M420868 五、新型說明： 【新型所屬之技術領域】 本創作係有關於-種迷你顯示蟑之連接器，尤指—種有對稱 性排列之高速信號端子組者，以降低訊號扭曲（signal skew)的 迷你顯示埠之連接器。 【先前技術】 隨著科技之進步，顯示裝置（例如液晶顯示器或液晶電 視）之解析度日益提高，目前市面上之液晶電視通常提供有 高清晰度多媒體介面（High Definition Multimedia Interface，以下簡稱HDMI)或顯示埠(Display p〇rt)介面與電 腦或其他視訊裝置連接。而顯示埠(^Display p〇rt)為視訊電子 標準協會(VESA)所推動的新一代數位式視訊介面標準，為 電腦顯示器的傳輸介面，具備支援隨插即用的功能，可望 取代傳統LVDS、DVI及VGA傳輸介面。 另外，隨著多媒體技術的發展，該顯示埠發展出一種M420868 V. New Description: [New Technology Field] This creation is about the type of mini display connector, especially the high-speed signal terminal group with symmetrical arrangement to reduce signal skew. The mini display shows the connector. [Prior Art] With the advancement of technology, the resolution of display devices (such as liquid crystal displays or LCD TVs) is increasing. Currently, LCD TVs on the market usually provide High Definition Multimedia Interface (HDMI). Or display the Display p〇rt interface to connect to a computer or other video device. The display 埠(^Display p〇rt) is a new generation of digital video interface standard promoted by the Video Electronics Standards Association (VESA). It is a transmission interface for computer monitors and has the function of supporting plug-and-play. It is expected to replace the traditional LVDS. , DVI and VGA transmission interface. In addition, with the development of multimedia technology, the display has developed a
Mini-Display Port(迷你型顯示埠)連接器，此 Mini-DisplayMini-Display Port connector, this Mini-Display
Port連接器在電子設備中已曰益廣泛的被應用。 Mini-Display Port是一個微型版本的Display Port，由蘋果 公司於2008年10月14日發表，蘋果公司免費公開授權其 他廠商開發 Mini DisplayPort 的有關產品，Mini DisplayPort 具有20支腳位，其腳位配置為引腳1為接地（GND)、引 腳2為熱插拔彳貞測（Hot Plug Detect )、引腳3為通道0的 3 M420868 真實訊號（MLJLane Ο ( p))、引腳4為支持外部配置1 (CONFIG1)、引腳5為通道0的輔助訊號（ML_Lane 0 (η))、引腳6為支持外部配置2 (CONFIG2)、引腳7為接 地（GND)、引腳8為接地（GND)、引腳9為通道1的真 實訊號（ML_Lane 1 (ρ))、引腳10為通道3的真實訊號 (ML_Lane3(p))、引腳11為通道1的輔助訊號（ML_Lane 1 (η))、引腳12為通道3的輔助訊號（ML_Lane3 (η))、 引腳13為接地（GND)、引腳14為接地（GND)、引腳15 為通道2的真實訊號（ML_Lane 2 ( p))、引腳16為附屬通 道的真實訊號（AUX_CH(p))、引腳17為通道2的輔助訊 號（ML一Lane 2 (η))、引腳18為附屬通道的輔助訊號 (AUX一CH ( η))、引腳19為接地（GND)以及引腳20為 連接器電源（DP_PWR)。 習知一種Mini-Display Port連接器的導電端子（圖未示） 係分置該電連接器後側之上下兩側並以穿孔式連接技術 (Through Hole)或稱針腳浸入錫膏法np (pin in paste)及表面 黏著技術（Surface Mount Technology，SMT)與一電路板 7〇電性連接（請參考第四圖），其中該電路板上之穿孔上各 為編號#1至#19之單數編號，且該電路板上之穿孔呈上 下排列，該電路板上之編號#1、#7、#13及#19之穿孔 係為用以輕接-接地端子，而該電路板上之編號與# 5、#9與#u、#15與#17係用以輕接成對之高速訊號端 M420868 、由第四圖可知，該編號# 5與# 7，以及編號# 13與 # 15與連接器之導電端子之排列順序不同，例如編號#7 在編號# S & 〇〇 之則，編號#15在編號#13之前，俾使該連接 °導電、子為配合該電路板之穿孔而需改變導電端子結 而可此產生跨接腳之問題，而使訊號扭曲（si^alskew) 之問題更為嚴重，且導電端子結構複雜製造_，因此， 如何有效降低喊扭曲(signal skew)及製造結構簡單之導電 端子且使有效使高速訊號傳輸穩定，實為本產業亟需解 決之問題。 【新型内容】 本創作之目的在於提供一種迷你顯示埠之連接器，藉由獨特 鸲子組排列結構設計，簡化端子與電路板之耦接。 