CN100555382C - 用于驱动发光像素阵列的电路和方法 - Google Patents

用于驱动发光像素阵列的电路和方法 Download PDF

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CN100555382C
CN100555382C CNB2004800319863A CN200480031986A CN100555382C CN 100555382 C CN100555382 C CN 100555382C CN B2004800319863 A CNB2004800319863 A CN B2004800319863A CN 200480031986 A CN200480031986 A CN 200480031986A CN 100555382 C CN100555382 C CN 100555382C
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transistor
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A·内森
Y·维戈拉涅科
S·加法拉巴迪亚什蒂娜
P·塞尔瓦蒂
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Ignis Innovation Inc
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Abstract

本发明提供了一种驱动包括发光元件的一列像素的技术。该技术结合从连接到数据线路和该列的反馈线路的反馈数据源提供的反馈数据，像素驱动电路带有反馈通路。该技术还可包括用于输入信号校正的基准元件模块。

Description

用于驱动发光像素阵列的电路和方法
技术领域
本发明通常涉及发光设备显示技术，更具体地涉及用于驱动发光元件的技术，其在编程期间使用反馈结构来补偿像素不稳定性和不均匀性。
背景技术
近来，主动矩阵有机发光二极管(OLED)显示器由于其优于传统液晶板显示器的优点，已经变得更有吸引力。这些优点包括以比较低的成本和比较高的效率制造OLED显示器的能力。进一步，这种显示器不需要背光，并且提供宽阔的视角。
主动矩阵有机发光二极管(AMOLED)显示器包括像素的行和列的阵列，每个像素都包括OLED和一些有源设备，如薄膜晶体管。由于OLED是电流驱动设备，AMOLED的像素电路应该能够提供准确并且恒定的驱动电流，以得到一致并且均匀的亮度。
如美国专利第5748160号所公开的那样，简单的像素电路包括两个薄膜晶体管(TFT)和OLED。在该电路中，OLED被连接到驱动TFT的漏极端子，并且驱动TFT的栅极端子通过开关TFT被连接到列线。连接在驱动TFT的栅极端子和接地之间的存储电容器被用于在像素电路从列线路断开的时候，保持驱动TFT栅极端子上的电压。对于该电路，流过OLED的电流极大地取决于驱动TFT的特性参数。由于TFT的特性参数，特别地，偏压应力下的阈值电压随时间而变化，并且这种变化可能因像素而异，所导致的图像失真可能高得无法接受。
已经被采用的使电流驱动电路对阈值电压漂移的敏感度降低的方法之一是，对像素的电流编程，而不是对电压编程。在这种方法中，OLED电流较少依赖于驱动晶体管的电压-电流特性。OLED的电流编程的像素电路的实施已经得到了公开，例如，Yi HE等人，“CurrentSource a-Si:H Thin-Film Transistor Circuit for Active Matrix OrganicLight-Emitting Displays”(“主动矩阵有机发光显示器的电流源a-Si:H薄膜晶体管电路”)，IEEE Electro Device Letters，2000年12月，第21卷，第12号，590-592页。电流编程方法的缺点在于其很慢，特别对于低编程电流电平(current level)，这是由较大的线路电容造成的。因此，电压编程方法需要考虑其速度。这对于大面积的TV和显示器是特别符合的。
