TWI343038B - Liquid crystal display - Google Patents

Description

Nine, invention description: [Technical field to which the invention belongs] Structure this method and its corresponding pixel method of taking signals. Motivation,,,. Constructing a signal line for transmission and/or reading [Prior Art] In the existing touch display type Φ. 硌 田田 f P, it is necessary to configure a ^ * P so-called readout line in the display pixel. ) to read the signal / signal. Please refer to FIG. 1 , which is a schematic diagram of a conventional 5-type pixel structure according to the prior art, wherein the pixel KT is a pair of signal lines m, D2 and a pair of open lines, lines SELE (3), SELECT 2 Defined, and each body signal is transmitted via signal lines (1), D2. The pixel 1G includes a first transistor T1 for display, and the gate terminal is electrically connected to the gate line SELECT1; the source transistor T1 has a source terminal electrically connected to the signal line D1, and the retrace terminal is connected to the signal line D1. The capacitor Cst is electrically connected to a common line C〇]V[M〇N1 carrying a bias voltage. An optical element (eg, a photo-electric crystal ph〇t〇 TFT) is used to generate a photo-sensing signal, and a second transistor electrically connected thereto

The Readout TFT is used to control the reading of the photo-sensing signal; in this example, the second transistor Readout TFT is electrically connected to a read line Readout1 and can be controlled by a gate pUise provided by the gate line SELECT2. Turned on so that the light sensing signal can be transmitted via the read line Readout!. Please refer to Fig. 2, which is an equivalent circuit diagram of another conventional touch display pixel according to the prior art (US 2003/0156087). The light-sensitive structure (i.e., pixel) shown mainly includes a photo film transistor Photo TFT interconnected with the read film transistor Readout TFT, and a capacitor to interconnect the transistors with the common line. This circuit is 1343038 operating in charge mode. By applying a voltage to the gate line SELECT 1, it is possible to address the flow of charge from the signal line by the signal line D Bu D2 and the gate line SELECT], SELECT2, and the pixel 20. Similarly, the transistor Read〇utTFT is controlled by a gate pulse applied to the previous gate line SELECT2 to control the reading of the light sensing signal of the pixel 2, and the capacitor Cst2 is used for storing the signal, and these transistors are used. The system is interconnected with the common line C〇MM〇N1. In such an architecture, in order to transmit the generated photo-sensing signal to an external circuit for processing, the 昼 2G also needs another transmission line (ie, the read line Read 〇 Utl) to specifically transmit the read-to-read. The optical sensing signal; the reading line is electrically connected to the external amplifier, which amplifies the transmitted optical sensing signal and then transmits the signal output of the vocational university to the fourth (4) for the h-th processing of the subsequent performance, This is the data display and input operation of the control panel. For the sake of clarity, refer to Figure 3(a), which is an equivalent circuit diagram of another conventional touch-fitting lens according to the prior art. In this shot, the pixel 2 is defined by the interleaved first-and second-question lines (7), G2, and the first-to-second letter, D2. In addition, in the first and second signal lines D Bu, : ί set a read line Readoutl through the pixel 2 〇 '; and ^1 〇 = gate line, (1), G2 is configured between the 'bar common The line is electrically connected to each signal line of the battery. In addition, in the book Xin = 2 mainly includes the _ part, that is, the halogen element part, and the light element ill, JLP^^5 'the element component part 2G1, including the photoelectric crystal" is connected to the first gate line 01, the non-polar system is connected to the first \, and the source is connected to the common line C0MM0N1; as for the optical element portion 202, the package is -. ^ 望-μ ^ off the transistor 2021, its gate system Connected to the one " and, and the pole and source are connected to the read line Readoml. 1343038 ¥ In addition, the optical element portion 202' further includes a photo transistor 2022, the gate and the drain are connected to The common line is COMMON1, and its source is connected to the drain of the switching transistor 2021'.

The above architecture will have an adverse effect on the image display. Please refer to FIG. 3(b), which is a schematic diagram showing the configuration of the read line Readout1 in the above conventional touch display monitor according to the prior art. In this architecture, a read line Readoml must be additionally configured for the transmission of the optical sensing signal, but the configured read line Readout1 will occupy a special area of the active area of the display and thus have such a read line. The aperture of the Read〇ut丨 aperture will differ from the other pixels (W1<W2), as shown in Figure 3(b). This difference in aperture ratio will cause the touch display to have the disadvantage of uneven brightness. ★ In addition, the configuration of the read line is also prone to defects in the display test, and the yield on the process is lowered, resulting in disadvantages such as high manufacturing cost and poor display quality.

