1270836 五、發明說明（1) 【發明所屬之技術領域】 3本發月係有關於一種電漿顯示面板及驅動方， 疋有關於一種電f顯示面；^ / ，知'別 …兩侧二 1=心 =2制信號至樣本區之樣本單單= 持期間顯示固定之影像，而減少 凡在、准 【先前技術】 处上電水、員示器（Plasma Dispiay Pane1，PDP )為顧- 此力強及可靠性高之輸出影像資 為/不 =示器的驅動方法，一個完整的晝框二T 由：數個，畫框組成(以2 56色的灰階電浆顯示器：)二 母固衫像晝框顯不動作是由8個依既定順序之欠"查 (sub-frame)顯示動作所組成，如第i圖所示，一旦私 晝框係由8個依SF0〜SF7之既定順序之-欠者 70整之 而每個次圖框顯示動作則分別由1 (^ΓΓ-δ)^/Λ# ^ ^(sustain) ^ - ^ ^ ^ ^ 〇, 電漿顯不盗的驅動週期包括有清除期間（Erasi 而 )、定址期間uddressperiod)、維持期間（Sustain period)。在清除期間’利用時間長度較維持脈 電壓脈衝以清除每個顯示單元（ceU)的殘餘壁電 / 址f間，利甩電魔大小較維持脈衝更高的電麼脈衝以將= 部貝料寫入至顯不早元。在維持期間，係施加固定 交流電壓脈衝（AC v〇Uage pulse)以進行顯示畫面。、 第2圖係表不習知電漿顯示面板結構圖。電漿顯示面 1270836 五、發明說明（2) 板之顯示陣列2疋由維持電極X21〜X2N、掃描電極Y21〜Y2N 及定址電極D2卜D2M及A21所組成，其中，定址電極 02卜D2M及A21垂直於維持電極χη〜χ2Ν以及掃描電極 Υ2卜Υ2Ν。維持電極Χ2^Χ2ν、掃描電極γ2卜γ2Ν及定址電 極D 2 1〜D 2 Μ及A 2 1分別由維姓伙也丨时0 n 料控制器22所控制維持控制心、“控制器21及資 θ π ί閱ΓΛ2圖，重置期間R0〜R7是用來清除前-個次 ^:，頁不％所殘餘之電荷。定址期間A0〜A7則是透過位址 ，電(addressing discharge)在特定顯示單元内累積壁電 ^ 亦17，7刀別知描各掃描電極Y2卜Y2N，並且將包含顧 =資料的定址脈波（address pulses)送到各位址電極”卜 及A21上，透過掃描電極γ2ργ2Ν和位址電極及 A21之間的放電，在欲進行顯示的顯示單元内形成壁電 。維持期間SO〜S7則是對掃描電極¥21~¥^以 川㈣輪流送出維持脈波（sustain pulses)電極 =期間曹透過定址放電產生壁電荷的顯示 在，·’ 持期間内持續發光。 才B在維 在製造完成之電漿顯示器中，根據顯示陣列之 :顯示陣列可分為均句性佳之顯示區23，以及均勾性：： (DUmmy Area)24，參閱第2圖。其中顯示區23係 由知描電極Y21〜Y2N與定址電板DzuM交錯而成 ’、 24由掃描電極m〜Y2N與定址電極m交錯而成，且= 不陣列兩側。由於均勻性差，樣本區内之樣本單元不用f 顯不影像圖框，且樣本單元之資料電極浮接。然而，在11270836 V. INSTRUCTIONS (1) [Technical field to which the invention belongs] 3 This month is about a plasma display panel and a driving side, and has an electric f display surface; ^ / , knowing 'other... two sides two 1=Heart = 2 signal to the sample area of the sample area = display a fixed image during the holding period, and reduce the electricity, the prior art, the Plasma Dispiay Pane1 (PDP) Powerful and reliable output image is / not = display drive method, a complete frame two T consists of: several, frame (with 2 56 color gray-scale plasma display:) two mother The solid-shirt is not composed of eight sub-frame display actions in the order of the order. As shown in Figure i, once the private frame is composed of 8 according to SF0~SF7 In the established order - the 70th of the default and the display action of each sub-frame are respectively 1 (^ΓΓ-δ)^/Λ# ^ ^(sustain) ^ - ^ ^ ^ ^ 〇, the plasma is not stolen The drive cycle includes a purge period (Erasi), an address period uddressperiod, and a sustain period (Sustain period). During the clearing period, the utilization time is longer than the pulse voltage pulse to clear the residual wall power/address f of each display unit (ceU), and the power of the electric magic is higher than the sustain pulse. Write to the display is not early. During the sustain period, a fixed AC voltage pulse (AC v〇Uage pulse) is applied to display the picture. Figure 2 is a diagram showing the structure of the plasma display panel. Plasma display surface 1270836 V. Description of the invention (2) The display array 2 of the board is composed of sustain electrodes X21 to X2N, scan electrodes Y21 to Y2N, and address electrodes D2, D2M and A21, wherein the address electrodes 02, D2M and A21 It is perpendicular to the sustain electrodes χn to χ2Ν and the scanning