使驱动电流对晶体管参数的敏感度减少的另一种方法是使用电流反馈。美国专利申请20020101172A1提供了带有电流反馈的驱动系统。外部电流比较器对像素电流和基准电流进行比较，并生成适当的信号来控制像素电流。该公开的方法的一个缺点在于，控制信号是电流，这会限制编程速度。该方法的另一个缺点在于，必须对每个OLED的正极和负极设计图案，这增加了对当前使用的OLED制造工艺的可靠性的关注。
亮度反馈是用于稳定OLED亮度的另一种方法。如美国专利申请20030151569所述，对响应于表示OLED的光输出的反馈信号的反馈读出电路可用于提供亮度控制。该已公开方法的缺点在于，每个像素都需要在光学上耦合到OLED的光传感器。这引起了集成问题。另一个缺点在于，由光传感器生成的反馈信号的低电平可能导致信噪比不佳，从而使系统的动态范围变窄。
发明内容
本发明提供了几个具有反馈控制系统结构的驱动电路，其可用于驱动发光设备的列，并适合用在AMOLED显示器中。在本发明中，反馈电压是由关于像素的(on-pixel)反馈电路或者元件生成的。该电压用于调整像素的编程电压。
根据本发明的一方面，列中的每个像素都经信号线路和反馈线路连接到反馈型控制单元，并经选择线路连接端子接收到扫描时钟信号。通过信号线路施加于像素的编程电压设置通过发光元件的驱动电流。编程电压可由外部控制单元通过使用由关于像素的反馈电路生成的反馈电压进行精确地调整。反馈电压与发光元件的驱动电流成比例，并被用来设置编程电压，以便于得到需要的驱动电流，而不管像素间存在任何不稳定性(晶体管和发光元件的特性偏移)和不均匀性。
列控制单元可以被连接到形成于显示器基板上的基准元件模块，以便于校正由像素分量不准确或温度漂移引起的输出电流电平中的误差。基准元件模块还可以包括耦合到发光元件的光传感器，以便于为由有机材料的不稳定性或温度改变所导致的亮度变化提供亮度反馈补偿。
根据本发明的另一方面，提供了用在显示器中的像素电路。该显示器包括多个像素，每个像素具有选择线路、信号线路、反馈线路。像素电路包括发光元件；用于为发光元件提供驱动电流的驱动部分，驱动部分具有存储电容器和开关用晶体管，开关用晶体管具有连接到选择线路的栅极端子、连接到信号线路的第一端子，和第二端子；以及用于生成表示提供给发光元件的驱动电流的反馈电压的关于像素的反馈元件，反馈信号被提供给反馈线路。
根据本发明的另一方面，提供了用在显示器中的像素电路。该显示器包括多个像素，每个像素具有第一选择线路、第二选择线路、信号线路、反馈线路。像素电路包括发光元件；用于为发光元件提供驱动电流的驱动部分，驱动部分包括存储电容器、开关用晶体管、驱动用晶体管，开关用晶体管具有连接到第一选择线路的栅极端子、连接到信号线路的第一端子以及第二端子，驱动用晶体管具有连接到开关用晶体管的第二端子的栅极端子、第一端子以及连接到发光元件的第二端子；以及关于像素的反馈电路，其用于生成表示提供给发光元件的驱动电流的反馈电压。反馈电路包括连接在所述驱动用晶体管的第二端子和一个电位之间的电阻器；以及反馈晶体管，反馈晶体管具有被连接到第二选择线路的栅极、被连接到驱动用晶体管的第一端子的第一端子，以及被连接到反馈线路的第二端子。
根据本发明的另一方面，提供了用在显示器中的像素电路。该显示器包括多个像素，每个像素具有选择线路、信号线路、反馈线路。像素电路包括发光元件；用于为发光元件提供驱动电流的驱动部分，驱动部分包括存储电容器、开关用晶体管、驱动用晶体管，开关用晶体管具有被连接到选择线路的栅极端子、被连接到信号线路的第一端子以及第二端子，驱动用晶体管具有被连接到开关用晶体管的第二端子的栅极端子、第一端子和被连接到发光元件的第二端子；以及关于像素的反馈电路，其用于生成表示提供给发光元件的驱动电流的反馈电压。反馈电路包括被连接在所述驱动用晶体管的第二端子和一个电位之间的电阻器；以及反馈晶体管，其具有被连接到选择线路的栅极、被连接到驱动用晶体管的第一端子的第一端子，和被连接到反馈线路的第二端子。