In order to improve the various kinds of the above-mentioned conventional touch-type displays, and to improve the uniformity of the twist, the inventors have carefully tested and researched, and have a perseverance of the spirit of the n-dimensional 1 画 峨 transmission and reading drive The method and its corresponding pixel structure. SUMMARY OF THE INVENTION The first aspect of the present invention is to provide a seed-purchasing structure, in which: there is no aeronautical special-reading line for signal transmission and five items for item selection. According to a second aspect of the present invention, the pixel structure includes adjacent ones; a number line and a second signal line, an adjacent - a first gate line and a second gate: a switch gate line and the A common line between the second gate lines, a first-thickness, an optical element, and a second transistor. The first end of the first electric crystal for display is electrically connected to the first brake line, the second end thereof is electrically connected to the electric line, and the third end thereof is connected via the first capacitor - ^ ^ The second end of the body is electrically connected to the common line; the first end of the body is electrically connected to the second line, and the second end is connected to the = The second end of the optical element, and the third end thereof is electrically connected to the second signal to control the reading of the photo-sensing signal. According to the above concept, one end of the second signal line is electrically connected to a signal driver and its terminal is connected to the squirrel. According to the above concept, the signal driver includes a drive integrated circuit and n disposed therein and the second signal line is electrically connected thereto. According to the above concept, wherein the read circuit comprises an amplifier. According to the above concept, the second signal line is electrically connected to the signal driver via a first switch and the first open relationship is made on the display substrate. According to the above concept, the second signal line is electrically connected to the read circuit via a second switch. According to the above concept, when the second signal line is electrically coupled to the read circuit via the second switch, a data signal from the signal driver is transmitted via the second signal line. According to the above concept, when the second signal line is electrically coupled to the έ玄# driver via the first switch, the optical sensing signal is transmitted to the Ί gastric extraction circuit via the second line for reading and deal with. According to the above concept, the optical element is selected from one of a photoelectric crystal and a photodiode. According to the above concept, the common line is supplied with a bias voltage. According to the above concept, wherein the bias voltage is a negative voltage. According to the above concept, the display is a touch display. According to the above concept, the pixel structure further includes a second capacitor electrically connected between the common line and the optical element. A second aspect of the present invention is to provide a driving method for a display pixel, which particularly refers to a driving method of a touch line display pixel. The display pixel includes at least one signal line for signal transmission and/or signal reading, at least one gate line, an optical element for generating a photo-sensing signal, and a first switch electrically connected thereto; One end of the signal line is electrically connected to a signal driver. Via the driving method provided, it is not necessary to configure a read line dedicated to signal transmission and/or reading in the pixel. According to the above concept, the driving method comprises the steps of: (a) providing a first state control signal to the signal driver to electrically couple the signal line to the signal driver, whereby a data signal system from the signal driver Transmitting the pixel through the signal line; and (b) providing a second state control signal to the signal driver to electrically couple the signal line to a read circuit, whereby the optical sensing signal is transmitted to The read circuit is for reading and processing. According to the above concept, when the signal line is supplied with the control signal of the first state, the signal line is electrically coupled to the read circuit. According to the above concept, wherein the first state is a low state, according to the above concept, wherein when the control signal of the second state is supplied to the signal line, the signal line is electrolyzed with the signal driver Coupling. According to the above concept, the second state is a high state. 1343038 v According to the above concept, wherein the display element further includes a second switch electrically connected thereto, and when the job-open county has a gate pulse corresponding to the control money of the second state, The light signal should be transmitted. ~ According to the above concept, the towel maintains the data signal when the optical sensing signal is transmitted via the signal line. The following diagrams and detailed explanations can be used to make readers more aware of:

[Embodiment] In the present invention, it is not necessary to additionally configure a dedicated reading device 1 in the picture element, and the signal carrying the data signal can also be used to transmit the signal to be read through the good design of the new lyricin. . Based on this concept, the present invention also provides a novel driving method for a display element, which is supplemented by the equivalent circuit diagram of the display element as follows. Referring to Figure 4, there is shown a pixel equivalent circuit diagram in accordance with a first preferred embodiment of the present invention.

