1258303 玖、發明說明： 【發明所屬之技術領域】 本發明係關於一種數位電視輸出輸入介面裝置，尤其是關於一種可以支援多 種不同規格視訊訊號之介面裝置，特徵為各種不同視訊訊號規格間之輸出與輸入腳 位之共用與排列方式，使得在介面轉接時僅需使用單一排線，即可以輸出所需之視 訊規格訊號，無需使用多個排線；同時，由於各種不同視訊訊號規袼間之輸出與輸 入訊號共用一些腳位，使得介面面積縮小，降低印刷電路板或是晶片面積的需求。 【先前技術】 數位電視（digtalTV)節目之内容係以DVB (歐規，Digitalvide()BiOadeast) 或是ATSC (美規）之規格來播送，但是大多數家庭與家電廠商仍繼續使用以及生 產傳統類比電視（analog TV)。傳統的類比電視廣播系統使用不同之訊號規格，如 PAL或是NTSC，同時在這些類比電視機上也具有傳統端子（terminal)規格，例 如YCbCr、S-Video ( Y與C)、YPbPr、CVBS等。為了使這些傳統類比電視仍可 以繼續來收看數位電視節目，·需要—個裝置，如市面上之機上盒（set_topb〇x)， 來轉換數位電視訊號絲各種不_比電視减，使其在触電視節目開播後仍然 可以正常收視電視節目，而不致於被淘汰錢棄置。同時，新—代之數位顯示器不 斷的出現，數位電視節目也可以在這些數位顯示器或是面板上播放。因此，如何定 義與設計出_個支援不_示||所需要之介面，雜如機上盒之使用並且可以縮小 體積與降低使用複雜度，成為重要之待解決問題。 先前技射，關於信號轉換之裝置，不是定義其機構職（如美國專利第 购689號），就是只針對單—或是少數訊號之轉換，如單純的數位腦插槽（本 國專利第廳觀號），或是無線訊號切換（本國專利第M2遍4號，gsm與 DAB切換）’献關於錢轉換裝置之系、雌構（如_專· μ·，仍刚 號^國專利第_7號）。上述先前技術中均未提出如何解決支援不同顯示器 所需要之介面，並同時縮小體積與降低使用複雜度。 【發明内容】 5 1258303 本發明之一目的為一種數位電視輸出輸入介面裝置，尤其是關於一種可以支 援多種不同規格視訊訊號之介面裝置，特徵為各種不同視訊訊號規格間之輸出與輸 入腳位之共用與排列方式，使得在介面轉接時僅需使用單一排線，即可以輸出所需 之視訊規格訊號，無需使用多組排線以及專接頭。 本發明之另一目的為數位電視輸出輸入介面裝置，尤其是關於一種可以支援 多種不同規格視訊訊號規格之介面裝置，特徵為各種不同視訊訊號規格間之輸出與 輸入訊號共用一些腳位，使得介面面積縮小，降低印刷電路板或是晶片面積成本。 為了達成上述之發明目的，本發明包括至少一數位電視輸出輸入介面裝置， 具有複數個接腳（pin)或是埠（p〇rt)，其用以支援至少下列之視訊與音訊訊號之 輸出. VGA，YCbCr ’ S-Video ( Y 與 C)，YPbPr，CVBS，左右聲道（audio L/R); 以及至少下列之輸出輸入訊號： 一個接地電氣訊號； 刚述複數個接腳之排列方式中，至少具有第一組之三個相鄰連續之腳位，同時支援 YCbCr ’ S-Video (Y與C)，YPbPr，以及VGA中的RGB訊號輸出；前述複數個 接腳之排財式中，至少具有—個腳位為接地電氣訊號相鄰於前述第—組之三個相 鄰連續之接腳之任-者，同時為支援Ycb&，Lg，Ypbpf之接地訊號；前述 複數個接腳之中，與第一接地接腳相鄰之一接腳，支援CVBS訊號輸出；前述複 數個接腳之中三個與前述第一組之三個相鄰連續之接腳分別並排之三個連續接 腳，共計六個接腳，支援VGA輸出訊號；前述複數個接腳之排列方式中，至少具 有第二組之兩個相鄰連續之腳位，並相鄰於一接地腳位，分別輸出前述之左右聲道 (audio L/R) 〇 為了達成上述之發明目的，本發明包括至少一數位電視輸出輸入介面裝置， -、有複數個接腳（pin)或是埠（pGrt)，其用以支援至少下列之視訊與音訊訊號之 輸出： VGA ’ YCbCr，S-Video ( Y 與 C)，YPbpr，CVBS，左右聲道（audi〇 L/R); 6 1258303 以及至少下列之輸出輸入訊號： 複數個GPIO (general_purposed 1/〇)訊號，複數個此訊號，一個遙控器控 制訊號（EXT—IN)，複數個接地電氣訊號，以及複數個電源供應訊號； 前述複數健聊之排财式巾，至少具有第—組之三個相鄰連續之腳位，同時支援 YCbCr’S-Video (Y與C)，YPbPr，以及VGA中的RGB訊號輸出；前述複數個 接腳之排列方式中，至少具有一個腳位為接地電氣訊號，且相鄰於前述第一組之三 個相鄰連續之接腳之任一者，稱為第一接地接腳，同時為支援YCbCr，s_Vide〇， YPbPr之接地訊號；前述複數個接腳之中，與第一接地接腳相鄰之一接腳，支援 CVBS訊號輸出；前述複數個接腳之中三個與前述第一組之三個相鄰連續之接腳分 別並排之三個連續接腳，共計六個接腳，支援VGA輸出訊號；前述複數個接腳之 排列方式中，至少包含兩個相鄰之接腳，分別接收前述之遙控器控制訊號與一第二 接地訊號腳位，則述複數個接腳之排列方式中，至少具有第二組之三個相鄰連續之 腳位，分別輸出前述之左右聲道（audio L/R)與一第三接地腳位；前述複數個接腳 之排列方式中，至少具有第三組之複數個相鄰連續之腳位，支援前述GpIC) (general-purposedI/O)訊號；前述複數個接腳之排列方式中，至少具有第四組之 相鄰連續之腳位，支援前述I2C訊號；前述複數個接腳之排列方式中，至少具有兩 個相鄰電源接腳。1258303 发明, invention description: [Technical Field] The present invention relates to a digital TV output input interface device, and more particularly to an interface device capable of supporting a plurality of different video signals, characterized by output between various video signal specifications The sharing and arrangement of the input pins makes it only necessary to use a single cable when the interface is switched, that is, the desired video specification signal can be output, without using multiple cables; at the same time, due to various video signals The output shares some pins with the input signal, which reduces the interface area and reduces the need for printed circuit board or wafer area. [Prior Art] The content of digital TV (digtalTV) programs is broadcast by DVB (European Standard, Digitalvide () BiOadeast) or ATSC (US), but most home and home appliance manufacturers continue to use and produce traditional analogies. TV (analog TV). Traditional analog TV broadcast systems use different signal specifications, such as PAL or NTSC, and also have traditional terminal specifications on these analog TV sets, such as YCbCr, S-Video (Y and C), YPbPr, CVBS, etc. . In order to make these traditional analog TVs continue to watch digital TV programs, you need a device, such as a set-top box (set_topb〇x) on the market, to convert digital TV signals to various types of TV signals. After the TV program is broadcast, the TV program can still be watched normally, without being discarded. At the same time, new-generation digital displays are constantly appearing, and digital TV programs can also be played on these digital displays or panels. Therefore, how to define and design the interface required for support, such as the use of the set-top box and reduce the size and reduce the complexity of use, has become an important problem to be solved. Previous technology, the device for signal conversion, is not defined by its institutional position (such as US Patent No. 689), which is only for single- or a few signal conversion, such as a simple digital brain slot (national patent hall view) No.), or wireless signal switching (national patent No. M2, No. 4, gsm and DAB switching) 'Providing about the system of money conversion device, female structure (such as _ special · μ ·, still just number ^ national patent _7 number). None of the above prior art teaches how to solve the interface required to support different