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CN1746966A - display panel - Google Patents

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Publication number
CN1746966A
CN1746966A CN 200510113895 CN200510113895A CN1746966A CN 1746966 A CN1746966 A CN 1746966A CN 200510113895 CN200510113895 CN 200510113895 CN 200510113895 A CN200510113895 A CN 200510113895A CN 1746966 A CN1746966 A CN 1746966A
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Prior art keywords
display panel
compensation
panel according
segment
segments
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CN 200510113895
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CN100538804C (en
Inventor
赖明升
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AUO Corp
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AU Optronics Corp
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Priority to CNB2005101138950A priority Critical patent/CN100538804C/en
Publication of CN1746966A publication Critical patent/CN1746966A/en
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Abstract

A display panel comprises a substrate, a plurality of signal lines, a plurality of bonding pads, a plurality of connecting wires and a plurality of capacitance compensation devices. The signal line is disposed on the substrate. The bonding pad is located in the pad area of the substrate and connected to the driving circuit. The connecting wires are arranged in a fan shape, and the length of the connecting wires is gradually reduced from the outer side of the fan shape to the inner side. Each connecting wire is connected with the corresponding signal wire and the corresponding bonding pad, and each connecting wire comprises a compensation section with equal length. The plurality of capacitance compensation devices are respectively coupled with the compensation sections of the corresponding connecting wires, and the capacitance compensation values of the capacitance compensation devices are increased progressively from the outer side to the inner side of the fan shape.

Description

Display panel
Technical field
The invention relates to a kind of display panel, particularly relevant for a kind of display panel, it has the RC compensation of time delay.
Background technology
Generally speaking, (liquid crystal display, LCD) Zhuan Zhi display panel comprises a plurality of sweep traces and a plurality of data line, and sweep trace and data line are interlaced to form active region (active area) in liquid crystal display.A plurality of pixel electrodes and a plurality of thin film diode or thin film transistor (TFT) are formed in the active region.Scanner driver and data driver provide sweep signal and data-signal to sweep trace and data line respectively by a plurality of pads (bonding pad).These pads gather together to form pad district (bonding area).The pad district connects fan section (fanout area) usually, and has a plurality of leads in the fan section, and these leads are connected to scanner driver and data driver by pad with sweep trace and data line.
The 1st figure is the display panel of the known LCD device of expression.Display panel 1 comprises a plurality of sweep trace GL and a plurality of data line DL.Sweep trace GL and data line DL crisscross active region 11.Periphery at active region 11 has a plurality of pads district 12, and assembles a plurality of pads in each pad district 12.Distinguish 12 interior pads in order to make sweep trace GL and data line DL be connected to pad, between pad district 12 and active region 11, have a plurality of fan sections 13.Each fan section 13 has a plurality of leads 14, in order to sweep trace GL or data line DL are connected to corresponding pad.Consult the 1st figure, in each fan section 13, the distance that lead is 14 is to be successively decreased to pad district 12 by active region 11.Therefore, in each fan section 13, the length of a plurality of leads 14 is successively decreased outside to inside by fan section 13, make the resistance value (R) of lead 14 and coupling capacitance (C) also be successively decreased outside to inside by fan section 13, and lead 14 has different RC time delay.Different RC can cause picture quality to reduce time delay, ripples line (mura) phenomenon for example occurs.
Summary of the invention
In view of this, in order to address the above problem, fundamental purpose of the present invention is to provide a kind of display panel, comprises substrate, a plurality of signal wire, a plurality of pad, a plurality of connection lead and a plurality of Electric capacity compensation device.Signal wire is disposed on the substrate.Pad is positioned at the pad district of substrate, and connects driving circuit.A plurality of connection arrangements of conductors become fan-shaped, and the length of connection lead is successively decreased toward the inboard by the fan type outside.Each connects lead and connects signal lines and corresponding pad, and each connects the compensation paragraph that lead includes an equal in length.A plurality of Electric capacity compensation devices couple the compensation paragraph of corresponding connection lead respectively, and the capacitance compensation value of Electric capacity compensation device is increased progressively toward the inboard by the fan-shaped outside.