根据本发明的另一方面，提供了一种显示设备。该显示设备包括选择线路；被提供根据亮度和反馈信息二者的电压信号的信号线路；被提供根据驱动电流的电流电平的反馈电压信号的反馈线路；形成像素阵列的多个像素；多个像素中的每个像素都形成于基板上所述扫描线路和所述信号和反馈线路的交叉部分，每个像素包括发光元件、具有存储电容器和开关用晶体管的电流驱动电路、以及提供表示所述电流驱动电路的电流输出的反馈信号的反馈电路；用于接收输入信号、用形成于基板上的基准电路在每列上调整输入信号和响应于来自列中像素的反馈信号修改输入信号以在所选择像素中产生所述发光元件的需要的亮度水平的显示列控制电路；以及用于陆续激活选择线路的选择线路驱动电路。
根据本发明的另一方面，提供了一种驱动设置成一列的多个发光元件到需要的亮度的方法。该方法包括以下步骤：选择列中多个像素中的一个像素，通过响应于来自在光学上与基准发光元件耦合的光传感器的光电流而调整流过发光元件的基准电流来建立基准发光元件的需要的亮度，将基准电流变换成相应的电压电平，将电压电平发送到选择的像素，将电压电平变换成驱动电流并生成表示驱动电流电平的反馈信号，响应于来自选择的像素的反馈信号调整电压电平以建立基本上等于基准电流的驱动电流，存储调整后的电压电平，并根据调整后的电压电平用驱动电流驱动发光元件以在像素中产生需要的亮度水平。
本发明的优点包括向发光二极管提供在时间上稳定的电流的能力，从而保持图像质量。此外，用于数据信号预处理的像素编程和亮度反馈的外部电流反馈的组合提供亮度控制和补偿，而不管像素中的不稳定性和不均匀性。电路占用很小的面积，并且用电压反馈对电压进行编程。电压编程和反馈的使用改善了编程速度，这对于大面积显示器和TV来说是必要的。
本发明的发明内容部分不须描述本发明的所有特征。
附图说明
通过下面的说明书，并参考附图，本发明的这些和其它特征将被理解，附图中：
图1是根据本发明的一个实施例的带有反馈控制系统结构的显示设备的配置实例的框图；
图2是根据本发明的一个实施例的像素结构框图；
图3A是根据本发明的一个实施例的像素电流和列控制单元的电路图；
图3B示出了根据本发明的一个实施例的图3A的电路的对应波形；
图4是根据图3A的实施例的一种修改的电路图；
图5是根据本发明的一个实施例的共阴极OLED配置的像素电路的示意图；
图6A是根据本发明的一个实施例的列控制单元和具有p-沟道型晶体管的像素电路的电路图；
图6B示出了根据本发明的一个实施例的图6A的电路的对应波形；
图7是根据本发明的一个实施例的列控制单元和带有P-沟道型晶体管开关的像素电路的电路图；
图8是根据本发明的一个实施例的列控制单元和具有p-沟道和n-沟道型晶体管的像素电路的电路图；
图9是根据本发明的一个实施例的列控制单元和具有电流镜作为电流驱动电路的像素电路的电路图；
图10是图9的实施例的一种修改的电路图；
图11是图3的实施例的一种修改的电路图；
图12是根据本发明的一个实施例的像素电路、列控制电路和实现有亮度反馈的基准单元(reference cell)的电路图；
图13是根据本发明的一个实施例的像素电路和带有基准二极管的列控制单元的电路图；
图14是根据本发明的一个实施例的像素电路、带有基准OLED的列控制单元的电路图；
图15是图14的实施例的一种修改的电路图。
具体实施方式
本发明包括一种用于驱动像素列的技术，其中的每个像素都包括发光元件，特别是有机发光二极管(OLED)。
图1表示一种具有反馈控制系统结构10和可寻址像素11阵列的显示设备。像素11受选择线路驱动器12和数据驱动器13的控制。如图1所示，单独的反馈控制单元14被设置在阵列的每个列线路上。给定列的反馈控制单元14经信号线路15和反馈线路16连接到列中的每个像素。还可以设置位于显示器基板上的基准元件17的模块。基准元件17的模块包括用于输入信号校正的像素电路的一些元件，还可以包括光学上耦合到发光元件的光传感器以执行亮度反馈。