displays, while reducing the size and complexity of use. SUMMARY OF THE INVENTION 5 1258303 One of the objects of the present invention is a digital television output input interface device, and more particularly to an interface device capable of supporting a plurality of different video signals, characterized by output and input pins between various video signal specifications. The sharing and arrangement method makes it only need to use a single cable when the interface is switched, that is, the required video specification signal can be output, and it is not necessary to use multiple sets of cables and special connectors. Another object of the present invention is a digital TV output input interface device, and more particularly to an interface device capable of supporting a plurality of different specifications of video signal specifications, characterized in that the output between the different video signal specifications and the input signal share some pins, so that the interface The area is reduced, reducing the cost of printed circuit boards or wafers. In order to achieve the above object, the present invention comprises at least one digital TV output input interface device having a plurality of pins or 〇 (p〇rt) for supporting at least the following video and audio signals. VGA, YCbCr 'S-Video (Y and C), YPbPr, CVBS, left and right channels (audio L/R); and at least the following output input signals: a grounded electrical signal; just described in the arrangement of a plurality of pins , having at least three adjacent consecutive pins of the first group, and supporting YCbCr 'S-Video (Y and C), YPbPr, and RGB signal output in the VGA; in the foregoing plurality of pins, At least one pin is a grounding electrical signal adjacent to any of the three adjacent consecutive pins of the first group, and is a grounding signal supporting Ycb&, Lg, Ypbpf; the plurality of pins are A pin adjacent to the first ground pin supports the CVBS signal output; three of the plurality of pins are consecutively connected with three consecutive consecutive pins of the first group Feet, a total of six pins, support VGA loss The signal; the foregoing plurality of pins are arranged to have at least two adjacent consecutive pins of the second group, and adjacent to a ground pin, respectively outputting the left and right channels (audio L/R) 〇 In order to achieve the above object, the present invention includes at least one digital TV output input interface device, - a plurality of pins or pGrts for supporting at least the following video and audio signals: VGA 'YCbCr, S-Video (Y and C), YPbpr, CVBS, left and right channel (audi〇L/R); 6 1258303 and at least the following output input signals: multiple GPIO (general_purposed 1/〇) signals, plural One such signal, a remote control signal (EXT-IN), a plurality of grounded electrical signals, and a plurality of power supply signals; the foregoing plurality of buddy-style escaping towels having at least three adjacent consecutive groups of the first group The pin supports both YCbCr'S-Video (Y and C), YPbPr, and RGB signal output in the VGA; among the plurality of pin arrangements, at least one pin is a grounded electrical signal, and adjacent to the foregoing One Any of the three adjacent consecutive pins, referred to as a first grounding pin, and a grounding signal supporting YCbCr, s_Vide, YPbPr; among the plurality of pins, the first grounding pin One of the adjacent pins supports the CVBS signal output; three of the plurality of pins are three consecutive pins arranged in parallel with the three adjacent consecutive pins of the first group, for a total of six pins, and support a VGA output signal; wherein the plurality of pins are arranged to include at least two adjacent pins, respectively receiving the remote control signal and the second ground signal pin, and the plurality of pins are arranged And having at least three adjacent consecutive pins of the second group, respectively outputting the left and right channels (audio L/R) and a third grounding pin; wherein the plurality of pins are arranged at least The plurality of adjacent consecutive pins of the third group support the GpIC) (general-purposed I/O) signal; and the foregoing plurality of pin arrangements have at least a fourth consecutive pair of pins, and support The aforementioned I2C signal; the foregoing multiple connections In the arrangement of the feet, there are at least two adjacent power pins.