The present invention also provides a kind of display panel, comprises substrate, a plurality of signal wire, a plurality of pad, a plurality of connection lead and a plurality of Electric capacity compensation device.A plurality of signal wires are disposed on the substrate.A plurality of pads are positioned at the pad district of substrate and connect driving circuit.A plurality of connection arrangements of conductors become fan-shaped, and each connects lead and connects signal lines and corresponding pad.Each connects lead and has included the compensation paragraph, and wherein, the length of compensation paragraph is increased progressively toward the inboard by the fan-shaped outside.A plurality of Electric capacity compensation devices are one another in series, and couple the compensation paragraph of corresponding connection lead respectively.The length of the corresponding compensation paragraph that couples with it of the capacitance compensation value of a plurality of Electric capacity compensation devices is directly proportional.
The present invention also provides a kind of display panel, comprises substrate, many signal line, a plurality of pad and a plurality of connection lead.Many signal line are disposed on the substrate.A plurality of pads are positioned at pad district and in order to connect driving circuit.A plurality of connection arrangements of conductors become fan-shaped, and each connects lead connection signal lines and corresponding pad.Each connects lead and includes first paragraph, second paragraph, and the 3rd paragraph.Wherein, the live width of a plurality of first paragraphs is equal to each other, and the live width of a plurality of second paragraphs is equal to each other, and the live width of a plurality of the 3rd paragraphs is equal to each other.The width of the 3rd paragraph is different from the width of second paragraph and first paragraph.
The present invention more provides a kind of display panel, comprises substrate, a plurality of signal wire, driver, a plurality of pad and a plurality of connection lead.Many signal line are disposed on the substrate.Driver comprises output circuit, in order to a plurality of signals of output from driver.A plurality of pads are positioned at pad district and in order to connect output circuit.Each connects lead and connects signal lines and corresponding pad.Wherein, driver comprises compensation system, in order to signal is made resistance and/or capacitance compensation.
For above-mentioned purpose of the present invention, feature and advantage can be become apparent, a preferred embodiment cited below particularly, and cooperate appended graphicly, be described in detail below.
Description of drawings
The 1st figure represents the display panel of existing LCD device.
The 2nd figure represents first embodiment of display panel of the present invention.
The 3rd figure represents the detailed maps of first embodiment.
The 4th figure represents second embodiment of display panel of the present invention.
The 5th figure represents the detailed maps of second embodiment.
The 6th figure represents the 3rd embodiment of display panel of the present invention.
The 7th figure represents among the 3rd embodiment that the present invention shows, the width indication figure of first to the 3rd paragraph.
The 8th and 9 figure represent among the 3rd embodiment that the present invention shows, the length synoptic diagram of first to the 3rd paragraph.
10a to 10c represents among the 3rd embodiment that the present invention shows, the kenel synoptic diagram of first and second paragraph.
Electric capacity compensation device among the 3rd embodiment that the 11st expression the present invention shows.
The 12nd figure represents the 4th embodiment of display panel of the present invention.
Among the 4th embodiment of 13a to 13c figure expression display panel of the present invention, the synoptic diagram of compensation system.