本創作之另一目的在於提供一種可使高速訊號傳輸穩定及 有效降低訊號扭曲（signal Skew)之迷你顯示埠之連接器。 達到上述目的之迷你顯示埠之連接器，係用以輕接於一電路 板上，该電路板設有複數個穿孔及複數個SMT接點，該迷你顯示 埠之連接器’包含：複數個第-接地端子、複數個第—高速訊號 端子組、一熱插拔偵測端子、一低速訊號端子組、一第二接地端 子、一第二尚速訊號端子組、一第三接地端子、一第三高速訊號 端子組及一電源訊號端子，該熱插拔偵測端子、低速訊號端子組、 第一接地端子、第一南速訊號端子組、第三接地端子、第三高速 说5虎端子組及電源況说知子係對應著該電路板之複數個 5 •處依引腳定義順序偶數序列軸接，而該電路板之複 數個穿孔呈上下排列，且該上排每二穿孔係置於下排每二 穿孔之間呈錯置排列，該複數個第—接地端子係依引聊定 義順序=數序列地間隔配合與該下排穿孔耗接，而該複數 個第1速訊號端子組係依引腳定義順序奇數序列地成對 1隔配Q與„亥上排穿孔輕接，且該複數個第一高速訊號端子組 具有一彎折部，該彎折部係對稱性地向外彎曲後向下延伸，俾 使該每一第一高速訊號端子組至該電路板的訊號傳輸路徑 距離相同。 達到上述目的之另一迷你顯示埠之連接器，係用以耦 接於一電路板上，該電路板設有複數個第一穿孔及複數個 第二穿孔’該迷你顯示埠之連接器’包含：複數個第一接地端子、 複數個第一高速訊號端子組、一熱插拔4貞測端子、一低速訊號端 子組、一第二接地端子、一第二高速訊號端子組、一第三接地端 子、一第三高速訊號端子組及一電源訊號端子，而該電路板之複 數個第_一穿孔及第一穿孔’均呈上下排列’且該第一穿孔 及第二穿孔的上排每二穿孔係與下排每二穿孔呈錯置方式 排列，該下排之第一穿孔係依引腳定義順序奇數序列地間 隔配合與該複數個第一接地端子輕接’而該上排第一穿孔 係依引腳定義順序奇數序列地成對間隔配合與該複數個第 一高速訊號端子組耦接，而該下排之第二穿孔係依引腳定 義順序偶數序列地間隔配合與該熱插拔偵測端子、第二接 M420868 地端子、第三接地端子及該電源訊號端子耦接，而該上排 之第一穿孔係依引腳定義順序偶數序列地成對間隔配合與 該低速訊號端子組、第二高速訊號端子及第三高速訊號端 子組耦接，且每一第一高速訊號端子組、低速訊號端子組、 第一咼速訊號端子組及第三高速訊號端子組各具有一彎折 部，该彎折部係對稱性地向外彎曲後向下延伸，俾使該每一 •第一鬲速訊號端子組、低速訊號端子組、第二高速訊號端 • 子組及第二高速訊號端子組至該電路板的訊號傳輸路徑距 離相同。 本創作迷你顯示埠之連接器，進一步包含一遮蔽殼體 及一絕緣本體，該遮蔽殼體係具有一容置空間，該絕緣本 體係設置於該容置空間中且具有複數個端子槽，該複數個 第一接地端子、複數個第一高速訊號端子組、熱插拔偵測端子、 低速訊號端子組、第二接地端子、第二高速訊號端子組、第三接 • 地&子、第二尚速訊號端子組及該電源訊號端子係對應設置於該 • 複數個端子槽中。 本創作迷你顯示埠之連接器，進一步包含一隔板具有 複數個槽孔及複數個凹槽，該複數個槽孔，用以固定該複 數個第一接地端子及複數個第一高速訊號端子組的端子，而該 複數個凹槽，用以容置該熱插拔偵測端子、低速訊號端子組、 第一接地端子、第·一面速訊號端子組、第三接地端子、第三高速 訊號端子組及電源訊號端子的端子。 7 M420868 本創作迷你顯示琿之連接器，進一步包含一隔板具有 複數個槽孔’用以固定該複數個第一接地端子、複數個第一 高速訊號端子組、熱插拔偵測端子、低速訊號端子組、第二接地 端子、第二高速訊號端子組、第三接地端子、第三高速訊號端子 組及電源訊號端子的端子。 前述複數個第一接地端子間的距離皆為1.8毫米，且該 複數個第一高速訊號端子組間的距離皆為0·9毫米。 前述熱插拔偵測端子、第二接地端子、第三接地端子 及該電源訊號端子間的距離皆為1.8毫米，且該低速訊號端 子組、第二高速訊號端子組及第三高速訊號端子組間的距 離皆為0.9毫米。 前述複數個第一接地端子所代表之腳位依序為引腳 1、7、13及19，而該複數個第一高速訊號端子組所代表之 腳位依序為引腳（3、5)、引腳（9、11)及引腳（15、17)。 前述熱插拔偵測端子所代表之腳位為引腳2,而該低迷 訊號端子組為引腳（4、6)，該第二接地端子為引腳8，而該第 二高速訊號端子組（10、12)，該第三接地端子為引腳14，而該第 三高速訊號端子組為引腳（16、18)，該電源訊號端子為引腳2〇。 【實施方式】 以下將進行本創作具體實施例之說明。須注意，所揭示 的實施例僅在於列舉說明。本創作之範疇並未限制在其所揭 露包含特定特徵、結構、或性質的具體實施例中，而係由 8 M420868 文後所附Μ請專利範圍所界定。此外，說明書中所參昭 之圖不並未具龍料所有捕料必要之特徵，且所描 繪出之兀件可能以簡化、示意之方式來表達，圖示中各類 兀件的尺寸可能為說明之便而加以誇大或不符合實際比 例。不論^述之簡略為何’或是相_徵是否有被詳盡描 述，其皆S表所描述者係位於相關巾熟f該項技蔹之 人士可據以連同其他與該等特徵、結構或性質相關的^他 具體實施例來實施之知識範缚内。 〃Port connectors have been widely used in electronic devices. Mini-Display Port is a micro version of Display Port, published by Apple on October 14, 2008. Apple has freely licensed other manufacturers to develop products related to Mini DisplayPort. Mini DisplayPort has 20 pins and its pin configuration. For pin 1 is ground (GND), pin 2 is hot plug detect (Hot Plug Detect), pin 3 is channel 0 for 3 M420868 real signal (MLJLane Ο (p)), pin 4 is supported External configuration 