200849207 九、發明說明： 【發明所屬之技術領域】 本發明係有關一種控制電路及其控制方法與其應用之顯示裝置， 特別是有關一種迦瑪控制電路及其控制方法與其應用之顯示裝置。 【先前技術】 由於消費性電子產料於顯示！I具備更強化的數據處理能力、更 鮮飽的色彩和更高的性能要求，使得一度曾主導市場的陰極射線管 (CRT)顯不為，已逐漸讓位於液晶顯示器、電漿顯示器和投影顯示器等 許多新囉起_示技術，雌以現代顯示㈣技術而言，確實已經可 以相當精確地表現物理世界的亮度與色彩變化，其中，常見的影像調 整參數有：色溫、迦瑪值、對比度、灰階值、亮度、傾斜角、色度… 等等。 舉例來說，對於-出廠的顯示器而言，其中的三原色所構成之色 域空間應已完成標準化處理，也就是說，此—顯示器中的三原色本身 之色，座‘已d认外’同時由三原色所對應之白點色度座標值亦 ^又疋於特疋的色度座標範圍内，此外，第三個重要的參數即為迦 Z的控制’而目在顯中絲控制迦瑪值的方法係主要經 =!知:Γ_電路方塊：其== 複 瑪控制單元14以及複數訊號線18，且在此實施 =樣中的㈣早元12與迦瑪㈣單元14係 = =t= 數個驅動單元10則係根據不同的設計二= = 瑪驅動單元14不同的元件承載基板”、13 Ϊ: Γ哭蝴控制單元彳4係_數個外掛式的運算放 大《™ 16以及稷數個以串聯方式電性連接阻⑷ 運算放大器16係對應至一獨立的驅動單元1〇，其中，在 5 200849207 控制電路中必須_複數斜掛柄鄉放大器16的 =自疒姆狀驅鮮元1〇喊之迦魏壓值鮮相因係= 因此’流縣個f阻141賴應之峡魏值 门^ 與其ί==。，綱繼-騎軸輪軸方法 【發明内容】 本U之主要目的，係提出—種迦瑪 、^ 應用之顯示裝置，其係未使用額外之外掛式的運曾==方=與其 體兀件承载基板的面積，同時達到降低成本的效L -以；、少整 為達上述之目的，本發明係首先提供 ς 驅動單元係與控制單連接的迦瑪控制單元， 方式進練接且阻，且此些電阻係以串聯 整驅動單元最終所輪產生相對應之迦瑪調整訊號以調 置，其係路，示裝 組相互電性連接的驅動 、、” ，、顯示模組、背光模 由驅動模組以產生複數，二中’ 一月絲組係提供—光源，且藉 數訊絲_背光敵觸和驗，使光源可在 200849207 預設的條件下進人至顯賴組並顯示影像，射，轉模組 至少了控制單元、複數驅動單元以及峡控鮮元，其中每—驅 元内係包括複數個運算放大器，而迦瑪控制單元内係具有複數: 聯的電阻’且每-電阻制_對應之驅料灿的運算放大器以= 定迦瑪電壓。因此，應用此-迦瑪控制電路的顯示裝置，不但;以^ 由較少的元件設置以縮小顯示裝置中^件承載基板的尺寸，進曰 整體顯示裝置的電路空間設計可更為靈活，同咖為控制電^ 用的元件數量變少，因而減少整體成本的負擔。 斤使 底下藉由具體實_配合___加_，#更容 發明之目的、技術内容、特點及其所達成之功效。 ”本 【實施方式】 為了使觸示裝置能夠維縣好的迦瑪電壓值，同時又 體顯不裝置的元件成本，本發明係提出—種迦瑪控制電路及其控制二 法與應用之顯示裝置。以下，仙赋合併實捕樣加以說 之主要的技術特徵以及發明的精神。 巧 請參考第2圖所示，其係為本發明所揭露之迦瑪控制電路 實施態樣的方塊示賴，在此迦瑪控制電路係包括—控制單元^ 數個，動單元20以及-迦瑪控制單元24，其中，控解元22 驅動単兀20與迦瑪控制單元24之間係藉由複數訊號線28以做 遞訊息的媒介’且在迦瑪控制單元24内係包括複數個電阻241，且此 些電阻241係以串聯的方式以電性連接，同時，因為在驅 内原本就設置錢細縣放枝26狀侧如職歧 舉 例來說，朗在修復電路中，以將該«料訊號進行放大，以便經; 長距離的修復線路仍可顯示正確的資料訊號。故，每一電阻241 由亡述部射目對應之訊號線28以與設置於驅動單元2Q内的其中任二 運算放大器26電性連接，由第2騎揭露之迦瑪控織路結構可知， 此實施態樣中的迦瑪控制單元24係與控制單元22整合在同一元件承 200849207 ϊίίΓί 動單元2G則係設置於另外獨立的元件承載 基板21、23上，因此，當控制單元2 :件承栽 迦瑪值以進行計算後，同時藉由 ’早7^ 20所需之 以及相對應於每-電阻241之驅動”9工制早％ 24内的電阻241 电1外丨動早兀20内的運管放女哭χ 對f之每一驅動單元20來計算出相對應的迦ί電壓值°，並透= 接於驅動單元20與迦瑪控制單元24之間H並透過連 訊號傳遞至姉應之軸單元2Q ς、瑪调整 壓值可達到-設紐。 Β使桃動早兀20之最終趣瑪電 而再就迦瑪控制電路的實際配置結構而言 ，構外，更請繼續參考第3圖所示，其係為本發 == 第二實施態樣的方塊示意圖，相似地，在此迦瑪控制電 24=Ϊ二制早^ 22、複數個驅動單元2〇以及一迦瑪控制單元 Ί缺工制早^ 22、驅動單元2〇與迦瑪控制單元24之間亦是藉由 =數^^28以做為傳遞訊息的媒介，且在迦瑪控制單元Μ内“ ㈣村連接㈣阻241 ’又此些電阻241係藉由部分的訊 ^線28以電性連接至相對應之驅動單元2〇内的運算器％，不過，為 了可縮短訊號線28的配置長度以達到縮小元件承載基板21、23、％ 的面積’在本實施態樣中則係依據迦瑪控制單元24内之電阻如與 之且位於驅動料2G内之運算器26之間的控糊係，以做 為決疋迦瑪控鮮元24妓位⑽根據，舉說，如第3圖中所示 的結射知，由於每—驅動單元2〇係對應至—迦瑪_粒24内的 電阻241，因此，對於其中之一驅動單元2〇1而言，與其對應之一電 阻241係與此一驅動單元2〇1設置於相同的元件承 ^ 設置於控鮮元22所在之元件承祕板25上，故，_此—驅^ 兀201與迦瑪控制單元24之間的間距縮短，使得連接於此一驅動單 兀=〇1與迦瑪控制單元24之間的訊號線28亦相對應地縮短，不但可 使仵正體配線的複雜度降低、減少材料的使用而降低了整體產品的成 200849207 本，更同時可藉由較短的訊號線28以降低訊號在驅動單元2 控制單it 24之間進行傳遞時所造成雜關題，因此，可^ 控制系統更省電、更節能。 、整體的 而對於-般常見的液晶顯示裝置而言，上述的驅動單元 料驅動單元(source driver)以及掃_動單元(gate dnVer)。另括= 然根據上述兩種實補樣巾所提供的迦瑪控制電路結構 二 :!=單元内之運算器，即係為用以控制此-驅動單元之迦 π至少:個運算放大器，因此，對於 的木構而5，除了上述兩種實施態樣中所揭露之電路結構外^者 際的電路設計上，電性連接於迦瑪控制單元内之電 只 特別指定其所在之驅動單元，也就是說，在本發 =並^ 運〜，更_地來說，當-電阻與其所電性 鶴單元，對於此運_說，⑽可位於_^==控 亦或疋不位於所控制之驅鮮元内而是位在其他的驅動單元内。 然而’無論以上述第2圖或第3圖所示之電路結構來說，其 =制，控制方法係可以接續之第4圖所揭露之方法流程 圖以表不之’以下，制時參考第2圖與第4 _示之内容 驟 =步驟S1中’其係為接收一輸入訊號；接續，在步驟中，置係根 算出複數相對應之迦瑪控觀號以滿足不_區 ^ ϋ，^ 其佩縣—迦__以使得 迦瑪控制早几μ内不同的電阻241可透過 2〇内的咖26以咖娜241相對應 值，並將此用以調整迦瑪電壓值的迦 早το 20内·，最後，在步驟S4中，接收迦瑪 ^ ^ 係可根據所接收到的迦瑪電壓值，以更新顯示裂元20 200849207 入』^輪人訊麟可為制料時—所輸人β 如同第2 本身經由運算後以產生之輸人訊號，且 傳遞。 σ σ’上述的所有訊號皆經由訊號線28以進行 并顧1本么明亦提供一種應用上述迦瑪電路之顯示裝置，在 組與Ϊ先農植、一背光模組與電性連接於此顯示模 控制背光模触顯ίίΓ Γ動模組係可以產生複數訊號以同時 數驅動單元以及5小」:、 驅動模組係包括至少一控制單元、複 #且古— 夕一迦瑪控制單元，更詳細地來說，在驅動單元内 =複2:運ίΐ此r瑪控制單元内則包括以串聯方式電性連* 行訊號的係為連接的關係以進 之傳雜控解元、㈣單元與㈣控制單元 之間的訊雜糾概《相輯傳遞。 