Label declaration:
1～display panel; 11～active region; 12～pad district; 13～fan section; 14～lead; DL～data line; GL～sweep trace;
2～display panel; 21～active region; 22～pad district; 23,23 1... 23 7～connection lead; 23 ', 23 ' 1... 23 ' 7～compensation paragraph; 24,24 1... 24 7～Electric capacity compensation device; 25～scanner driver; 26～data driver; 27～substrate; DL～data line; GL～sweep trace;
4～display panel; 41～active region; 42～pad district; 43,43 1... 43 7～connection lead; 43 ', 43 ' 1... 43 ' 7～compensation paragraph; 44,44 1... 44 7～Electric capacity compensation device; 45～scanner driver; 46～data driver; 47～substrate; DL～data line; GL～sweep trace;
6～display panel; 61～active region; 62～pad district; 63,63 1... 63 7～connection lead; 65～scanner driver; 66～data driver; 67～substrate; 110 1... 110 7～Electric capacity compensation device; DL～data line; GL～sweep trace; S 1～the first paragraph; S 2～the second paragraph; S 3～the three paragraph; DL～data line; GL～sweep trace;
120～display panel; 121～active region; 122～pad district; 123～connection lead; 125～scanner driver; 125a, 126a～output circuit; 126～data driver; 126b～compensation system; 127～substrate; DL～data line; GL～sweep trace;
Embodiment
First embodiment:
The 2nd figure is first embodiment of expression display panel of the present invention.Display panel 2 comprises that as shown in the figure, a plurality of sweep trace GL and a plurality of data line DL are configured on the substrate 27, and formation active region 21 interlaced with each other by the staggered formed active region 21 of a plurality of signal wires.Periphery at active region 21 has a plurality of pads district 22, connects scanner driver 25 and data driver 26, and assembles a plurality of pads in each pad district 22.For self-scanning driver 25 and data driver 26 provide signal to sweep trace GL and data line DL, a plurality of connection leads 23 are configured between pad district 22 and the active region 21.Each connects lead 23 and connects signal lines and corresponding pad.For a pad district 22, corresponding connection lead 23 is arranged in fan-shaped (fan configuration), and the length of connection lead is successively decreased toward the inboard by the fan type outside.Therefore, the resistance value (R) of connection lead also is to be successively decreased toward the inboard by the fan type outside with coupling capacitance (C).Each connects lead 23 and has compensation paragraph 23 ', and the length of compensation paragraph 23 ' is all identical.In the 2nd figure, compensation paragraph 23 ' is a straight line.Electric capacity compensation device 24 couples compensation paragraph 23 ', and the capacitance compensation value is increased progressively toward the inboard by the fan-shaped outside.
Next, be that example illustrates first embodiment to be connected in pad district 22 with a plurality of leads 23 that are connected between data line DL.Consult the 3rd figure, seven of its expressions connect lead.Connect lead 23 1To 23 7An end be connected to identical pad district 22, the other end then is connected to corresponding data line DL.Connect lead 23 1To 23 7All comprise compensation paragraph 23 ' 1To 23 ' 7, and each compensation paragraph 23 ' 1To 23 ' 7Identical length etc.In addition, Electric capacity compensation device 24 1To 24 7Couple compensation paragraph 23 ' respectively 1To 23 ' 7Electric capacity compensation device 24 1To 24 7The capacitance compensation value increase progressively toward the inboard by the fan-shaped outside.Therefore, by the Electric capacity compensation device 24 that increases progressively 1To 24 7The capacitance compensation value, adjust and connect lead 23 1To 23 7Coupling capacitance (C), reduce to connect lead 23 1To 23 7The difference of RC time delay.
Consult the 3rd figure, compensation paragraph 23 ' 1To 23 ' 7Equal in length, and be respectively by connecting lead 23 1To 23 7The counterpart bending form.Electric capacity compensation device 24 1To 24 7Can be constituted by the conductor of contacting each other.As shown in the figure, conductor and compensation paragraph 23 ' 1To 23 ' 7The region area that couples is to be increased progressively toward the inboard by this fan-shaped outside, reaches Electric capacity compensation device 24 by this 1To 24 7The capacitance compensation value increase progressively toward the inboard by the fan-shaped outside.