As shown in FIG. 4, the pixel 40 includes a first transistor T, and a source terminal of the first gate transistor SELEn 'the first transistor C1 is connected to the common line c〇MM〇N1 via the first capacitor Cst; The crystal Photo TFT _ is generated - the new transistor, and the second transistor Switch TFT electrically connected thereto provides control of reading the optical sensing signal. In this example, the 閛 extreme of the photonic crystal and the source extremity are CO round brain, while the 汲 extreme is electrically connected to the second transistor; Unlike the conventional pixel structure, it is not necessary to arrange other read lines in the pixel 40, and therefore, the second transistor

The Switch TFT is electrically connected to the second signal line 〇2 instead of being connected to a conventional read line. The second signal line D2 is electrically connected to a signal driver via a switch D-Switch, and the other end is electrically connected to the read circuit including the amplifier via a further switch AMP-switeh. In a preferred embodiment, the signal driver is comprised of a signal driven integrated circuit, Data driver 1C, which is a current amplifier, Currem AMP, and which is further coupled to a processor. In the pixel writing phase, the pixel is at a write voltage level due to the applied pixel voltage; the second signal line D2 is supplied with a low-level control signal to turn on the switch D-Switch. The second signal line D2 can carry the data nickname from the external signal driver Data driver 1C electrically coupled thereto. At this time, the switch AMP-Switch is in the off state, so the current amplifier is lightly electrolyzed with the first k-th line D2, Make sure the data writer is not affected. On the other hand, in the signal reading phase, a high-level control signal is applied to the switch D_Switch, thereby turning off the switch D-Switch, interrupting the electrical connection between the signal driver Data driver 1C and the second signal line D2; When the switch AMP-Switch is turned on, that is, the current amplifier is electrically connected to the second signal line D2, the light sensing signal generated by the photoelectric crystal ph〇t〇 TFT can be transmitted to the second signal line D2 to The current amplifier Current AMP is processed. In addition, a pulse (ie, a reacjout gate pulse) is applied to the transistor Switch TFT via the second gate line SELECT2 for control. When the gate pulse has a high state (ie, a high voltage level), the Switch TFT is turned on, so that the optical sensing signal generated by the Ph0t0 TFT can be transmitted to the current amplifier via the second signal line D2. In other words, when the control signal is in the high state, the gate pulse is also in the high state, and 1343038 不 does not apply the pixel voltage to the pixel at this time, and the generated light sensing signal is read at this time.

When the control signal is in the high state, since the electrical connection between the switch D-Switch and the first L-line D2 has been interrupted, the signal driver Data driver 1C maintains the data signal that has not yet been sent until it is sent to another low position. The status control signal is maintained to maintain the correct power for the pixel write. Therefore, in a preferred embodiment, the signal driver Data driver 1C is used as a signal level when the control signal is in a high state. After the photo-sensing signal is transmitted through the second signal line D2 and is read, the Switch TFT is turned on again due to the feeding of the next pixel write gate pulse. The input voltage through the Photo TFT and the Switch is preferably a negative voltage to prevent the voltage level of the second signal line D2 from being affected by the waste input. In this case, the second signal line 〇2 is applied through the PhotoTFT (4), and the current is not transmitted to the second ship D2' in this state, so that the voltage level is not sounded. In addition, current amplifier