图2示出了根据本发明的一个实施例的给定像素11的构造。如图2所示，像素包括OLED 21、由使用存储电容器23的存储的电压电平控制的电流驱动电路22、反馈电路24，和开关S1和S2。开关S1和S2可以是任何适当的开关设备，但是优选的是绝缘栅型场效应晶体管。像素11在写入和保持模式下运行。在写入模式下，当激活选择线路时，开关S1和S2导通，电流驱动电路22从控制单元14接收到信号电压，同时关于像素的反馈电路24馈送电压反馈信号。从而可通过使用负反馈，精确控制流过OLED 21的驱动电流。在保持模式下，开关S1和S2关断，并且驱动电路22根据存储电容器23的电压电平提供驱动电流。
图3A示出了根据可替代实施例的像素驱动电路和控制单元14的电路图。控制信号在图3B中示出。
像素驱动电路包括三个晶体管34、36和38、电阻器32、存储电容器Cs和OLED 31。像素驱动电路被连接到选择线路、反馈线路，和信号线路。图中还示出了具有正电位Vdd的电源节点和公共接地。
晶体管34、36和38可使用非晶硅、多晶硅、合适的有机半导体和NMOS或者CMOS工艺来制造。关于像素的反馈电路包括薄膜电阻器32，其可用任何合适的材料和工艺来制造，其提供了足够的稳定性。例如，在非晶硅工艺中，电阻器32可使用N+非晶硅或者N+微晶硅来制造。
驱动晶体管36的漏极端子被连接到OLED 31的负极。晶体管36的源极端子被连接到电阻器32，栅极端子通过晶体管34被连接到信号线路。电阻器32被连接在晶体管36的源极端子和公共接地之间。
晶体管34和38分别是驱动开关和反馈开关晶体管。晶体管34和38的栅极端子被连接到选择线路。晶体管34的源极端子被连接到信号线路，漏极端子被连接到晶体管36的栅极端子。晶体管38的源极端子被连接到反馈线路，漏极端子被连接到电阻器32。不同像素的所有OLED都具有公共的正极电极，被连接到电压电源节点(Vdd)。存储电容器Cs被连接在晶体管36的栅极端子和公共接地之间。它可以被连接在晶体管36的栅极端子和源极端子之间。对于后者来说，电容器Cs可用晶体管36的栅极-源极电容来实现。
外部控制单元33最简单的形式是带有负反馈连接的高增益、低偏移差分放大器。
在写入模式期间，选择信号变高，使晶体管34和38导通。因此，驱动晶体管36与外部差分放大器33和电阻器32一起组成有负反馈的电路。输入信号电压和电阻器32两端的电压降之间的电压电平差被差分放大器33放大，调整晶体管36的栅极上的电位。在初始瞬态之后，输出电流稳定下来，并且在高增益反馈环路的情况下，流过OLED 31的电流是：
I OLED = Vinp Rf - - - ( 1 )
在保持模式期间，选择线路变低，所以晶体管34和38关断并且像素被断开。由于驱动晶体管36的栅极电压被存储在电容器Cs中，所以在保持模式期间，驱动电流不变。
在图3A所示的配置中，像素31的电流取决于电阻器32的绝对电阻，这可能不合乎需要，这是由于集成电阻器的固有的不准确性和不良的热稳定性。图4示出了根据本发明的另一实施例的一种结构，其通过实施基准电阻器42和外部数据电流源41来陈述。基准电阻器42是由与集成电阻器相同的材料制成的，并形成于显示器基板上。这增强了电路的温度稳定性。该电路的驱动电流的编程电平是：
I OLED = Iinp Rr Rf - - - ( 2 )
其中Rr是基准电阻器42的电阻，Rf是反馈电阻器32的电阻。上面的等式表示出编程电流的精确度的重大改善，因为电阻比对温度变化不敏感。
根据本发明的另一实施例的当前像素驱动电路和列驱动器电路系统的部分在图5中被示出。该电路类似于图3A的电路，然而，在图5的电路中，OLED 51的负极是公共的，并且被连接到负电源电位Vss。因此，对OLED的负极，不设计图案。
OLED 51的正极被连接到晶体管56的源极端子。反馈电阻器32被连接在晶体管56的漏极端子和接地节点之间。在写入模式期间，选择线路的电压电平应该足够高，以确保晶体管54在整个输出电流范围内处于“导通(on)”状态。在该配置中，反馈线路被连接到差分放大器33的同相输入端，以提供负反馈。