用者Γίίΐίΐ料知，顧此齡瑪電路之顯示裝㈣可藉由使 的輸入訊號，並經由迦瑪控制單元内的電阻搭配 值的運Ϊ放大器以對顯示裝置中每—驅動單元進行迦瑪電壓 控制二尸元件承載基板的電路佈局與尺寸別、，係可將 L二的控！!1早疋、驅動單元以及迦瑪控制單元進行不同的電路 用^^ ί且藉域少額外裝設的運算放大11以及脑訊號線的使 β 體70件承載基板上的電路佈局變得更為解並且避免空 費，同時也可以降低元件、材料成本上的浪費。此外，更因 /单元仍係以相對應之單—運算放大器以穩定迦瑪電壓值，因 不會有電壓飄移而導致顯示裝置之影像品質降低的問題。 %土二上所述係藉由實施例制本發明之特點，其目的在使熟習該技 ’·月匕暸解本發明之内容並據以實施，而非限定本發明之專利範圍， ^凡其他未脫離本發明所揭示之精神所完成之等效修飾或修改，仍 含在以下所述之申請專利範圍中。 200849207 【圖式簡單說明】 i12圖方塊示意圖。 圖。χ所揭露之喊㈣执之第—實減樣的方塊示意 ^圖為本發明所揭露之喊控制電路之第二實施態獅方塊示意 電路之方法流程步驟圖。 第4圖為本發明所揭露之迦瑪控制 【主要元件符號說明】 12控制單元 14迦瑪控制單元 15元件承载基板 18訊號線 22控制單元 24迦瑪控制單元 25元件承載基板 28訊號線 10驅動單元 11元件承載基板 13元件承載基板 141電阻 16外掛式的運算放大器 20驅動單元 21元件承載基板 23元件承載基板 241電阻 26運算放大器BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a control circuit, a control method therefor, and a display device therefor, and more particularly to a gamma control circuit, a control method thereof, and a display device therefor. [Prior Art] Since consumer electronics are on display! I has more enhanced data processing capabilities, more saturated colors and higher performance requirements, making the cathode ray tube (CRT), which once dominated the market, apparently giving way to liquid crystal displays, plasma displays and projections. Many new displays, such as monitors, show that the modern display (4) technology can accurately represent the brightness and color changes of the physical world. Among them, common image adjustment parameters are: color temperature, gamma value, contrast , grayscale value, brightness, tilt angle, chroma... and more. For example, for a factory-displayed display, the gamut space formed by the three primary colors should have been standardized, that is, the color of the three primary colors in the display, the seat 'has been recognized' and simultaneously The white point chromaticity coordinate value corresponding to the three primary colors is also within the characteristic chromaticity coordinate range. In addition, the third important parameter is the control of the car Z, and the eye is controlling the gamma value. The method is mainly based on =! know: Γ _ circuit block: its == complex control unit 14 and complex signal line 18, and in this implementation = (four) early element 12 and gamma (four) unit 14 system = = t = Several drive units 10 are based on different design two == mA drive unit 14 different components to carry the substrate", 13 Ϊ: Γ 蝴 控制 control unit 彳 4 series _ several external operation amplification "TM 16 and number of turns The electrical connection resistor (4) in series is connected to an independent driving unit 1〇, wherein in the control circuit of 5 200849207, it must be _ complex oblique stalking amplifier 16 = self- 驱 驱 鲜 fresh 1 The screaming Jia Wei pressure value fresh phase factor = so 'flow county f 141 141 depends on the gorge Wei value door ^ and its ί ==., gang - ride shaft axle method [invention content] The main purpose of this U is to propose a kind of display device for the gamma, ^ application, which is not used The additional external hanging type == square = the area of the substrate carrying the substrate, and at the same time achieving the effect of reducing the cost L; to, for the purpose of the above, the present invention first provides the ς driving unit system and control The single-connected gamma control unit is connected and blocked, and