electrode Υ2 is Υ2Ν. The sustain electrode Χ2^Χ2ν, the scan electrode γ2b γ2Ν, and the address electrodes D 2 1 to D 2 Μ and A 2 1 are respectively controlled by the controller 22, and the controller 21 is maintained. θ θ π ΓΛ ΓΛ 图 图 , , , , , , , , , , , , , , , 重置 重置 重置 重置 重置 重置 重置 重置 重置 重置 重置 重置 重置 重置 重置 重置 重置 重置 重置 重置 重置 重置 重置 重置 重置 重置 重置 重置 重置 重置 重置 重置 重置 重置 重置 重置In the specific display unit, the accumulated wall power is also 17 and 7, and the scanning electrodes Y2 and Y2N are described, and the address pulses including the data are sent to the address electrodes "A" and A21. The discharge between the electrode γ2ργ2Ν and the address electrode and A21 forms wall electricity in the display unit to be displayed. In the sustain period, SO to S7, the sustain electrodes are sent to the scan electrodes ¥21 to ¥4, and the sustain pulse electrodes are alternately generated. During the period, the wall charges are generated by the address discharge, and the light is continuously emitted during the period of . In the plasma display that is manufactured, according to the display array: the display array can be divided into a display area 23 with good uniformity, and a uniformity: (DUmmy Area) 24, see Fig. 2. The display area 23 is formed by interleaving the sensing electrodes Y21 to Y2N and the address board DzuM, and 24 is formed by interlacing the scanning electrodes m to Y2N and the address electrodes m, and is not on both sides of the array. Due to the poor uniformity, the sample unit in the sample area does not display the image frame, and the data electrode of the sample unit is floating. However, at 1
〇632-10395twf(nl); AU0307007 ； Yvonne.ptd 1270836 五、發明說明（3) 吊〜‘畫框顯示動作過程中〜 情況造成樣本區發生閃摔$ s f本早疋之資料電極之浮接 況 J 但 此 方 式 法 Γ 發 明 内 容 ] 有 鑑 於 此 5 為 提 供 一 種 電 漿 顯 示 本 之 樣 本 單 元 J 像 ， 而 減 少 閃 爍 〇 係將樣本單元之定接：^在傳統技術中， 況’但此方式無法…；接？接地電源以解決浮接情 為獲致上述之目66，士 & ηι 包括複數掃聪電極、複數出；；】=示·面板， 控制器。複數定址電極與掃聪電極交電；及資料 :’且該等顯示單元形成-顯示區；複顯示單 聪電極交錯形成複數樣本單元，且；本電極與掃 該顯示區域之兩側。以及資料本早元分別置於 複數資料信號至址電極，且間分別輸出 ，以使樣本單元在維持期間顯示固定；：镜至樣本電極 為獲致上述之目的，本發明 於電漿顯示面板，其中電漿顯示面：且H!法，適用 _與定址電極 與樣本電極交錯以形成複數樣本 ^掃晦電極 列步驟…址期間，送入複數 4Γ;:法包括下 同時送入控制信號至樣本電極。接著二ί::極分； 第7頁 0632-10395twf(n2) ； AU0307007 ； Yvonne.ptd 1270836 五、發明說明（4) =’ί i;;電極及掃聪電極，使顯示單元顯示對 定影像。'衫像，並使樣本單元依控制信號以顯示固 為使本發明$ μ 下文特舉一較佳每目=、特徵和優點能更明顯易懂， 下： 灵鈿例，並配合所附圖式，作詳細說明如 【實施方式】 實施例·· 之資據本發明’在定址期間送入定址電極 m _ _ "" 本貫施例係參閱第2及3圖而說明。如第2 二Μ I錯^ Μ，3係'由掃描電極Y2卜Y2N與定址電極D2 1 A21六伊曰而占成，樣本區24由掃描電極Y2：l〜Y2N與定址電極 控制又器;2送出，包且二於顯 D2i^2M, ΛνΛ7,Γ, 極舆掃描電極間產生定址3/雪特定g顯示單元内之定址電 料控制器22送出控制以【積壁電荷。同時，資 一 ^ 避制化號S1至定址電極A21。如第3圖所 =’ 〃__中3為由資料控制器22傳送至定址電極D2卜D2M及 & A〇^ 一 Ϊ貧料。在定址期間，控制信號S1傳送至定址電 足址脈波S2傳送至定址電極D21〜D2M。 接f ’在維持期間，顯示單元板據定址脈波s2所包含 公項不貢料而顯示影像。