Second embodiment:
The 4th figure is second embodiment of expression display panel of the present invention.Display panel 4 comprises that as shown in the figure, a plurality of sweep trace GL and a plurality of data line DL are configured on the substrate 47, and formation active region 41 interlaced with each other by the staggered formed active region 41 of a plurality of signal wires.Periphery at active region 41 has a plurality of pads district 42, connects scanner driver 45 and data driver 46, and assembles a plurality of pads in each pad district 42.For self-scanning driver 45 and data driver 46 provide signal to sweep trace GL and data line DL, a plurality of connection leads 43 are configured between pad district 42 and the active region 41.Each connects lead 43 and connects signal lines and corresponding pad.For a pad district 42, corresponding connection lead 43 is arranged in fan-shaped (fan configuration).Each connects lead 43 and has compensation paragraph 43 ', and the length of compensation paragraph 43 ' increases progressively toward the inboard by the fan-shaped outside, and compensation connects the resistance value (R) of lead 43 by this.Electric capacity compensation device 44 couples compensation paragraph 43 ', and the capacitance compensation value increases progressively toward the inboard by the fan-shaped outside, connects the coupling capacitance (C) of lead 43 with compensation.
Next, be that example illustrates second embodiment to be connected in pad district 42 with a plurality of leads 43 that are connected between data line DL.Consult the 5th figure, connect lead 43 1To 43 7An end be connected to identical pad district 42, the other end then is connected to corresponding data line DL.Connect lead 43 1To 43 7All comprise compensation paragraph 43 ' 1To 43 ' 7, and each compensation paragraph 43 ' 1To 43 ' 7Length increase progressively toward the inboard by the fan-shaped outside.In addition, Electric capacity compensation device 44 1To 44 7Couple compensation paragraph 43 ' respectively 1To 43 ' 7Electric capacity compensation device 44 1To 44 7The capacitance compensation value increase progressively toward the inboard by the fan-shaped outside.Therefore, by the compensation paragraph 43 ' that increases progressively 1To 43 ' 7Length and the Electric capacity compensation device 44 that increases progressively 1To 44 7The capacitance compensation value, adjust and connect lead 43 1To 43 7Resistance value (R) and coupling capacitance (C), reduce to connect lead 43 1To 43 7The difference of RC time delay.From the above, Electric capacity compensation device 44 1To 44 7The capacitance compensation value with the compensation paragraph 43 ' 1To 43 ' 7Length be directly proportional.
Consult the 5th figure, compensation paragraph 43 ' 1To 43 ' 7Length increase progressively toward the inboard by the fan-shaped outside, and be respectively by connecting lead 43 1To 43 7The counterpart bending form.Electric capacity compensation device 44 1To 44 7Can be constituted by the conductor of contacting each other.As shown in the figure, conductor and compensation paragraph 43 ' 1To 43 ' 7The region area that couples is to be increased progressively toward the inboard by this fan-shaped outside, reaches Electric capacity compensation device 44 by this 1To 44 7The capacitance compensation value increase progressively toward the inboard by the fan-shaped outside.In other words, conductor and corresponding compensation paragraph 43 ' 1To 43 ' 7The region area that couples is proportional to compensation paragraph 43 ' 1To 43 ' 7Length.
The 3rd embodiment:
The 6th figure is the 3rd embodiment of expression display panel of the present invention.Display panel 6 comprises that as shown in the figure, a plurality of sweep trace GL and a plurality of data line DL are configured on the substrate 67, and formation active region 61 interlaced with each other by the staggered formed active region 61 of a plurality of signal wires.Periphery at active region 61 has a plurality of pads district 62, connects scanner driver 65 and data driver 66, and assembles a plurality of pads in each pad district 62.For self-scanning driver 65 and data driver 66 provide signal to sweep trace GL and data line DL, a plurality of connection leads 63 are configured between pad district 62 and the active region 61.Each connects lead 63 and connects signal lines and corresponding pad.For a pad district 62, corresponding connection lead 63 is arranged in fan-shaped (fan configuration).Each connects lead 63 and includes three paragraphs.