1 (CONFIG1), pin 5 is channel 0 auxiliary signal (ML_Lane 0 (η)), pin 6 is external configuration 2 (CONFIG2), pin 7 is ground (GND), pin 8 is grounded (GND), pin 9 is the real signal of channel 1 (ML_Lane 1 (ρ)), pin 10 is the real signal of channel 3 (ML_Lane3(p)), and pin 11 is the auxiliary signal of channel 1 (ML_Lane 1 ( η)), pin 12 is the auxiliary signal of channel 3 (ML_Lane3 (η)), pin 13 is ground (GND), pin 14 is ground (GND), pin 15 is the real signal of channel 2 (ML_Lane 2 (p)), pin 16 is the real signal of the auxiliary channel (AUX_CH(p)), and pin 17 is the auxiliary signal of channel 2 (ML-Lane 2 ( η)), pin 18 is the auxiliary signal of the auxiliary channel (AUX-CH (η)), pin 19 is ground (GND), and pin 20 is the connector power supply (DP_PWR). A conductive terminal (not shown) of a Mini-Display Port connector is disposed on the upper and lower sides of the rear side of the electrical connector and is immersed in a solder paste method by a through hole (Through Hole) or a pin. In paste) and Surface Mount Technology (SMT) and a circuit board 7〇 electrically connected (please refer to the fourth figure), wherein the perforations on the circuit board are numbered #1 to #19 singular number And the perforations on the circuit board are arranged up and down, and the numbering of the #1, #7, #13, and #19 on the circuit board is for the light connection-ground terminal, and the number on the circuit board is ## 5, #9 and #u, #15 and #17 are used to lightly connect the high-speed signal terminal M420868, as shown in the fourth figure, the number # 5 and # 7, and the number # 13 and # 15 and the connector The arrangement order of the conductive terminals is different, for example, the number #7 is in the number #S & 〇〇, the number #15 is before the number #13, so that the connection is electrically conductive, and the sub-transformation needs to be changed to match the perforation of the circuit board. The conductive terminal is connected to the problem of the jumper pin, and the problem of signal distortion (si^alskew) is more serious. Moreover, the structure of the conductive terminal is complicated to manufacture _, therefore, how to effectively reduce the signal skew and manufacture the conductive terminal with a simple structure and effectively stabilize the high-speed signal transmission is an urgent problem to be solved in the industry. [New Content] The purpose of this creation is to provide a connector for mini display ,, which simplifies the coupling between the terminal and the circuit board by a unique scorpion group arrangement structure design. Another object of the present invention