$外，對於樣本單元而纟，假設 在所送入定址電極A21之控制信號以，使樣本區 4内樣本早凡之掃描電極γ2 ργ2Ν與定址電極A2丄間沒有產〇 632-10395twf (nl); AU0307007 ; Yvonne.ptd 1270836 V. Invention description (3) Hang ~ 'picture frame display action process ~ The situation caused the sample area to flash down sf this morning 疋 data electrode floating condition J, but this method is the invention] In view of the fact that this is to provide a sample of the sample unit J of the plasma display, the reduction of the flickering system is to fix the sample unit: ^ In the conventional technology, ...; The grounding power supply is used to solve the floating condition. The above-mentioned object 66, Shi & ηι includes a plurality of sweeping electrodes, plural output;;] = display panel, controller. The plurality of address electrodes are electrically connected to the Sweep electrodes; and the data: 'and the display units form a display area; the complex display unit is crossed to form a plurality of sample units, and the electrodes are scanned on both sides of the display area. And the data element is respectively placed in the complex data signal to the address electrode, and is separately output, so that the sample unit is fixed during the maintenance period; the mirror to the sample electrode is used for the purpose of the above, and the invention is in the plasma display panel, wherein Plasma display surface: and H! method, applicable _ and the address electrode and the sample electrode are interleaved to form a plurality of samples. The broom electrode column step is ... during the process, a plurality of Γ is sent; the method includes simultaneously feeding a control signal to the sample electrode . Then two ί:: extreme points; page 7 0632-10395twf (n2); AU0307007; Yvonne.ptd 1270836 five, invention description (4) = ' ί i;; electrode and sweeping electrode, so that the display unit displays the fixed image . 'The shirt image, and the sample unit according to the control signal to display the solid to make the invention $ μ hereinafter, a better per-head =, features and advantages can be more clearly understood, the following: DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS As described in the present invention, the present invention is directed to the address electrodes m _ _ "" during the address period. The present embodiment is described with reference to Figs. 2 and 3. For example, the second ΜI ^^ Μ, the 3 series 'is occupied by the scanning electrode Y2 卜 Y2N and the address electrode D2 1 A21 hexamide, the sample area 24 is controlled by the scanning electrode Y2: l~Y2N and the address electrode; 2 send, package and two display D2i^2M, ΛνΛ7, Γ, between the scanning electrodes to generate addressing 3 / snow specific g display unit in the display unit of the output controller 22 to send control to [wall charge. At the same time, the capital is avoided from the S1 to the address electrode A21. As shown in Fig. 3, =' 〃__3 is transmitted from the data controller 22 to the address electrodes D2, D2M, and & A〇^. During the addressing, the control signal S1 is transmitted to the addressed electric site pulse S2 for transmission to the address electrodes D21 to D2M. During the sustain period, the display unit board displays an image according to the public circumstance included in the address pulse s2. Except for the sample unit, it is assumed that the control signal sent to the address electrode A21 is such that the sample in the sample area 4 is not produced between the scanning electrode γ2 ργ2Ν and the address electrode A2.