Next, be that example illustrates the 3rd embodiment to be connected in pad district 62 with a plurality of leads that are connected between data line DL.Consult the 7th figure, connect lead 63 1To 63 7All has the first paragraph S 1, the first paragraph S 2, and the 3rd paragraph S 3The first paragraph S 1Live width equate the second paragraph S 2Live width equate and the 3rd paragraph S 3Live width equate.For connecting lead, for example connect lead 63 1, the first paragraph S 1The pad in connection gasket district 62, the second paragraph S 2Connect corresponding data line DL, and the 3rd paragraph S 3Be connected in the first paragraph S 1With the second paragraph S 2Between.In the 7th figure, the 3rd paragraph S 3Width be different from these second paragraphs S 2With the first paragraph S 1Width.In addition, the first paragraph S 1With the second paragraph S 2Live width can be identical, and less than the 3rd paragraph S 3Live width.Perhaps, in certain embodiments, the first paragraph S 1Width can be different from the second paragraph S 2Width.
Consult the 8th figure, the first paragraph S 1Length increase progressively and the 3rd paragraph S toward the inboard by the fan-shaped outside 3Length then successively decrease toward the inboard by the fan-shaped outside.The second paragraph S 2Length then all equate.Perhaps, consult the 9th figure, the second paragraph S 2Length system increase progressively toward the inboard by the fan-shaped outside.
Wherein, first and second paragraph can be multiple kenel.Consult 10a figure, the first paragraph S 1With the second paragraph S 2Can be the bow line structure.Perhaps, consult 10b figure, the first paragraph S 1With the second paragraph S 2Can be structure in a zigzag.Moreover, consult 10c figure, the first paragraph S 1With the second paragraph S 2Be wavy shaped configuration.
According to above-mentioned, among the 3rd embodiment,, connect lead 63 to change by the length and the width that change first to the 3rd paragraph 1To 63 7Resistance value (R).
Consult the 11st figure, the Electric capacity compensation device 110 that is one another in series 1To 110 7Correspondence couples and connects lead 63 respectively 1To 63 7The second paragraph S 2, and Electric capacity compensation device 110 1To 110 7Capacitance compensation value and the corresponding second paragraph S that couples 2Length be directly proportional.In the 11st figure, the second paragraph S 2Length be to increase progressively toward the inboard by this fan-shaped outside, therefore, Electric capacity compensation device 110 1To 110 7The capacitance compensation value also be to increase progressively toward the inboard by this fan-shaped outside.Electric capacity compensation device 110 1To 110 7Can be constituted by the conductor of contacting each other.As shown in the figure, the conductor and the second paragraph S 2The region area that couples is increased progressively toward the inboard by this fan-shaped outside, reaches Electric capacity compensation device 110 by this 1To 110 7Capacitance compensation increase progressively toward the inboard by this fan-shaped outside.
Thus, by the length and width and the Electric capacity compensation device 110 that change first to the 3rd paragraph 1To 110 7The capacitance compensation value, adjust and connect lead 63 1To 63 7Resistance value (R) and coupling capacitance (C), reduce to connect lead 63 1To 63 7The difference of RC time delay.
The 4th embodiment:
A fourth embodiment in accordance with the invention, the compensation of RC time can be done compensation by the compensation system in scanner driver and the data driver.Consult the 12nd figure, display panel 120 comprises that as shown in the figure, a plurality of sweep trace GL and a plurality of data line DL are configured on the substrate 127, and formation active region 121 interlaced with each other by the staggered formed active region 121 of a plurality of signal wires.Periphery at active region 121 has a plurality of pads district 122, connects scanner driver 125 and data driver 126, and assembles a plurality of pads in each pad district 122.For self-scanning driver 125 and data driver 126 provide signal to sweep trace GL and data line DL, a plurality of connection leads 123 are configured between pad district 122 and the active region 121.Each connects lead 123 and connects signal lines and corresponding pad.For a pad district 122, corresponding connection lead 123 is arranged in fan-shaped (fan configuration), and the length of connection lead is successively decreased toward the inboard by the fan type outside.Therefore, the resistance value (R) of connection lead also is to be successively decreased toward the inboard by the fan type outside with coupling capacitance (C).