為了達成本發明所揭示之一目的，發明包括至少一數位電視輸出輸入介面裝 置’具有至少複數個接腳（pin)或是埠（port)，其用以支援至少下列之視訊與音 訊訊號之輸出： VGA，YCbCr，S-Video ( Y 與 C)，YPbPr，CVBS，左右聲道（audio L/R); 以及至少下列之輸出輸入訊號： 一個接地電氣訊號； 前述複數個接腳之排列方式為雙列並排（dual-in-line)方式排列，以產生最大化相 鄰接腳之組合與共用接腳之數目，使得任何一種訊號規格間之輸出與輸入之排線為 一條0 7 1258303 為了達成本發明所揭示之一目的’發明包括至少一數位電視輸出輸入介面裝 置，具有至少複數個接腳（pin)或是埠（port)，其用以支援至少下列之視訊與音 訊訊號之輸出： VGA，YCbCr，S-Video ( Y 與 C)，YPbPr，CVBS，左右聲道（audio L/R); 以及至少下列之輸出輸入訊號： 複數個GPIO (general-purposed I/O)訊號，複數個I2C訊號，一個遙控器控 制訊號，複數個接地電氣訊號，以及複數個電源供應訊號；In order to achieve the object of the present invention, the invention includes at least one digital television output input interface device having at least a plurality of pins or ports for supporting at least the following video and audio signal outputs. : VGA, YCbCr, S-Video (Y and C), YPbPr, CVBS, left and right channels (audio L/R); and at least the following output input signals: a grounded electrical signal; the above multiple pins are arranged in the same way The dual-in-line arrangement is arranged to maximize the number of adjacent pins and the number of shared pins, so that the output and input lines between any of the signal specifications are one 0 7 1258303. One aspect of the present invention includes at least one digital television output input interface device having at least a plurality of pins or ports for supporting at least the following video and audio signal outputs: VGA , YCbCr, S-Video (Y and C), YPbPr, CVBS, left and right channels (audio L/R); and at least the following output input signals: multiple GPIO (general-purposed I/O) signals, plural An I2C signal, a remote control signal, a plurality of grounded electrical signals, and a plurality of power supply signals;
前述複數個接腳之排列方式為雙列並排（dual-in-line)方式排列，以產生最大化相 鄰接腳之組合與共用接腳之數目，使得任何一種訊號規格間之輸出與輸入之排線為 一條0 【實施方式】 第一圖為本發明之數位電視輸出輸入介面裝置之第一較佳實施例，其中輸出 輸入介面100包括20個接腳（pin或是port)，PIN01〜PIN20，其中包含：第一 組之三個相鄰連續之腳位101，PIN12、PIN14、PIN16，同時支援YCbCr，S-Video (Y 與 C)，YPbPr，或是 VGA 中的 RGB 訊號；支援 YCbCr，S-Video ( Y 與 C) 或是YPbPr其中之一訊號輸出之一組輸出接腳i〇2，即PIN12、PIN14、PIN16與 PIN18 (接地）；支援CVBS訊號輸出之一組輸出接腳1〇3，pini8、PIN20 ;支援 VGA訊號輸出104，包括PIN11 (Hsync，水平同步訊號）、ρινπ (Vsync，垂直 同步訊號）、PIN15 (接地）、PIN12 (B 訊號）、PIN14 (G 訊號）、PIN16 (R 訊號）； 支挺遙控器控制訊號之一組相鄰兩接腳105，PIN17 (接地）與PIN19 (遙控器控 制訊號輸入）；第二組之三個相鄰連續之接腳1〇6，即pjn〇5、piN〇7 (分別輸出前 述之左右聲道）與PIN03 (接地）；第三組之三個相鄰連續之腳位，即？以〇8、 P麵9、P腿0，可支援GPIO (generai_purposed 1/〇)訊號，作為數位控制訊號線 或是資料傳輸線；第四組之兩個相鄰連續之腳位108，即PIN〇4與piN〇6，可支援 前述i2c訊號，作為與其他擴充電路溝通之用，例如可形成主從式（麵ter_slave) 架構；一電源供應接腳組109，即ΡΙΝ〇1 (電源，VDD)、piN〇2 (電源，VDD)、 PIN03 (接地），可提供訊號輸出之裝置電源與接地同電位之用。 8 1258303 一由第示與麵接腳之安财式，可崎知本發明充分接腳共用共 旱，以及娜轉之設計方式，使得p腦3被兩組訊賴制（電職應與音頻 訊號），ΡΙΝΙ8 被四組訊號所共用（YCbCr、s_vide〇、Ypbpr、CVBS )，PIN12、piNi4、 PIN16被四組訊號所共用（YCbCr、、Ypbpr、VGA)。因此充分減少接腳 數目’也同時減少PCB t路板上相對應之繞線長度與面積。如果未採祕腳共用 共享以及職相鄰之設計对，❿且要支援YCb&、S videG、Ypbpf、cvbs、vga、 遙控器控制δίΐ號、兩個I C訊號、三個gpio (general-pUrp〇sed I/〇)訊號、音頻訊 唬、二個電源供應與接地接腳，共計需要4+3+4+2+6+2+2+3+3+3=32接腳。反觀 本發明，總共健2G獅，即可歧援同樣多樣化之輸出纖與輸人訊號，對於 電路板設計與製作上縮小面積與繞線長度是極為可觀。 第二圖為本發明之第二較佳實施例，一數位電視接收器模組2〇〇包括接收訊號 之天線201，經過射頻前端電路模組2〇2，解調變電路模組2〇3，數位基頻訊號處 理模組204，最後產生符合不同視訊與音訊規格之輸出信號2〇5，同時也接收來自 使用者介面之控制訊號206來進行選台、音量調整、色彩調整等功能。因此，在此 數位電視接收器核組200上，使用本發明之數位電視輸出輸入介面裝置，其 係以接頭插座方式（box header)，内含兩排各1〇個接腳，依照前述第一圖中之方 式排列。當需要支援具有VGA輸入之顯示器220，如LCD面板與監視器，只需要 一條排線230,排線230之一端接到顯示器220,另一端則以母接頭(h〇using female) 240 接到輸出輸入介面裝置 21〇 之 PIN11、PIN13、PIN15、piN12、piN14、piNi6， 而由於本發明之共用與充分利用接腳相鄰之特性，所以僅需要一個母接頭與一條排 線，即可將來自數位電視接收器模組200之視訊訊號忠實地傳送到具有vGA輸入 之顯示器220。 第三圖為本發明之第三較佳實施例，一數位電視接收器模組3〇()包括接收訊號 之天線301，經過射頻前端電路模組302，解調變電路模組303，數位基頻訊號處 理模組304，最後產生符合不同視訊與音訊規格之輸出信號3〇5，同時也接收來自 使用者介面之控制訊號306來進行選台、音量調整、色彩調整等功能。因此，在此 一數位電視接收器模組300上，使用本發明之數位電視輸出輸入介面裝置31〇，其 9 1258303 係以接頭插座方式（box header)，内含兩排各10個接腳，依照前述第一圖中之方 式排列。當需要支援具有YCbCr輸入之顯示器320，如傳統類比電視機，只需要 一條排線330 ’此排線330之一端接到顯示器320，另一端則以母接頭（housing female) 340 接到輸出輸入介面裝置 310 之 PIN12 (Cb)、PIN14 (Y)、PIN16 (Cr)、 PIN18 (接地，GND)，而由於本發明之共用與充分利用接腳相鄰之特性，所以僅 需要一個母接頭與一條排線，即可將來自數位電視接收器模組300之視訊訊號忠實 地傳送到具有具有YCbCr輸入之顯示器320，如傳統類比電視機，即可使其立即 升級為數位電視。 第四圖為本發明之第四較佳實施例，一數位電視接收器模組4〇〇包括接收訊 號之天線401，經過射頻前端電路模組402，解調變電路模組4〇3，數位基頻訊號 處理模組404，最後產生符合不同視訊與音訊規格之輸出信號4〇5，同時也接收來 自使用者介面之控制訊號406來進行選台、音量調整、色彩調整等功能。因此，在 此一數位電視接收器模組400上，使用本發明之數位電視輸出輸入介面裝置41〇， 其係以接頭插座方式（box header)，内含兩排各1〇個接腳，依照前述第一圖中之 方式排列。當需要支援具有YPbPr輸入之顯示器420，如傳統類比電視機，只需要 一條排線430，此排線430之一端接到顯示器420，另一端則以母接頭（housing female) 440 接到輸出輸入介面裝置 41〇 之 PJN12 (Pb)、PIN14 (Y)、PIN16 (Pr)、 PIN18 (接地，GND)，❿由於本發明之共用與充分利用接腳相鄰之特性，所以僅 • 需要一個母接頭與一條排線，即可將來自數位電視接收器模組400之視訊訊號忠實 地傳送到具有具有YPbPr輸入之顯示器420，如傳統類比電視機，即可使其立即升 級為數位電視。 第五圖為本發明之第五較佳實施例，一數位電視接收器模組5〇〇包括接收訊號 之天線501，經過射頻前端電路模組502，解調變電路模組503，數位基頻訊號處 理模組504 ’最後產生符合不同視訊與音訊規格之輸出信號5〇5，同時也接收來自 使用者介面之控制訊號506來進行選台、音量調整、色彩調整等功能。因此，在此 一數位電視接收器模組500上’使用本發明之數位電視輸出輸入介面裝置51〇，其 係以接頭插座方式（box header)，内含兩排各10個接腳，依照前述第一圖中之方 1258303 式排列。當f要支援具有Swideo輸人之顯示器52G ,如傳賴比電視機，只需要 -條棑線530，此排線530之一端接到顯示器52〇，另一端則以母接頭^⑽麵 female)540接到輸出輸入介面裝置51〇之聰2(c)、piN14⑺、piNi8(接地， GND) ’巾間之PIN16貝ij為高阻抗狀態，形同斷路。❿由於本發明之共用與充分利 用接腳相鄰之特J4 ’所以僅需要—個母接頭與—條排線，即可將來自數位電視接收 器模組500之視訊訊號忠實地傳送到具有S-vide〇輸入之顯示器52〇，如傳統類比 電視機，即可使其立即升級為數位電視。 第六圖為本發明之第六較佳實施例，一數位電視接收器且_包括接收訊號 之天線6(U ’經過射頻前端電路模组6〇2，解調變電賴、组6〇3，數位基頻訊號處 理模組604 ,最後產生符合不同視訊與音訊規格之輸出信號6〇5，同時也接收來自 使用者介面之控制訊號606來進行選台、音量調整、色彩調整等功能。