Current

The reference touch is also best based on the 适 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , 'The need to properly select the == line diagram applied to the second lion CT, which illustrates the first preferred embodiment of the invention: the formula (middle) applies: to the second) the skin shape; Each of G2, G3, and G4 ^ it ^ G1 03 >04; P Ben Maoming - the first line of the preferred embodiment T2 (as shown in the fourth circumference), and send two: G = 12 rush It is adjusted by the Switch TFT. Saki = mouth,, _ a period of time 11 o's to send the remaining gate line G1 pulse P1, its pulse width is greater than the width of the pulse that can be fed eight; Y; this wider pulse P1 with "tr knife" that is The first part of the pi1 corresponding to the read phase is indicated. ϊΐί corresponds to the second part of pi2, and the switch TFT is turned on again when the apostrophe is read in Figure 5(8). Because P2/, P2Y, the gate pulse P2 will include two The independent continuous part corresponds to the signal reading stage and the pixel writing stage as shown in the figure. (10) J 2 i is not in the invention, the number of the lines is based on the actual demand, and the configuration density of the transistor is based on the actual demand) In another embodiment, it is also possible to configure eight closed lines (1) to (3) as a group, if not. = reference to Fig. 6 is a second preferred embodiment according to the second preferred embodiment of the present invention. In this embodiment, the signal driver data driver 1C itself supports the timing control function to electrically connect to the second signal line D2 or interrupt its connection, so that it is not necessary to additionally configure the switch in the pin (as shown in FIG. 4). Show D_switeh). Or, you can also make the switch D-switch On the substrate of n or in the money driver d-shirt driver 1C, to simplify the arrangement inside the pixel. Referring to Figure 7, it is a pixel equivalent circuit diagram according to the third preferred embodiment of the present invention. The pixel mainly includes a pixel region 70' defined by the adjacent first-signal line D1 and the second signal line 〇2, and the adjacent first gate line SELECT1 and second gate line SELECT2. There is a common line COMMON1 between the first and second gate lines SELECT!, SELECT2, which is generally supplied with a negative bias voltage or a common voltage. As shown in Fig. 7, the pixel includes a first transistor The terminal 1343038 is connected to the second gate line SELECT2, the source terminal of the first transistor 1 is connected to the first signal line D1, and the drain terminal thereof is connected to the common line COMMON1 via the first capacitor Cst. Photoelectric Crystal Photo TFT system The second transistor Switch TFT for generating an optical sensing signal and electrically connected thereto provides control of reading the optical sensing signal. In this example, the gate terminal of the phototransistor ph〇t〇 TFT is electrically connected to the source terminal. Connected to the common line c〇mm〇n Bu and then The terminal is electrically connected to the second transistor Switch TFT. The gates of the first transistor T1 and the second transistor Switch TFT are electrically connected to the same gate φ line, that is, the second gate line SELECT2. Alternatively, an optical diode can be used as the optical element for generating the photo-sensing signal in the pixel. Similarly, in this embodiment, it is not necessary to configure other * reading lines in the pixel, therefore, The second transistor Switch TFT is electrically connected to the second 彳5 line 02' instead of being connected to a conventional read line. The second signal line D. One of the terminals is electrically connected to a signal driver via a switch D-Switch, and the other end is electrically connected to a read circuit including an amplifier via another switch AMP-switch. In the preferred embodiment, the signal driver is formed by a k-drive integrated circuit driver 1C, and the amplified state is a current amplifier, Current AMP, and the amplifier is further coupled to a processor. The principle of operation of this unitary structure is the same as that of the first and second preferred embodiments of the present invention shown in Figs. 4 to 6, and therefore will not be described again. Please refer to FIGS. 8(a) to 8(c), which illustrate different gate pulse waveforms applied to pixels in the third preferred embodiment of the present invention; when respectively associated with gate lines Gb G2, G3 When each transistor of G4 is used, the _rush is respectively sent to the gate line G, G2, G3, and G4; wherein the gate line G4 is the second signal line SELECT2 in the third embodiment of the present invention (e.g. Figure 7). In this example, the gate pulse sent to the gate line G4 is adjusted by the switch TFT. More specifically, when the Switch TFT segment is turned on for a long time t2, the pulse sent to the gate line G4 is wider than the width of the pulse of the wider pulse p3' which is sent to the remaining gate line Gb2, G3; This - the wider pulse p3 can be divided into two parts, that is, the first part p31 corresponding to the signal reading phase and the second part P32 corresponding to the drawing and writing stages, as shown in Fig. 8(8) or 疋' When the signal reading is performed, the Switch TFT is turned on again, and thus the gate pulse P4 sent to the gate line G4 includes two independent continuous portions P4 and P42, which respectively correspond to the signal reading phase and the pixel writing phase, such as the eighth. (b) shown in the figure. In the present invention, the number of gate lines is determined according to actual needs (for example, the arrangement density of the photovoltaic crystal), and in another embodiment t, the eight gate lines G1 to G8 may be configured as a group, such as the eighth. (c) shown in the figure. "Monthly, Fig. 9 is a diagram showing a pixel equivalent circuit diagram according to a fourth preferred embodiment of the present invention; unlike the embodiment shown in Fig. 7, in this embodiment, the signal The driver Data driver IC itself supports the timing control function to electrically connect to the second signal line D2 or interrupt its connection, so that it is not necessary to additionally configure a switch (such as the D-switch shown in FIG. 4) in the pixel. Alternatively, the switch D-switch can be fabricated on the substrate of the display or in the wave drive Data driver 1C to simplify the internal configuration of the pixel. It can be seen from the above description that the driving method provided by the present invention, that is, the heat must be configured with other reading lines for data signal transmission and/or optical sensing signal reading in the pixels, thereby solving the aforementioned conventional touch. The lack of a type of display significantly improves the brightness uniformity of the display. Compared with the conventional touch 1343038 瘫 ', the invention has the advantage of improving the yield, thus the manufacturing cost and the display quality thereof. Therefore, this advancement and the invention of "complex and competitive" are not modified by the ingenuity, and the description is simple.