the resistors are arranged in the final wheel of the serial drive unit to generate corresponding gamma adjustment signals for adjustment, and the circuit and the display group are electrically connected. The connected driver, ",", display module, and backlight module are driven by the driver module to generate a plurality of numbers, and the second one's one-month silk group provides a light source, and the number of wires is _ backlight enemy and test, so that the light source can be 200849207 Under the pre-set conditions, the person enters the display group and displays the image. The shooting and conversion module has at least the control unit, the complex drive unit and the galaxy control element. Each of the drive elements includes a plurality of operational amplifiers, and The control unit has a complex number : The connected resistor 'and the per-resistance _ corresponding to the singular operational amplifier with = gamma voltage. Therefore, the display device using the gamma control circuit not only has a smaller component arrangement to reduce the size of the carrier substrate in the display device, but the circuit space design of the overall display device can be more flexible. The number of components used by the coffee maker to control the power is reduced, thereby reducing the burden on the overall cost. The effect of the invention, the technical content, the characteristics and the effects achieved by the invention are further exemplified by the concrete _ ___ plus _, #. [Embodiment] In order to enable the touch device to maintain the good gamma voltage value of Victoria County, and at the same time to show the component cost of the device, the present invention proposes a display of the gamma control circuit and its control method and application. In the following, the main technical features and the spirit of the invention are combined with the actual sample collection. Please refer to Figure 2 for the implementation of the gamma control circuit disclosed in the present invention. The gamma control circuit includes a plurality of control units, a moving unit 20, and a gamma control unit 24, wherein the control unit 22 drives the 単兀20 and the gamma control unit 24 by a complex signal. The line 28 is used as a medium for transmitting messages and includes a plurality of resistors 241 in the gamma control unit 24, and the resistors 241 are electrically connected in series, and at the same time, because the drive is originally set in the drive For example, in the repair circuit, the material signal is amplified to facilitate the long-distance repair line. The correct data signal can still be displayed. Therefore, each resistor 241 Department of death The corresponding signal line 28 is electrically connected to any two of the operational amplifiers 26 disposed in the driving unit 2Q. The gamma control unit 24 in this embodiment is known from the structure of the gamma-controlled woven road disclosed by the second bicycle. The unit and the control unit 22 are integrated in the same component. The moving unit 2G is disposed on the other independent component carrying substrates 21, 23. Therefore, when the control unit 2: carries the gamma value for calculation, it simultaneously borrows From 'early 7^20 required and corresponding to each-resistance 241 drive" 9 working system