因此，在此 一數位電視接收器模組600上，使用本發明之數位電視輸出輸入介面裝置61〇，其 係以接頭插座方式（box header)，内含兩排各10個接腳，依照前述第一圖中之方 式排列。當需要支援具有CVBS輸入之顯示器—，如外接式屏幕顯示器、車用傳 統類比電視機或是攜帶式傳統類比電視機，只需要一條排線63〇，此排線63〇之一 知接到顯示器620，另一端則以母接頭（h〇using femaie) 640接到輸出輸入介面裝 置610之PIN20 (CVBS)、PIN18 (接地，GND)，而由於本發明之共用與充分利 用接腳相鄰之特性，所以僅需要一個母接頭與一條排線，即可將來自數位電視接收 器模組600之視訊訊號忠實地傳送到具有CVBS輸入之顯示器62〇，如接式屏幕顯 示器、車用傳統類比電視機或是攜帶式傳統類比電視機，即可使其立即升級為數位 電視。 第七圖為本發明之第七較佳實施例，一數位電視接收器模組7〇〇包括接收訊號 之天線701，經過射頻前端電路模組702，解調變電路模組703，數位基頻訊號處 理模組704，最後產生符合不同視訊與音訊規格之輸出信號7〇5，同時也接收來自 使用者介面之控制訊號706來進行選台、音量調整、色彩調整等功能。因此，在此 一數位電視接收器模組700上，使用本發明之數位電視輸出輸入介面敦置71〇，其 係以接頭插座方式（box header)，内含兩排各10個接腳，依照前述第一圖中之方 11 1258303 式排列。當需要支援具有喇吧或是耳機輸入之裝置72〇，如傳統類比電視機之左右 聲道與接地’只需要一條排線730，此排線730之一端接到前述具有喇吧或是耳機 輸入之裝置720 ’另一端則以母接頭（h〇usingfemaie) 740接到輸出輸入介面裝置 710 之 PIN05 (audio Left)、PIN07 (audio Right)、PIN03 (接地，GND)，而由於 本發明之共用與充分利用接腳相鄰之特性，所以僅需要一個母接頭與一條排線，即 可將來自數位電視接收器模組700之音頻訊號忠實地傳送到具有有喇吧或是耳機 輸入之裝置720，即可透過喇吧或是耳機收聽數位電視之聲音。 由上述第二至七個實施例，可以得知本發明所提出之將各種不同視訊訊號規格 輸出與輸入腳位之共用、共享與排列方式，使得在介面轉接時僅需使用單一排線與 單一母接頭（housingfemale)，即可以輸出所需之視訊訊號或是音訊訊號，無需使 用多個排線，因此減少零件成本與設計複雜度。 另外，為了日益增加的消費者要求的使用方便性，以及搭配其他現有產品，如 帶有顯不器之DVD播放器，車用類比電視，或是個人資料處理器（pDA)等，需 要與這些現有產品連接，以增加產品特色，所以在將各種不同視訊訊號規袼輸出與 輸入同時，需要搭配控制訊號，或是接生來自如遙控器之訊號。因此，前述數位電 視輸出輸入介面裝置可以加入：複數個GPI〇 (general_purp〇sed j/O)訊號，複數 個I2C訊號，一個遙控器控制訊號，複數個接地電氣訊號，以及複數個電源供應訊 號。因此，系統整合度與使用者便利性可以提高，相對而言，設計成本可以大為降 低。 第八圖為本發明之第八較佳實施例，一數位電視接收器模組8〇〇包括接收訊號 之天線801，經過射頻前端電路模組8〇2，解調變電路模組8〇3，數位基頻訊號處 理模組804，最後產生符合不同視訊與音訊規格之輸出信號8〇5，同時也接收來自 使用者介面之控制訊號806來進行選台、音量調整、色彩調整等功能。因此，在此 一數位電視接收器模組800上，使用本發明之數位電視輸出輸入介面裝置81()，其 係以接頭插座方式（box header)，内含兩排各1〇個接腳，依照前述第一圖中之方 式排列。當需要支援具有遙控輸入之裝置820，如傳統類比電視機之紅外線選擇 12 1258303 器，只需要一條排線830，此排線830之一端接到前述具有喇吧或是耳機輸入之裝 置820，另一端則以母接頭(housing female)840接到輸出輸入介面裝置81〇之PIN19 (EXTJN)、PIN17 (接地，GND)，而由於本發明之共用與充分利用接腳相鄰之 特性，所以僅需要一個母接頭與一條排線，即可將來自具有遙控輸入之裝置820 之控制訊號，饋入使用者介面之控制訊號806，再進入數位基頻訊號處理模組8〇4 , 以進行如選台、音量調整、色彩調整等。 第九圖為本發明之第九較佳實施例，一數位電視接收器模組9⑻包括接收訊號 之天線901，經過射頻前端電路模組902，解調變電路模組9〇3，數位基頻訊號處 理模組904，最後產生符合不同視訊與音訊規格之輸出信號，同時也接收來自 使用者介面之控制訊號906纟進行選台、音量調整、&彩調整等功能。因此，在此 一數位電視接收器模組900上，使用本發明之數位電視輸出輸入介面裝置91〇，其 係以接頭插座方式（box header)，内含兩排各10個接腳，依照前述第一圖中之方 式排列。當需要控制-外部模組裝置92〇，如調諸器（tuner)，只需要一條排線93〇， 此排線930之-端接到前述外部模組裝i92〇,另一端則以母接頭（h〇usingfemaie) 940接到輸出輸入介面裝置910之觸4 (此訊號）、_6 (i2c减），而由於 本發明之共用與充分糊獅柳之雛，所_需要_個母接麟_條排線，即 可以控制前述外部模組裝置92〇，如調諧器，以進行選台頻率之改變。同樣地，當 前述數位基頻訊號處理模組904需要存取外部數位模組95〇，如記憶體之資料也 • 只需要一條排線960 ’此排線960之一端接到前述外部數位模組裝置95〇，另-端 則以母接頭（housing female) 970接到輸出輸入介面裝置⑽之麵8 (側〇訊 ^ IN09 (GPI0訊號）、PIN10 (GPI0訊號），經由使用者介面之控制訊號9〇6 來存取數位資料。 惟上述實施例僅為說明本發明之原理及其功效，而非限制本發明。因此，習於 利〜2人士可在W背本發明之精神對上述實施舰娜改及變化。本發明之權 矛J軌圍應如後述之申請專利範圍所列。 13 1258303 【圖式簡單說明】 圖一、本發明之第一較佳實施例； 圖二、本發明之第二較佳實施例（細VGA訊號）； 圖二、本發明之第三較佳實施例（輪ib YCbCr訊號）； 圖四、本發明之第四較佳實施例（輪$ Ypbpr訊號）； 圖五、本發明之第五較佳實施例（輪出s_vide。訊號）； 圖六、本發明之第六較佳實施例（輪出CVBS訊號）； 圖七、本發明之第七較佳實施例（輪出音頻訊號）； 圖八、本發明之第八較佳實施例（輪入遙控器訊號）； 圖九、本發明之第九較佳實施例（輸出或是輸入〗2C訊號與GpI〇訊號）；The plurality of pins are arranged in a dual-in-line manner to maximize the number of adjacent pins and the number of shared pins, so that the output and input between any of the signal specifications are The first line is a first preferred embodiment of the digital TV output input interface device of the present invention, wherein the output input interface 100 includes 20 pins (pin or port), PIN01~PIN20 , including: the first group of three adjacent consecutive feet 101, PIN12, PIN14, PIN16, while supporting YCbCr, S-Video (Y and C), YPbPr, or RGB signals in VGA; support YCbCr, S-Video (Y and C) or one of YPbPr signal output one group output pin i〇2, namely PIN12, PIN14, PIN16 and PIN18 (ground); support CVBS signal output one group output pin 1〇 3, pini8, PIN20; support VGA signal output 104, including PIN11 (Hsync, horizontal sync signal), ρινπ (Vsync, vertical sync signal), PIN15 (ground), PIN12 (B signal), PIN14 (G signal), PIN16 ( R signal); support remote control One of the signals is adjacent to the two pins 105, PIN17 (ground) and PIN19 (remote control signal input); the second adjacent three consecutive pins 1〇6, ie pjn〇5, piN〇7 (output the aforementioned left and right channels separately) and PIN03 (ground); three adjacent consecutive feet of the third group, ie? 〇8, P-face 9, P-leg 0, can support GPIO (generai_purposed 1/〇) signal as a digital control signal line or data transmission line; the fourth group of two adjacent consecutive feet 108, ie PIN〇 4 and piN〇6, can support the aforementioned i2c signal, as communication with other expansion circuits, for example, can form a master-slave (face ter_slave) architecture; a power supply pin group 109, ie ΡΙΝ〇 1 (power, VDD) , piN〇2 (power supply, VDD), PIN03 (ground), can provide the signal output device power and ground with the same potential. 