图6A、7和8示出了根据本发明的其它方面的像素驱动电路，其中使用p-沟道MOS晶体管。
图6A示出了根据本发明的另一实施例的像素电路。反馈开关用晶体管68是p-沟道晶体管。该电路类似于图5的电路，然而，PMOS晶体管的实施需要另外的选择线路。图6B示出了选择线路A和选择线路B的对应波形。该电路优于图5的电路的优点在于选择线路需要的电压摆动较低。
图7示出了根据本发明的另一实施例的像素电路。晶体管76和74是p-沟道晶体管，晶体管78是n-沟道晶体管。如图7所示的实施例，该电路还包括标为A和B的两个选择线路，其具有降低的电压摆动。
在图8所示的像素电路中，所有晶体管都是p-沟道晶体管。这里OLED 51的正极被连接到晶体管86的漏极端子，OLED 51的公共负极电极被连接到负电源电位Vss。
图9和10示出了根据本发明的可替代实施例的像素电路的配置。在这些像素电路中，电流驱动电路系统是基于电流镜结构，即，晶体管95和97及106和110。信号电流的电流电平和驱动电流的电流电平是成比例的。在图9所示的电路中，所有晶体管都是n-沟道晶体管，并且图10的电路中的所有晶体管都是p-沟道晶体管。
在图10中，反馈电阻器32被连接在晶体管106的漏极端子和公共接地之间。晶体管106和110的栅极端子被连在一起。在图9的电路中，OLED 31的负极电极被连接到晶体管97的漏极端子，正极是公共的，并且晶体管97是驱动晶体管，并被连接到OLED 31。在图10的电路中，OLED 51的负极是公共的，并且正极被连接到晶体管110的漏极端子。
在写入模式期间，晶体管104和108处于“导通”状态，这样，晶体管106和反馈电阻器32与外部控制单元(差分放大器33)形成反馈环路。晶体管110不直接参与反馈回路，但是由于晶体管110和106具有相同的栅极-源极电压，晶体管110的电流与晶体管106的电流成比例。流过晶体管110和106的电流比是由这些晶体管的纵横比(aspectratio)确定的。在这些电路中，反馈电阻器32和图9的OLED 31和图10的51不在相同的电流路径中，这样，预期有较长的寿命。
已经使用几种方法来减少集成电路中的电荷注入和时钟馈入(clock feedthrough)的影响。作为最简单的方法，由连接到驱动晶体管栅极的选择线路的逆信号驱动的等效晶体管能够减少驱动开关引起的电荷注入和时钟馈入两种错误。等效晶体管的漏极和源极端子被连接到驱动晶体管的栅极。图11示出了图3的实施例的这种修改的一个实例。等效晶体管118的宽度是驱动晶体管116宽度的一半。对于本领域熟练专业技术人员来说显而易见地，等效晶体管118的宽度可以是任何合适的尺寸。
图12是根据本发明的像素电路、列控制单元和基准单元的另一实施例的示意性的电路图。这里，实施的亮度反馈改善了视频信号-光输出特性的线性度，并且也提供了对有机材料的不稳定性、老化、温度变化、或其它环境应力引起的亮度不稳定性的补偿。有亮度反馈的补偿电路包括电阻器R1、差分放大器121，和NMOS晶体管122，它们是控制单元的部件，并且基准单元123的元件包括OLED 124和光电二极管125。光电二极管125在光学上耦合到基准OLED 124，以形成响应于发射光的反馈电流信号。当流过电阻器R1的输入电流等于由光电二极管125生成的反馈电流时，该电路平衡。经晶体管122和电阻器42流过OLED 124的电流，是下一级设备的输入信号，这与图4的实施例相同。
图13是图4的实施例的可替代实施例的示意图。在该实施例中，使用二极管D1和D2分别代替图4的反馈电阻器32和基准电阻器42。因为在编程电流电平中错误相当低的电路功能性需要基准二极管和像素二极管之间很好的匹配，制造工艺必须有效制造有可再生的正向电流-电压特性的二极管阵列。