early 24% of the resistance 241 electric 1 outside the squatting early 20 inside the tube to the female crying χ A driving unit 20 calculates a corresponding voltage value °, and is connected between the driving unit 20 and the gamma control unit 24, and transmits the signal to the shaft unit 2Q through the connecting signal. The value can be reached - set. In order to make the peaches move as early as 20, and then on the actual configuration structure of the control circuit of Gamma, please continue to refer to Figure 3, which is the current version Schematic diagram of the block, similarly, in this gamma control electricity 24 = Ϊ 二 system early ^ 22, a plurality of drive units 2 〇 and a gamma control unit Ί lack of work early ^ 22, drive unit 2 〇 and gamma control The unit 24 is also used as a medium for transmitting messages by the number ^^28, and in the gamma control unit “ "(4) village connection (four) resistance 241 'and these resistors 241 are part of the signal line 28 is electrically connected to the operator % in the corresponding driving unit 2, but in order to shorten the configuration length of the signal line 28 to reduce the area of the component carrying substrate 21, 23, %' in this embodiment Based on the resistance in the Gamma control unit 24, such as the control unit between the operator 26 in the driving material 2G, as a basis for the control of the Gamma control unit (10), according to the statement, As shown in the graph of Fig. 3, since each drive unit 2 corresponds to the electricity in the Gamma_particle 24 241. Therefore, for one of the driving units 2〇1, one of the resistors 241 corresponding thereto and the driving unit 2〇1 are disposed on the same component, and the component board disposed on the control unit 22 is disposed. 25, so, the spacing between the _ 201 and the gamma control unit 24 is shortened, so that the signal line 28 connected between the driving unit 兀 = 〇 1 and the gamma control unit 24 is also corresponding. The shortening of the ground can not only reduce the complexity of the wiring of the positive body, reduce the use of the material, but also reduce the overall product of the 200849207, and at the same time, the signal line can be controlled by the shorter signal line 28 to reduce the signal in the driving unit 2. The problem is caused by the transfer between the control, therefore, the control system is more energy-saving and more energy-efficient. Overall, for the common liquid crystal display device, the above-mentioned drive unit material drive unit (source driver) And the sweeping unit (gate dnVer). In addition, according to the above two kinds of real sample wipes provided by the gamma control circuit structure 2: ! = unit in the unit, that is to control this - drive unit At least π: an operational amplifier Therefore, for the wood structure 5, in addition to the circuit structure disclosed in the above two embodiments, the electrical connection electrically connected to the gamma control unit only specifies the driving unit in which it is located. That is to say, in this issue = and ^ transport ~, more _ ground, when - resistance and its electric crane unit, for this operation _ say, (10) can be located in _^== control or 疋 not located In the control of the fresh element, it is located in other drive units. However, regardless