Scanner driver 125 all comprises output circuit 125a and 126a with data driver 126.Under explanation in, be to be example with data driver 126.The output circuit 126a outputting data signals of data driver 126 is to connecting lead 123.Data driver 126 also comprises compensation system 126b, provides resistance and/or electric capacity to connecting lead 123, in order to compensate unequal RC time delay.Consult 13a figure, compensation system 126b is so that resistance to be provided.Consult 13b figure, compensation system 126b is so that electric capacity to be provided.Consult 13c figure, compensation system 126b is so that resistance and electric capacity to be provided.Similarly, data driver 125 also comprises compensation system 125b, and it provides resistance and/or the electric capacity connection lead 123 to correspondence, to compensate unequal RC time delay.
Among this 4th embodiment, compensate RC time delay, can add that also utilization connects the length of lead 123 and the variation of width compensates except utilizing the scanner driver 125 and the compensation system of data driver 126.For example, the width of connection lead 123 is increased progressively toward the inboard by the fan-shaped outside.
Though the present invention discloses as above with preferred embodiment; so it is not in order to limit scope of the present invention; any those skilled in the art; without departing from the spirit and scope of the present invention; when can doing a little change and retouching, so protection scope of the present invention is as the criterion when looking appended the claim scope person of defining.

Claims (26)

1.一种显示面板，包括：1. A display panel, comprising: 基板，包括垫区；the substrate, including the pad region; 多个信号线，配置于该基板上；A plurality of signal lines are arranged on the substrate; 多个结合垫，位于该垫区，且连接驱动电路；A plurality of bonding pads are located in the pad area and connected to the driving circuit; 多个连接导线，排列成扇形，且该等连接导线的长度由该扇型外侧往内侧递减，每一该连接导线连接对应的该信号线与对应的该结合垫，且每一该连接导线包括有长度相等的补偿段落；以及A plurality of connection wires arranged in a fan shape, and the length of the connection wires decreases from the outside of the fan shape to the inside, each of the connection wires connects the corresponding signal line and the corresponding bonding pad, and each of the connection wires includes have compensating paragraphs of equal length; and 多个电容补偿装置，分别耦接对应的该连接导线的该补偿段落，且该等电容补偿装置的电容补偿值由该扇形的外侧往内侧递增。A plurality of capacitance compensation devices are respectively coupled to the compensation section of the corresponding connecting wire, and the capacitance compensation values of the capacitance compensation devices increase from the outside to the inside of the sector. 2.根据权利要求1所述的显示面板，其中每一该补偿段落是由对应的该连接导线弯曲而成。2. The display panel according to claim 1, wherein each of the compensation sections is formed by bending the corresponding connecting wires. 3.根据权利要求2所述的显示面板，其中该等电容补偿装置是由具有多个对应于补偿段落且彼此串联的导体所构成。3. The display panel according to claim 2, wherein the capacitance compensation devices are composed of a plurality of conductors corresponding to compensation segments connected in series. 4.根据权利要求3所述的显示面板，其中该等导体与对应的该等补偿段落耦接的区域面积是由该扇形外侧往内侧递增。4. The display panel according to claim 3, wherein the areas where the conductors are coupled with the corresponding compensation segments increase from the outside to the inside of the sector. 5.