1 is a diagram of a conventional touch-type display according to the prior art, and a conventional touch-type 3 (4) diagram is illustrated according to the prior art. The equivalent circuit diagram of another conventional touch-type display pixel; FIG. 3(b) is a schematic diagram showing the configuration of the read line Readout1 in the above-mentioned conventional touch-type display pirate according to the prior art; A halogen equivalent circuit diagram according to a first preferred embodiment of the present invention;

In the case of a controlled display, the ability to reduce the display is a novel and developmental value. 5(a) to 5(c), which illustrate different gate pulse waveforms applied to pixels in the first preferred embodiment of the present invention; and FIG. 6 is a second comparison according to the present invention A pixel equivalent circuit diagram of a preferred embodiment; & Figure 7 is a pixel equivalent circuit diagram according to a third preferred embodiment of the present invention; - 8(a) to 8(c) Figure 2 illustrates different gate pulse waveforms applied to pixels in a third preferred embodiment of the present invention; and Figure 9 illustrates a picture 13 1343038 in accordance with a fourth preferred embodiment of the present invention.

Prime equivalent circuit diagram. [Main component symbol description] 10, 20, 201素201' pixel component part 202' optical component part 2011', 2021', 2022' transistor Dl ' D2 signal line SELECT 1 > SELECT2 ' G1-G8 gate line ΤΓ, Photo TFT, Readout TFT Transistor COMMON 1 Common Line Cst Capacitor Readout 1 Read Line 40 Pixel D-Switch ' AMP-Switch Switch Current AMP Current Amplifier Data Driver IC Signal Driver tl > t2 On Time P1-P4 , Pll, P2, P22, P31, P32, P41, P42 pulses

Claims (1)