8 1258303 An Ancai-style of the first and the opposite feet, can be known that the invention fully supports the common drought, and the design of the Na-turn, so that the p-brain 3 is controlled by two groups (electricity and audio) Signal), ΡΙΝΙ8 is shared by four groups of signals (YCbCr, s_vide〇, Ypbpr, CVBS), PIN12, piNi4, PIN16 are shared by four groups of signals (YCbCr, Ypbpr, VGA). Therefore, the number of pins is sufficiently reduced, and the corresponding winding length and area on the PCB t-board are also reduced. If you don't share the secret and shared design pairs, you need to support YCb&, S videG, Ypbpf, cvbs, vga, remote control δίΐ, two IC signals, three gpio (general-pUrp〇 Sed I / 〇) signal, audio signal, two power supply and grounding pin, a total of 4 + 3 + 4 + 2 + 6 + 2 + 2 + 3 + 3 + 3 = 32 pins. In contrast, the invention has a total of 2G lions, which can disguise the same variety of output fibers and input signals, and is extremely impressive for circuit board design and fabrication in terms of reduced area and winding length. The second embodiment of the present invention is a second preferred embodiment of the present invention. A digital television receiver module 2 includes an antenna 201 for receiving signals, and a radio frequency front end circuit module 2〇2, a demodulation circuit module 2〇 3. The digital baseband signal processing module 204 finally generates an output signal 2〇5 that conforms to different video and audio specifications, and also receives a control signal 206 from the user interface for channel selection, volume adjustment, color adjustment, and the like. Therefore, in the digital television receiver core group 200, the digital TV output input interface device of the present invention is used in a box header, which comprises two rows of one pin each, according to the first Arranged in the way of the figure. When it is necessary to support a display 220 having a VGA input, such as an LCD panel and a monitor, only one cable 230 is needed, one of the wires 230 is connected to the display 220, and the other end is connected to the output by a female connector (h〇using female) 240. Input interface device 21 PIN11, PIN13, PIN15, piN12, piN14, piNi6, and since the sharing of the present invention is fully adjacent to the pin, only one female connector and one cable are needed, and the digital device can be The video signal of the television receiver module 200 is faithfully transmitted to the display 220 having the vGA input. The third embodiment of the present invention is a third preferred embodiment of the present invention. A digital television receiver module 3 includes an antenna 301 for receiving signals, a radio frequency front end circuit module 302, and a demodulation circuit module 303. The baseband signal processing module 304 finally generates an output signal 3〇5 that conforms to different video and audio specifications, and also receives a control signal 306 from the user interface for channel selection, volume adjustment, color adjustment, and the like. Therefore, in the digital television receiver module 300, the digital television output input interface device 31 of the present invention is used, and the 9 1258303 is a box header, which has two rows of 10 pins. Arranged in the manner described in the first figure above. When it is necessary to support the display 320 with the YCbCr input, such as a conventional analog television, only one cable 330 is needed. One of the cables 330 is terminated to the display 320, and the other end is connected to the output input interface by a housing female 340. PIN12 (Cb), PIN14 (Y), PIN16 (Cr), PIN18 (ground, GND) of device 310, and since the sharing of the present invention is fully adjacent to the pin, only one female connector and one row are required. The video signal from the digital television receiver module 300 can be faithfully transmitted to the display 320 having the YCbCr input, such as a conventional analog television, to immediately upgrade to a digital television. The fourth embodiment of the present invention is a fourth preferred embodiment of the present invention. A digital television receiver module 4 includes an antenna 401 for receiving signals, and a radio frequency front end circuit module 402, a demodulation circuit module 4〇3, The digital baseband signal processing module 404 finally generates an output signal 4〇5 that conforms to different video and audio specifications, and also receives a control signal 406 from the user interface for channel selection, volume adjustment, color adjustment, and the like. Therefore, in the digital television receiver module 400, the digital TV output input interface device 41 of the present invention is used in a box header, which comprises two rows of one pin each according to Arranged in the manner of the first figure above. When it is necessary to support a display 420 having a YPbPr input, such as a conventional analog television set, only