一种显示面板，包括：5. A display panel, comprising: 基板，包括垫区；the substrate, including the pad region; 多个信号线，配置于该基板上；A plurality of signal lines are arranged on the substrate; 多个结合垫，位于该垫区且连接驱动电路；a plurality of bonding pads located in the pad area and connected to the driving circuit; 多个连接导线，排列成扇形，每一该连接导线连接对应的该信号线与对应的该结合垫，且每一该连接导线包括有补偿段落，其中该等补偿段落的长度由该扇形的外侧往内侧递增；A plurality of connection wires arranged in a fan shape, each of the connection wires connects the corresponding signal line and the corresponding bonding pad, and each of the connection wires includes a compensation section, wherein the length of the compensation sections is determined by the outer side of the fan shape increase inwards; 多个电容补偿装置，分别耦接对应的该连接导线的该补偿段落，且该等电容补偿装置的电容补偿值与其对应耦接的该等补偿段落的长度成正比。A plurality of capacitance compensating devices are respectively coupled to the corresponding compensation sections of the connecting wires, and the capacitance compensation values of the capacitance compensation devices are proportional to the lengths of the correspondingly coupled compensation sections. 6.根据权利要求5所述的显示面板，其中每一该电容补偿段落是由对应的该连接导线弯曲而成。6. The display panel according to claim 5, wherein each capacitance compensation segment is formed by bending the corresponding connecting wire. 7.根据权利要求6所述的显示面板，其中该等电容补偿装置是由具有多个对应于补偿段落且彼此串联的导体所构成。7. The display panel according to claim 6, wherein the capacitance compensation devices are composed of a plurality of conductors corresponding to compensation segments connected in series. 8.根据权利要求7所述的显示面板，其中每一该导体与对应的该补偿段落耦接的区域面积正比于该补偿段落的长度。8. The display panel according to claim 7, wherein the area of each conductor coupled to the corresponding compensation segment is proportional to the length of the compensation segment. 9.一种显示面板，包括：9. A display panel, comprising: 基板，包括垫区；the substrate, including the pad region; 多个信号线，配置于该基板上；A plurality of signal lines are arranged on the substrate; 多个结合垫，位于该垫区且用以连接驱动电路；a plurality of bonding pads located in the pad area and used for connecting the driving circuit; 多个连接导线，排列成扇形之，每一该连接导线连接对应的该信号线与对应的该结合垫，且每一该连接导线均包括第一段落、第二段落、以及第三段落；A plurality of connection wires arranged in a fan shape, each of the connection wires connects the corresponding signal line and the corresponding bonding pad, and each of the connection wires includes a first segment, a second segment, and a third segment; 其中，该等连接导线的该等第一段落的线宽相等，该等连接导线的该等第二段落的线宽相等，且该等连接导线的该等第三段落的线宽相等；wherein the first segments of the connecting wires have the same line width, the second segments of the connecting wires have the same line width, and the third segments of the connecting wires have the same line width; 其中，该等连接导线的该等第三段落的宽度相异于该等连接导线的该等第二段落与该等第一段落的宽度。Wherein, the widths of the third segments of the connecting wires are different from the widths of the second segments and the first segments of the connecting wires. 10.根据权利要求9所述的显示面板，其中该等第一段落、该等第二段落以及该等第三段落的线宽均相异。10. The display panel according to claim 9, wherein the line widths of the first paragraphs, the second paragraphs and the third paragraphs are all different. 11.根据权利要求9所述的显示面板，其中该等第一段落和该等第二段落的线宽相同，且小于该等第三段落的线宽。11. The display panel according to claim 9, wherein the line widths of the first paragraphs and the second paragraphs are the same and smaller than the line widths of the third paragraphs. 12.根据权利要求9所述的显示面板，其中在每一该连接导线中，该第一段落连接该结合垫，该第二段落连接该信号线，以及该第三段落连接该第一段落和该第二段落之间。12. The display panel according to claim 9, wherein in each of the connecting wires, the first segment is connected to the bonding pad, the second segment is connected to the signal line, and the third segment is connected to the first segment and the second segment between two paragraphs. 13.根据权利要求12所述的显示面板，其中该等第一段落的长度由该扇形的外侧往内侧递增，而该等第三段落的长度则由该扇形的外侧往内侧递减。