of the circuit structure shown in Figure 2 or Figure 3 above, the control method can be continued in Figure 4 The method of the disclosed method is not described below. In the following, the reference to FIG. 2 and the fourth embodiment of the method is shown in step S1, which is to receive an input signal; and in the step, the root is calculated to calculate the complex number. Corresponding to the Gamma control view to meet the _ district ^ ϋ, ^ its Pei County - Jia _ _ so that the control of Gamma in the early several μ of the different resistance 241 can pass through the 2 的 咖 咖 咖 咖 咖 咖Corresponding value, and this is used to adjust the gamma voltage value of the early το 20, and finally, in step S4, Gamma ^ ^ can be based on the received gamma voltage value, to update the display crack element 20 200849207 into the "Wen Ren Xun Lin can be used as a material - the input of the human β as the second itself through the operation Lose the signal and pass it. All of the above signals of σ σ' are transmitted via the signal line 28, and a display device using the gamma circuit is also provided, and the group is connected to the 农 农 植, a backlight module and the electrical connection. Display mode control backlight mode touch-sensitive display ί 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组 模组In more detail, in the drive unit = complex 2: ΐ r r r r r r r r r r 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制 控制And (4) control unit between the communication and correction. The user Γ ΐ ΐ ΐ , , , , 顾 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此 此Voltage control two corpse components carrying the circuit layout and size of the substrate, can be controlled by L two! !1 early 疋, drive unit and gamma control unit for different circuits with ^^ ί and less extra-operational amplifier 11 and brain signal line make the circuit layout on the β-body 70-piece carrier substrate more In order to solve and avoid the air fee, it can also reduce the waste of components and material costs. In addition, the /cell still uses a corresponding single-operating amplifier to stabilize the gamma voltage value, because there is no voltage drift and the image quality of the display device is degraded. The description of the present invention is made by the embodiment of the present invention, and the purpose of the present invention is to understand the contents of the present invention and to implement the present invention, and not to limit the scope of the patent of the present invention. Equivalent modifications or modifications made without departing from the spirit of the invention are still included in the scope of the invention described below. 200849207 [Simple description of the diagram] i12 diagram block diagram. Figure.喊 揭 ( 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四Figure 4 is a gamma control disclosed in the present invention. [Main component symbol description] 12 control unit 14 gamma control unit 15 component carrier substrate 18 signal line 22 control unit 24 gamma control unit 25 component carrier substrate 28 signal line 10 drive Unit 11 component carrier substrate 13 component carrier substrate 141 resistor 16 external operational amplifier 20 drive unit 21 component carrier substrate 23 component carrier substrate 241 resistor 26 operational amplifier