one cable 430 is needed. One end of the cable 430 is connected to the display 420, and the other end is connected to the output input interface by a housing female 440. Device 41〇PJN12 (Pb), PIN14 (Y), PIN16 (Pr), PIN18 (ground, GND), ❿Because of the characteristics of the present invention sharing and fully utilizing the pin, only • a female connector is required With a cable, the video signal from the digital television receiver module 400 can be faithfully transmitted to the display 420 having the YPbPr input, such as a conventional analog television, so that it can be immediately upgraded to a digital television. The fifth embodiment of the present invention is a fifth preferred embodiment of the present invention. A digital television receiver module 5 includes an antenna 501 for receiving signals, a radio frequency front end circuit module 502, a demodulation circuit module 503, and a digital base. The frequency signal processing module 504 ′ finally generates an output signal 5〇5 that conforms to different video and audio specifications, and also receives a control signal 506 from the user interface for channel selection, volume adjustment, color adjustment and the like. Therefore, the digital television output input interface device 51 of the present invention is used in the digital television receiver module 500, which is in the form of a box header and includes two rows of 10 pins, according to the foregoing. The square in the first figure is arranged in the form of 1258303. When f is to support display 52G with Swideo input, such as pass-by TV, only need to - line 530, one end of this line 530 is connected to the display 52 〇, the other end is the female connector ^ (10) face female) 540 is connected to the output input interface device 51 聪2 (c), piN14 (7), piNi8 (ground, GND) PIN16 ij is a high-impedance state, the same as the open circuit. ❿Because the sharing of the present invention and the use of the special J4′ adjacent to the pin, only the female connector and the cable are required, the video signal from the digital television receiver module 500 can be faithfully transmitted to have S -vide〇 Input display 52〇, such as a traditional analog TV, can be upgraded to a digital TV immediately. The sixth figure is a sixth preferred embodiment of the present invention, a digital television receiver and includes an antenna 6 for receiving signals (U' passes through the RF front end circuit module 6〇2, demodulates the power, and the group 6〇3 The digital baseband signal processing module 604 finally generates an output signal 6〇5 that conforms to different video and audio specifications, and also receives a control signal 606 from the user interface for channel selection, volume adjustment, color adjustment, etc. In the digital television receiver module 600, the digital TV output input interface device 61 of the present invention is used in a box header, which comprises two rows of 10 pins, according to the foregoing Arranged in a way. When you need to support a display with CVBS input—such as an external screen display, a traditional analog TV for a car, or a portable analog analog TV, you only need one cable 63〇, which is 63. One of the terminals is connected to the display 620, and the other end is connected to the PIN20 (CVBS), PIN18 (ground, GND) of the output input interface device 610 by a female connector (f〇using femaie) 640, and is shared by the present invention. Making full use of the characteristics of the adjacent pins, so only one female connector and one cable are needed, and the video signal from the digital television receiver module 600 can be faithfully transmitted to the display 62 with the CVBS input, such as the connected screen. The display, the conventional analog analog TV for the vehicle or the portable conventional analog television can be upgraded to a digital TV immediately. The seventh figure is a seventh preferred embodiment of the present invention, a digital television receiver module 7〇 The antenna 701 includes a receiving signal, passes through the RF front end circuit module 702, the demodulation circuit module 703, and the digital baseband signal processing module 704, and finally generates an output signal 7〇5 that conforms to different video and audio specifications. The control signal 706 from the user interface is also received to perform functions such as channel selection, volume adjustment, color adjustment, etc. Therefore, on the digital television receiver module 700, the digital television output input interface of the present invention is used to set a 71. It is in the form of a box header, which contains two rows of 10 pins, arranged in accordance with the above-mentioned formula 1 1258303 in the first figure. There is a bar or headphone input device 72〇, such as the left and right channel and grounding of the traditional analog TV, only one cable 730 is needed, and one end of the cable 730 is connected to the device 720 with the bar or the earphone input. 