第8頁 1270836 五、發明說明（5) 生定址放電，新古採 _ 即樣本區24顯示電漿：：：：持：間則顯示固定影像， white) ^或疋全白影像 W!y black^rfflaliy 然而’假設在定址週期所徉λ〜 _ 號S1，使樣本區24内所以；，'址電则之控制信 定址電極A21間產生定址/電本m描f Υ2Ν與 分別送入維持脈波至掃 f維持期間，透過 所產生之維持放電，使所=21:l2N與維持電極X2H2N 本區24顯示全白影像。 樣本早70所顯全白影像，即樣 第4圖係表示本發明之驅動 ，控制器22送入資料信^^二期： 同時送入控制俨萝5宁从平上王疋址電極D2：l〜D2M，且 拣鄞n 八。〜至址電極A2 (步驟40 )。接著，在唯 持期間，分別送入維持俨 授者在維 極X2卜X2N，使顯干單元^g"V 1描電極Y21〜Y2N與維持電 並使不對應於資料信號S2之影像， 並使杈本早兀依控制信號S1 其中，在步驟4。中，心：固：衫像（步驟4"。 ςι ，佔搞田V入疋址電極Α21之控制作鲈 S1，使％描電極Υ2卜Υ2Ν與定址 ？ 古制乜唬 電’在步驟41中，所有樣本單元在 :2 f生定址放 像或是全白影像，即樣本區= 全黑影 是全白影像（步驟43 )。 …、王…〜侬（步驟42 )或 電極A2i之控制信號S1，使^外士，在步驟40中，當送入定址 描電極Y21〜Y2N盥定°址電極/21區24内所有樣本單元之掃 中，所有樣本單=二二^ （步驟43 )，即樣本區24 0632-10395twf(nl) ； AU0307007 ； Yvonne.ptd 1270836 五、發明說明（6) 顯示全白影像。 本發明之實施例，係利用使樣 以解決畫面閃爍。習知技術， ;：員不固 於接岫雪湄，伯山从 躍將樣本區之定址 於接地電源’ e由於受到顯示 影響，樣本區的閃爍仍妒左产π止吊顯不衫 及影響晝面的顯示；；=用；此造成人眼的 樣本區之位址電極間在定址期間，掃 電極及位址電極加之唯捭；，以及在維持期 -致顯示全白晝面；而使樣本區之 題。 王展1面。如此，解決晝面 士本發明雖以較佳實施例揭露如上， 本發明的範圍’任何熟習此項技藝者，在不脫： 精神和範圍内’當可做些許的更動與潤飾，因此 保護範圍當視後附之申請專利範圍所界定者為準 定影像， 電極耦接 像操作的 不適，以 瞄電極及 間，維持 樣本單元 閃爍之問 用以限定 本發明之 本發明之Page 8 1270836 V. Description of invention (5) Raw address discharge, new ancient mining _ ie sample area 24 shows plasma:::: hold: display fixed image, white) ^ or 疋 all white image W!y black^ Rfflaliy However, it is assumed that the λ~ _ number S1 in the address period is such that the sample area 24 is inside; the address of the address control electrode A21 is generated and the data is sent to the sustain pulse. During the sustain period of the sweep f, the sustaining discharge generated causes the =21:12N and the sustain electrode X2H2N to display an all-white image. The sample shows 70 full white images, that is, the fourth picture shows the driving of the present invention, and the controller 22 sends the information letter ^^ two phases: simultaneously feeding the control dill 5 Ning from the Pingshang Wangji site electrode D2: l~D2M, and pick n eight. ~ to address electrode A2 (step 40). Then, during the holding period, respectively, the maintenance granter is in the dimension X2b X2N, so that the display unit ^g"V1 trace electrodes Y21~Y2N are maintained and the image does not correspond to the data signal S2, and Let 杈 兀 according to the control signal S1, which is in step 4. In the heart, the solid: the shirt image (step 4 " ςι, the control of the field V into the electrode Α 21 control 鲈 S1, so that the % trace electrode Υ 2 Υ 2 Ν 2 Ν and address? Ancient system ' ' ' in step 41 , all sample units are: 2 f raw addressing or all white images, ie sample area = full black shadow is an all white image (step 43). ..., king ... ~ 侬 (step 42) or electrode A2i control signal S1, in the step 