The Republic of China on March 22, 100, revised the replacement page. Ten, the scope of application for patents: 1, a display of the pixel structure, including: one of the adjacent configuration of the first signal line and a second signal line; one of the adjacent configurations a first gate line and a second gate line; an optical element for generating a photo-sensing signal; a transistor having a first end electrically connected to the second gate line and electrically connected to the optical element a second end, and a third end electrically connected to the second signal line, the transistor has a first switch state; a first switch having a second switch state; and a second switch having a first switch a third switch state; wherein one end of the first 彳S line is electrically connected to a signal driver, and the other end is electrically connected to a read circuit, the read circuit has a first input end and a second An input terminal; the first js line is electrically connected to the signal driver through the first switch, and the second signal line is electrically connected to the first input end of the read circuit through the second switch; the reading The second input of the circuit Receiving the same fixed negative reference voltage continuously at any time; the second switch state and the third switch state are mutually complementary; and when the first switch state is in a first open state, and the third switch state is in a In the second on state, the read circuit reads the difference between the photo-sensing signal and the fixed negative reference voltage. 2. The pixel structure of claim 1, wherein the signal driver comprises a driving integrated circuit, and the first switch is disposed in the driving integrated circuit, and the second circuit is disposed in the circuit The driver integrated circuit in the Republic of China on March 22, 100 modified the replacement page first switch electrical connection. 3. The patent structure of the patent application, wherein the first open relationship is fabricated on a substrate of the display. 4. If the pixel structure of the patent item 1 is applied, the towel is passed through the second signal and the read electrolysis (4), and the data signal from the signal driver is transmitted via the second signal. Transmission by line. 5. The pixel structure of claim </ RTI> wherein the second signal line is electrophoresed with the signal via the first reward, and the optical sensing signal is transmitted to the reading via the second money line Take the circuit for reading and processing. 6. In the case of the patent structure of the patent application, the optical element is selected from one of a photoelectric crystal and a photodiode. 7. The pixel structure of the patent application, further comprising a common line between the first gate line and the second gate line. 8. The pixel structure of claim 7 is applied with a bias voltage. If you are accustomed to the ice, you will be responsible for the negative. 9. If you apply for the pixel structure of the eighth item, the bias voltage is a voltage. 10. ^Applicable to the pixel structure of the scope of the patent, in which a touch display. The thief 11. If the pixel structure of the scope of the patent application is applied, it includes an amplifier. %%电峪12· - A display method for the display of sapphire, wherein the display gate line - and the second health Guan Lun and / or the signal read a Republic of China] March 22, 00 modified replacement page, An optical component is configured to generate a photo-sensing signal, and a first end having a first end electrically connected to the gate, a first end connected to the disparity, and a second signal line One of the third first switches has a -first-switch state, wherein the second signal; one end of the line is electrically connected to a signal driver, and the other end is electrically connected to the two read circuit, the read circuit has a first input terminal and two first input terminals, the second signal line is electrically connected to the signal driver through a switch having a second switch state, the second signal line pass has one of: a second switch state a third switch electrically connected to the first input of the read circuit, the driving method comprising the steps of: continuously providing the same fixed negative reference voltage to the second input of the read circuit at any time; providing a The first state control signal to the a driver to electrically couple the second signal line and the signal driver, whereby a data signal from the signal driver is transmitted to the pixel via the second signal line; and a second state control signal is provided To the signal driver, the second signal line and the reading circuit are electrically consumed, whereby the optical sensing signal is transmitted to the reading circuit for reading and processing; and when the first switching state is in a The first open state 'and the third switch state is in a second open state, the read circuit reads a difference between the optical sensing signal and the fixed negative reference voltage, wherein the second switch state and the first The three switch states are complementary to each other. 13. The driving method of claim 12, wherein when the second signal line is supplied with the control signal of the first state, the second signal line is electrically coupled to the reading circuit. 14. The driving method of claim 13, wherein the first state 15 of the Republic of China on March 22, modifies the replacement page-low state. * The driving method of claim 12, wherein when the second signal is supplied with the control signal of the second state, the second signal line is electrically coupled to the signal driver. 16. The driving method of claim 15, wherein the second state is a high state. 17. The driving method of claim 12, wherein when the first switch is supplied with a gate pulse, the light sensing signal is transmitted, the gate pulse having a first portion and the first The control signals of the two states correspond. 18. The driving method of claim 17, wherein the data signal is temporarily stopped when the optical sensing signal is transmitted via the second signal line. 21 1343038 Revision of the replacement page on March 22, 100 Republic of China D1 D2 nOMMONl coias 1343038 Republic of China March 22, 曰 Revised replacement page V D1 D2 D3 OOMMON1 COMMON 1 202' 202' 1343038 Republic of China 100 years March 22 曰 modified replacement page 3(8) Figure 1343038 The Republic of China changed the replacement page on March 22, 100 SELECT1 SELECT2 铖3S D1 Rsdoutl 1343038 Republic of China March 22, 曰 Revised replacement page &lt; 1343038 The Republic of China changed the replacement page on March 22, 100 铖 (5a) Array gate> io· G4 P1 P12 U G3 (SELECT2) G2 G1 1343038 Republic of China March 22, 100 revision replacement page 铖 5(b) S 1343038 Republic of China, March 22, 曰 modified replacement page 铖 5(c) Η ——G1 ——G2 ——G3 -G4 ——S ——G6 -G7 (SELECT2) -G8 Array gatezo. 1343038 Republic of China 100 March 22曰Replacement page OS ❿ V 1343038 The Republic of China changed the replacement page on March 22, 100 1343038 Republic of China March 22, 100 Revision Replacement Page 8(a) P3 P31 P32 Array gate2:o· G^(smrEOT2) G3 G2 G1 1 -I «ϋ - - t2 1343038 Republic of China March 22, 100 Modify replacement page 铖8(b) 涵• · P41 P42 Array gateMO. G4 (SLEnT2) G3 G2 G1 1343038 Republic of China 100 March 22 曰Revision replacement page-_-_-G1 One-one-I-_-1 -G2i i -1-_-G3 Π 一 一 I -j-_- G4 - -n 二 - -_-j-G5 _ I - - - -_-1-G6 ~~ _ _ - I- L, -j-07 -JF--s (SELECT2) ____1 Array gate>io·濉8(c) a 丨1343038 Republic of China March 22, 100 modified replacement page SLECT1 SELEOT2 Gate driver OS Ί D1 cst&quot; Cst •Ή ost ' Vref&lt;l· Phs.0 TFT I~~^!tch 1 FTrTFT It__f I D2 nst_ nst„ HH— ost= cst· ost„ Data Driver IC ns ost„ D3 Bias COMMON1 I--Bias Bias