'The other end is connected to the PIN05 (audio left), PIN07 (audio right), PIN03 (ground, GND) of the output input interface device 710 with a female connector (h〇usingfemaie) 740, and is shared and fully utilized by the present invention. The characteristics of the foot are adjacent, so only one female connector and one cable are needed, and the audio signal from the digital television receiver module 700 can be faithfully transmitted to the device 720 having the bar or the earphone input. Listen to the sound of digital TV in a bar or earphone. According to the second to seventh embodiments, the sharing, sharing and arrangement of various video signal specification outputs and input pins proposed by the present invention can be known, so that only a single cable and a single cable are needed for interface switching. A single female connector (fittingfemale) can output the required video signal or audio signal without using multiple cables, thus reducing part cost and design complexity. In addition, in order to increase the convenience of consumer demand, and to match other existing products, such as DVD players with display, car analog TV, or personal data processor (pDA), etc. The existing products are connected to increase the product features. Therefore, when various video signals are output and input, it is necessary to match the control signals or to receive signals from the remote controller. Therefore, the digital TV output input interface device can include: a plurality of GPI〇 (general_purp〇sed j/O) signals, a plurality of I2C signals, a remote control signal, a plurality of grounded electrical signals, and a plurality of power supply signals. Therefore, system integration and user convenience can be improved, and the design cost can be greatly reduced. The eighth embodiment is an eighth preferred embodiment of the present invention. A digital television receiver module 8 includes an antenna 801 for receiving signals, and a radio frequency front end circuit module 8〇2, a demodulation circuit module 8〇. 3. The digital baseband signal processing module 804 finally generates an output signal 8〇5 that conforms to different video and audio specifications, and also receives a control signal 806 from the user interface for channel selection, volume adjustment, color adjustment, and the like. Therefore, in the digital television receiver module 800, the digital TV output input interface device 81 () of the present invention is used in a box header, which comprises two rows of pins. Arranged in the manner described in the first figure above. When it is necessary to support the device 820 with remote input, such as the infrared selection 12 1258303 of the conventional analog TV, only one cable 830 is needed, and one of the wires 830 is connected to the device 820 having the bar or the earphone input. One end is connected to the PIN19 (EXTJN) and PIN17 (ground, GND) of the output input interface device 81 by a female female 840, and since the sharing of the present invention is sufficient to fully utilize the characteristics of the pin, only the need is A female connector and a cable can feed the control signal from the device 820 having the remote input to the control signal 806 of the user interface, and then enter the digital baseband signal processing module 8〇4 for performing the channel selection. , volume adjustment, color adjustment, etc. The ninth preferred embodiment of the present invention, a digital television receiver module 9 (8) includes an antenna 901 for receiving signals, and a radio frequency front end circuit module 902, a demodulation circuit module 9〇3, a digital base. The frequency signal processing module 904 finally generates an output signal conforming to different video and audio specifications, and also receives a control signal 906 from the user interface for channel selection, volume adjustment, & color adjustment. Therefore, in the digital television receiver module 900, the digital television output input interface device 91 of the present invention is used in a box header, which comprises two rows of 10 pins, according to the foregoing. Arranged in the way of the first picture. When a control-external module device 92, such as a tuner, is required, only one cable 93〇 is required, the end of the cable 930 is connected to the external module assembly i92〇, and the other end is a female connector. (h〇usingfemaie) 940 is connected to the touch input 4 of the output input interface device 910 (this signal), _6 (i2c minus), and due to the sharing of the present invention