13. The display panel according to claim 12, wherein the lengths of the first segments increase from the outside to the inside of the sector, and the lengths of the third segments decrease from the outside to the inside of the sector. 14.根据权利要求13所述的显示面板，其中该等第二段落的长度均相等。14. The display panel according to claim 13, wherein the lengths of the second segments are equal. 15.根据权利要求13所述的显示面板，其中该等第二段落的长度由该扇形外侧往内侧递增。15. The display panel according to claim 13, wherein the lengths of the second segments increase from the outside to the inside of the sector. 16.根据权利要求12所述的显示面板，其中还包括多个彼此串联的电容补偿装置，分别对应耦接该等连接导线的该等第二段落，且该电容补偿装置的电容补偿值与其对应耦接的该第二段落的长度成正比。16. The display panel according to claim 12 , further comprising a plurality of capacitance compensation devices connected in series, respectively corresponding to the second paragraphs coupled to the connecting wires, and the capacitance compensation value of the capacitance compensation devices corresponds to This second segment of coupling is proportional to the length. 17.根据权利要求16所述的显示面板，其中该等电容补偿装置是由具有多个对应于第二段落且彼此串联的导体所构成。17. The display panel according to claim 16, wherein the capacitance compensating means are formed by a plurality of conductors corresponding to the second segment and connected in series. 18.根据权利要求17所述的显示面板，其中每一该导体与对应的该第二段落耦接的区域面积正比于该第二段落的长度。18. The display panel according to claim 17, wherein the area of each conductor coupled to the corresponding second segment is proportional to the length of the second segment. 19.根据权利要求17所述的显示面板，其中每一该导体与对应的该第二段落耦接的区域面积是由该扇形外侧往内侧递增。19. The display panel according to claim 17, wherein the area where each conductor is coupled with the corresponding second segment increases from the outside to the inside of the sector. 20.根据权利要求9所述的显示面板，其中该等第一段落和该等第二段落均为弓线结构。20. The display panel according to claim 9, wherein the first paragraphs and the second paragraphs are bow-wire structures. 21.根据权利要求9所述的显示面板，其中该等第一段落和该等第二段落均为之字形结构。21. The display panel according to claim 9, wherein the first paragraphs and the second paragraphs are zigzag structures. 22.根据权利要求9所述的显示面板，其中该等第一段落和该等第二段落均为波浪形结构。22. The display panel according to claim 9, wherein the first segments and the second segments are both wave-shaped structures. 23.一种显示面板，包括：23. A display panel comprising: 基板，包括垫区；the substrate, including the pad region; 多个信号线，配置于该基板上；A plurality of signal lines are arranged on the substrate; 驱动器，包括输出电路，用以输出来自该驱动器的多个信号；a driver, including an output circuit, for outputting a plurality of signals from the driver; 多个结合垫，位于该垫区且用以连接该等输出电路；以及a plurality of bonding pads located in the pad area and used to connect the output circuits; and 多个连接导线，用以分别连接信号线与其对应的结合垫；A plurality of connecting wires are used to respectively connect the signal wires with their corresponding bonding pads; 其中，该驱动器包括补偿装置，用以对该等信号作电阻及/或电容补偿。Wherein, the driver includes a compensation device for performing resistance and/or capacitance compensation on the signals. 24.根据权利要求23所述的显示面板，其中该等连接导线是排列成扇形。24. The display panel according to claim 23, wherein the connecting wires are arranged in a fan shape. 25.根据权利要求24所述的显示面板，其中该等连接导线的长度由该扇形的外侧往内侧递减。25. The display panel according to claim 24, wherein the lengths of the connecting wires decrease from the outside to the inside of the sector. 26.根据权利要求24所述的显示面板，其中该等连接导线的宽度由该扇形的外侧往内侧递增。26. The display panel according to claim 24, wherein the widths of the connecting wires increase from the outside to the inside of the sector.
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