图14示出了根据本发明的另一实施例的电路的示意图。该电路实施共阴极OLED阵列配置。在写入模式下，来自外部电流数据源41的输入电流引起基准OLED 141两端的电压降。负反馈接线中的差分放大器33被设计来保持像素OLED 142上的相同的电压电平。在保持模式期间，由于存储在电容器Cs两端的电压，带有编程的电流电平的电流流过晶体管146和OLED 142。
尽管结合OLED对本发明的示例性实施例进行了说明，但是可以预料也可以在其它实施例中使用其它类似的显示元件，如发光二极管(LED)。
本发明已经关于一个或多个实施例进行了说明。然而，对本领域专业熟练技术人员来说显然可以进行许多改变和修改，而不脱离如权利要求所定义的本发明的范围。

Claims (46)

1.一种在具有行和列的显示器中使用的像素电路，所述显示器包括多个像素，其中每个像素具有选择线路、信号线路、反馈线路，所述像素电路包括：
发光元件；
驱动部分，其用于向所述发光元件提供驱动电流，所述驱动部分具有存储电容器和开关用晶体管，所述开关用晶体管具有被连接到所述选择线路的栅极端子，和被连接到所述信号线路的第一端子，和第二端子；和
关于像素的反馈元件，其用于生成表示被提供给所述发光元件的驱动电流的反馈电压以调整被提供给所述信号线路的输入信号电压，所述反馈电压被提供给连接到列中每个像素电路的反馈线路。
2.如权利要求1所述的像素电路，其中，所述反馈元件是反馈电路。
3.如权利要求1所述的像素电路，其中，所述驱动部分进一步包括驱动用晶体管，所述驱动用晶体管具有被连接到所述开关用晶体管的所述第二端子的栅极端子、被连接到所述发光元件的第一端子，以及第二端子。
4.如权利要求3所述的像素电路，其中，所述反馈元件包括：
电阻器，其被连接在所述驱动用晶体管的所述第二端子和一个电位之间，用于提供电平与所述驱动电流成比例的反馈电压。
5.如权利要求4所述的像素电路，其中，所述反馈元件包括：
反馈晶体管，其具有被连接到所述选择线路的栅极、被连接到所述驱动用晶体管的所述第二端子的第一端子，和被连接到所述反馈线路的第二端子。
6.如权利要求4所述的像素电路，其中，所述反馈元件包括：
反馈晶体管，其具有被连接到与选择线路相关的附加选择线路的栅极，被连接到驱动用晶体管的第二端子的第一端子和被连接到反馈线路的第二端子。
7.如权利要求4所述的像素电路，其中，所述反馈元件包括：
等效晶体管，其具有连接到第二选择线路的栅极端子、连接到驱动用晶体管的栅极端子的第一端子和连接到驱动用晶体管的栅极端子的第二端子。
8.如权利要求1所述的像素电路，其中，所述驱动部分进一步包括：
第一晶体管，具有栅极端子、第一端子和第二端子，和
第二晶体管，具有栅极端子、第一端子和第二端子，
所述第一晶体管和所述第二晶体管被设置成形成电流镜构造，
所述第一晶体管和所述第二晶体管的所述栅极端子被连接到所述开关用晶体管的所述第二端子，
所述第一晶体管的所述第一端子和所述第二晶体管的所述第一端子被连接到电源节点，
所述第二晶体管的所述第二端子被连接到所述发光元件。
9.如权利要求8所述的像素电路，其中，所述反馈元件包括：
被连接在所述第一晶体管的所述第二端子和一个电位之间的电阻器，以提供与驱动电流成比例的反馈电压。
10.如权利要求9所述的像素电路，其中，所述反馈元件包括：
被连接在所述第一晶体管的所述第二端子和所述反馈线路之间的反馈晶体管，并且反馈晶体管具有被连接到所述选择线路的栅极。
11.如权利要求1所述的像素电路，其中，所述驱动部分进一步包括：
第一晶体管，具有栅极端子、第一端子和第二端子，和
第二晶体管，具有栅极端子、第一端子和第二端子，
所述第一晶体管和所述第二晶体管被设置成形成电流镜构造，
所述第一晶体管和所述第二晶体管的栅极端子被连接到所述开关用晶体管的第二端子，
所述第一晶体管的所述第二端子被连接到所述反馈线路，
所述第二晶体管的所述第一端子被连接到所述发光元件，
所述第二晶体管的所述第二端子被连接到电源节点。
12.如权利要求8所述的像素电路，其中，所述反馈元件是反馈电路，所述反馈电路具有所述第一晶体管的所述第二端子和所述反馈线路之间的导通路径，以与所述驱动电流成比例的电流电平的形式提供所述反馈电压。