and the full stalk of the lion, the _ need _ a mother _ _ row The line, that is, the aforementioned external module device 92, such as a tuner, can be controlled to change the channel selection frequency. Similarly, when the digital baseband signal processing module 904 needs to access the external digital module 95, such as the data of the memory, only one cable 960' is needed. One end of the cable 960 is connected to the external digital module. The device is 95 〇, and the other end is connected to the face 8 of the output input interface device (10) by a housing female 970 (side signal IN09 (GPI0 signal), PIN10 (GPI0 signal), and the control signal via the user interface) The above-mentioned embodiments are only for explaining the principle and function of the present invention, and are not intended to limit the present invention. Therefore, the person in the form of the present invention can implement the above-mentioned ship in the spirit of the present invention. The invention is based on the scope of the patent application described below. 13 1258303 [Simplified description of the drawings] Figure 1. First preferred embodiment of the present invention; Figure 2, the present invention Second preferred embodiment (fine VGA signal); Figure 2, a third preferred embodiment of the present invention (wheel ib YCbCr signal); Figure 4, a fourth preferred embodiment of the present invention (round $ Ypbpr signal); Figure 5 is a fifth preferred embodiment of the present invention (Spinning s_vide. Signal); Figure 6. The sixth preferred embodiment of the present invention (rounding CVBS signal); Figure 7. The seventh preferred embodiment of the present invention (rounding audio signal); Figure VIII. The eighth preferred embodiment of the invention (involving the remote control signal); Figure 9. The ninth preferred embodiment of the present invention (output or input 2C signal and GpI signal);
1〇〇輸出輸入介面 102 支援 YCbCr，S-Video (Y 與 C) 或是YPbPr其中之一訊號輸出之一 組輸出接腳 104支援VGA訊號輸出104，包括 PIN11、PIN13、PIN15、PIN12、 PIN14、PIN16 106第二組之三個相鄰連續之接腳， PIN05、PIN07 與 PIN03 108第四組之兩個相鄰連續之腳位，可 支援前述I2C訊號，PIN02與PIN04 101第一組之三個相鄰連續之腳位， PIN12、PIN14、PIN16 103支援CVBS訊號輸出之一組輸出接 腳，PIN18、PIN20 i〇5支援遙控器控制訊號之一組相鄰兩 接腳，PIN17 與 PIN19 1〇7第三組之三個相鄰連續之腳位，可支 援 GPIO 訊號，PIN06、PIN08、 PIN09， 109 一電源供應接腳組，PIN01、PIN02、 PIN03 14 數位電視接收器模組 天線 射頻前端電路模組 解調變電路模組 數位基頻訊號處理模組 不同視訊與音訊規格之輸出信號 使用者介面之控制訊號 本發明之數位電視輸出輸入介面裝置 單一排線 母接頭（housing female)1〇〇 output input interface 102 supports YCbCr, S-Video (Y and C) or YPbPr one of the signal output one group output pin 104 supports VGA signal output 104, including PIN11, PIN13, PIN15, PIN12, PIN14, PIN16 106 three adjacent consecutive pins of the second group, PIN05, PIN07 and PIN03 108 two adjacent consecutive feet of the fourth group can support the aforementioned I2C signal, PIN02 and PIN04 101 three of the first group Adjacent consecutive feet, PIN12, PIN14, PIN16 103 support CVBS signal output one group output pin, PIN18, PIN20 i〇5 support remote control control signal one group adjacent two pins, PIN17 and PIN19 1〇7 The three adjacent consecutive feet of the third group can support GPIO signals, PIN06, PIN08, PIN09, 109, a power supply pin group, PIN01, PIN02, PIN03 14 digital TV receiver module antenna RF front-end circuit module Demodulation variable circuit module digital baseband signal processing module different video and audio specifications output signal user interface control signal The present invention digital TV output input interface device single cable female connector (housing female )
1258303 200, 300, 400, 500, 600, 700, 800, 900 201，301，401，501，601, 701，801，901 202, 302, 402, 502, 602, 702, 802, 902 203, 303, 403, 503, 603, 703, 803, 903 204, 304, 404, 504, 604, 704, 804, 904 205, 305, 405, 505, 605, 705, 805, 905 206, 306, 406, 506, 606, 706, 806, 906 210, 310, 410, 510, 610, 710, 810, 910 230, 330, 430, 530, 630, 730, 830, 930, 960 240, 340, 440, 540, 640, 740, 840, 940, 970 220 具有VGA輸入之顯示器 320 具有YCbCr輸入之顯示器 420 具有YPbPr輸入之顯示器 520 具有S-video輸入之顯示器 620 具有CVBS輸入之顯示器 720 支援具有喇吧或是耳機輸入之裝置 820 支援具有遙控輸入之裝置 920 外部模組裝置 950 外部數位模組 151258303 200, 300, 400, 500, 600, 700, 800, 900 201, 301, 401, 501, 601, 701, 801, 901 202, 302, 402, 502, 602, 702, 802, 902 203, 303, 403, 503, 603, 703, 803, 903 204, 304, 404, 504, 604, 704, 804, 904 205, 305, 405, 505, 605, 705, 805, 905 206, 306, 406, 506, 606 , 706, 806, 906 210, 310, 410, 510, 610, 710, 810, 910 230, 330, 430, 530, 630, 730, 830, 930, 960 240, 340, 440, 540, 640, 740, 840, 940, 970 220 Display with VGA input 320 Display with YCbCr input 420 Display with YPbPr input 520 Display with S-video input 620 Display with CVBS input 720 Support for devices with bar or headphone input 820 Support Device with remote input 920 external module device 950 external digital module 15