40, when sent to the addressing electrode Y21~Y2N to determine the address electrode / 21 area 24 of all sample units in the sweep, all sample orders = two two ^ (step 43), That is, the sample area 24 0632-10395 twf (nl); AU0307007; Yvonne.ptd 1270836 V. Description of the invention (6) Displaying an all-white image. Embodiments of the present invention utilize a sample to solve the flicker of the picture. Conventional techniques; The staff is not fixed in the snow, and the mountain is located at the grounding power supply. The e-staining of the sample area is still affected by the display, and the display of the sample area is still visible. = use; this causes the human eye's sample area of the address between the electrodes during the address, sweep the electrode and the bit The address electrode is added to the surface; and during the maintenance period, the full white surface is displayed; and the sample area is titled. Wang Zhan 1 surface. Thus, the present invention is disclosed in the preferred embodiment as above, the present invention Scope 'Anyone who is familiar with this skill, in the spirit and scope', can make some changes and retouching, so the scope of protection is defined as the definition of the patent application scope, the electrode coupling image Discomfort of operation, aiming at the electrodes and between, maintaining the flicker of the sample unit to define the invention of the present invention
1270836 圖式簡單說明 第1圖表示習知技術驅動電漿顯示面板顯示一晝框的 時序圖。 第2圖表示習知電漿顯示面板結構圖。 第3圖表示根據本發明，在定址期間送入定址電極之 資料示意圖。 第4圖表示本發明之驅動方法流程圖。 【符號說明】 SF0 "•SF7 〜次 晝 框； R0 ·. •R7〜 重置 期 間； A0 ·· • A 7〜 定址 期 間； SO ·_ • S 7〜 維持 期 間； 2〜 顯示陣列； 20 - -維持 控制 器 21〜掃瞄 控制 器 22〜資料 控制 器 23 - ^顯示 區， 24〜樣本 區， X21 "•X2N 〜維 持 電極 Y21 "•Y2N 〜掃 描 電極 D21 •••D2M 、A2 1〜定址1270836 Brief Description of the Drawings Fig. 1 is a timing chart showing the display of a frame by a conventional technique driving a plasma display panel. Fig. 2 is a view showing the structure of a conventional plasma display panel. Figure 3 is a diagram showing the data fed to the addressed electrodes during the addressing process in accordance with the present invention. Fig. 4 is a flow chart showing the driving method of the present invention. [Symbol description] SF0 "•SF7~次昼; R0 ·. •R7~ reset period; A0 ·· • A 7~ address period; SO ·_ • S 7~ sustain period; 2~ display array; 20 - - Maintain controller 21 - Scan controller 22 - Data controller 23 - ^ Display area, 24 ~ sample area, X21 " • X2N ~ sustain electrode Y21 " • Y2N ~ Scan electrode D21 •••D2M, A2 1~ address
0632-10395twf(nl) ； AU0307007 ； Yvonne.ptd 第11頁0632-10395twf(nl) ; AU0307007 ; Yvonne.ptd Page 11