13.如权利要求8所述的像素电路，其中，所述反馈元件是反馈电路，所述反馈电路具有被连接在所述第一晶体管的所述第二端子和所述反馈线路之间的反馈晶体管，并且所述反馈晶体管具有被连接到所述选择线路的栅极端子。
14.如权利要求3所述的像素电路，其中，所述反馈元件是反馈电路，所述反馈电路具有被连接在所述驱动用晶体管的所述第二端子和预定电位之间的二极管。
15.如权利要求14所述的像素电路，其中，所述反馈电路包括：
被连接在所述驱动用晶体管的所述第二端子和所述反馈线路之间的反馈晶体管，所述反馈晶体管具有被连接到所述选择线路的栅极。
16.如权利要求3所述的像素电路，进一步包括：
被连接在所述驱动用晶体管的所述第二端子和所述反馈线路之间的反馈晶体管，反馈晶体管具有被连接到所述选择线路的栅极。
17.如权利要求3所述的像素电路，其中，所述反馈元件包括：
开关晶体管，其具有被连接到与所述选择线路相关的附加选择线路的栅极端子，被连接到所述驱动用晶体管的第二端子的第一端子，被连接到所述反馈线路的第二端子。
18.如权利要求1所述的像素电路，其中，所述发光元件是有机发光二极管。
19.如权利要求5、6、10、13、15和16中的任一项所述的像素电路，其中，所述反馈晶体管是绝缘栅型场效应晶体管。
20.如权利要求8至11中任一项所述的像素电路，其中，所述晶体管是绝缘栅型场效应晶体管，其包括n-沟道和p-沟道型晶体管。
21.一种在显示器中使用的像素电路，所述显示器包括多个像素，其中，每个像素具有第一选择线路、第二选择线路、信号线路、反馈线路，所述像素电路包括：
发光元件；
驱动部分，其用于向所述发光元件提供驱动电流，所述驱动部分包括：
存储电容器；
开关用晶体管，其具有被连接到所述第一选择线路的栅极端子、被连接到所述信号线路的第一端子，和第二端子；
驱动用晶体管，其具有被连接到所述开关用晶体管的所述第二端子的栅极端子、第一端子，和被连接到所述发光元件的第二端子；和
关于像素的反馈电路，其用于生成表示被提供给所述发光元件的驱动电流的反馈电压，所述反馈电路包括：
电阻器，其被连接在所述驱动用晶体管的所述第一端子和一个电位之间；和
反馈晶体管，其具有被连接到所述第二选择线路的栅极、被连接到所述驱动用晶体管的所述第一端子的第一端子，和被连接到所述反馈线路的第二端子。
22.如权利要求21所述的像素电路，其中，所述开关用和驱动用晶体管是n-型的，并且所述反馈晶体管是p-型的。
23.如权利要求21所述的像素电路，其中，所述开关用和驱动用晶体管是p-型的，并且所述反馈晶体管是n-型的。
24.一种在显示器中使用的像素电路，所述显示器包括多个像素，其中每个像素具有选择线路、信号线路、反馈线路，所述像素电路包括：
发光元件；
驱动部分，其用于向所述发光元件提供驱动电流，所述驱动部分包括：
存储电容器；
开关用晶体管，其具有被连接到所述选择线路的栅极端子、被连接到所述信号线路的第一端子，和第二端子；
驱动用晶体管，其具有被连接到所述开关用晶体管的所述第二端子的栅极端子、第一端子和被连接到所述发光元件的第二端子；和
关于像素的反馈电路，其用于生成表示被提供给所述发光元件的驱动电流的反馈电压，所述反馈电路包括：
电阻器，其被连接在所述驱动用晶体管的所述第一端子和一个电位之间；和
反馈晶体管，其具有被连接到所述选择线路的栅极、被连接到所述驱动用晶体管的所述第一端子的第一端子，和被连接到所述反馈线路的第二端子。
25.如权利要求24所述的像素电路，其中，所述开关用晶体管、驱动用晶体管和所述反馈晶体管是p-型的。
26.一种显示设备，其包括：
选择线路；
信号线路，向其供应根据亮度和反馈信息两者的电压信号；
反馈线路，向其供应根据驱动电流的电流电平的反馈电压；
多个像素，形成一个像素阵列并且在一列中排列，所述多个像素中的每个像素都形成于基板上所述选择线路和所述信号和反馈线路的交叉处，每个像素包括：
发光元件；
