the first germanium electrode and the first drain '3' to = the first halogen electrode Electrically connecting with the first drain; and a second contact window located at the second halogen electrode and the second drain to electrically connect the first halogen electrode to the second electrode. • The pixel array of claim 24, further comprising: a second capacitor electrode located below the first pixel electrode; and a second capacitor electrode positioned below the second halogen electrode. Below the element electrode. 42