电流驱动电路，其具有存储电容器和开关用晶体管；和
反馈电路，其用于提供表示所述电流驱动电路的电流输出的反馈电压：
被提供给该列像素的显示列控制电路，其使用形成于所述基板上的基准电路在每列上调整所述电压信号，并响应于来自所述列中像素的所述反馈电压在选择的像素中产生所述发光元件的需要的亮度水平；和
选择线路驱动电路，其用于陆续激活选择线路。
27.如权利要求26所述的显示设备，其中，所述反馈电路包括电阻器，用来提供与所述驱动电流成比例的所述反馈电压。
28.如权利要求27所述的显示设备，其中，所述基准电路包括由与所述电阻器相同的材料制成的基准电阻器。
29.如权利要求26所述的显示设备，其中，所述基准电路包括光学上耦合到基准发光元件的用于亮度控制的光传感器。
30.如权利要求29所述的显示设备，其中，所述显示列控制电路包括：
补偿部分，以便比较生成的光电流电平和输入电流电平，并且调整流过所述基准发光元件的电流，来得到需要的亮度水平。
31.如权利要求26所述的显示设备，其中，所述反馈电路包括：
提供与驱动电流成比例的反馈电压的二极管。
32.如权利要求26至31中任一项所述的显示设备，其中，所述反馈电路包括：
用于提供响应于与信号线路相关的信号的反馈电压的反馈晶体管。
33.一种在需要的亮度下驱动在一列中排列的多个发光元件的方法，包括以下步骤：
选择所述列中的多个像素中的一个像素；
通过响应于来自光学上与基准发光元件耦合的光传感器的光电流，调整流过所述基准发光元件的基准电流，来建立所述基准发光元件的需要的亮度；
将调整后的基准电流变换成相应的电压电平；
响应于反馈线路上的反馈电压，调整所述电压电平，以建立基本上等于所述调整后的基准电流的用于选择的像素的发光元件的驱动电流，所述反馈电压对应于驱动选择的像素的发光元件的电流，所述反馈线路由列中的像素共享；
经由信号线路向选择的像素提供调整后的电压电平，并且在选择的像素中存储调整后的电压电平；和
根据所述调整后的电压电平，用所述驱动电流来驱动所述发光元件，以在所述像素中产生所述需要的亮度的水平。
34.一种显示系统，包括：
排列在列中的多个像素，所述多个像素的每个是由权利要求1至17中的任一项所述的像素电路；以及
提供给该列中的所述多个像素的控制单元，用于基于通过反馈线路接收的反馈电压控制提供给像素的输入电压信号。
35.如权利要求34所述的显示系统，还包括：
提供给所述列中的多个像素的基准单元，用于校正输入电压信号。
36.如权利要求1所述的像素电路，其中，所述开关用晶体管是使用非晶硅、多晶硅、有机半导体或者CMOS制造的。
37.如权利要求3所述的像素电路，其中，驱动用晶体管是使用非晶硅、多晶硅、有机半导体或者CMOS制造的。
38.如权利要求5、6、10、13、15和16中任一项所述的像素电路，其中，所述反馈晶体管是使用非晶硅、多晶硅、有机半导体或者CMOS制造的。
39.如权利要求17所述的像素电路，其中，所述开关晶体管是使用非晶硅、多晶硅、有机半导体或者CMOS制造的。
40.如权利要求4所述的像素电路，其中，所述电阻器使用N+非晶硅或N+微晶硅制造。
41.如权利要求21所述的像素电路，其中，所述开关用晶体管、所述驱动用晶体管和所述反馈晶体管是使用非晶硅、多晶硅、有机半导体或者CMOS制造的。
42.如权利要求21所述的像素电路，其中，所述电阻器使用N+非晶硅或N+微晶硅制造。
43.如权利要求24所述的像素电路，其中，所述开关用晶体管、所述驱动用晶体管和所述反馈晶体管是使用非晶硅、多晶硅、有机半导体或者CMOS制造的。
44.如权利要求24所述的像素电路，其中，所述电阻器使用N+非晶硅或N+微晶硅制造。
45.如权利要求27所述的像素电路，其中，所述电阻器使用N+非晶硅或N+微晶硅制造。
46.如权利要求32所述的像素电路，其中，所述反馈晶体管是使用非晶硅、多晶硅、有机半导体或者CMOS制造的。
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