is to provide a connector for mini-display that can stabilize high-speed signal transmission and effectively reduce signal skew. The connector of the mini display port for achieving the above purpose is used for lightly connecting to a circuit board, the circuit board is provided with a plurality of perforations and a plurality of SMT contacts, and the connector of the mini display port includes: a plurality of a grounding terminal, a plurality of first-high-speed signal terminal groups, a hot-swap detection terminal, a low-speed signal terminal group, a second ground terminal, a second speed signal terminal group, a third ground terminal, and a first The three high-speed signal terminal group and one power signal terminal, the hot plug detection terminal, the low-speed signal terminal group, the first ground terminal, the first south-speed signal terminal group, the third ground terminal, and the third high-speed said 5 tiger terminal group And the power supply state knows that the sub-system corresponds to a plurality of 5 of the circuit board. The even sequence is connected according to the pin definition order, and the plurality of perforations of the circuit board are arranged up and down, and the upper row of each perforation is placed under The rows of the two perforations are arranged in an offset manner, and the plurality of first-ground terminals are connected to the lower row of perforations according to the definition sequence of the chat list; the plurality of first-speed signal terminal groups are Pin setting The odd-numbered sequence is paired with the 1st spacer Q and the upper row of the perforations are lightly connected, and the plurality of first high-speed signal terminal groups have a bent portion, and the bent portion is symmetrically bent outward and then extended downward The signal transmission path of each of the first high-speed signal terminal groups to the circuit board is the same. The connector of the other mini display port for achieving the above purpose is coupled to a circuit board, the circuit board a plurality of first through holes and a plurality of second through holes 'the mini display port connector' includes: a plurality of first ground terminals, a plurality of first high speed signal terminal groups, a hot plug 4 test terminals, and a a low-speed signal terminal group, a second ground terminal, a second high-speed signal terminal group, a third ground terminal, a third high-speed signal terminal group, and a power signal terminal, and the plurality of first perforations of the circuit board The first perforations are arranged up and down and the upper perforations of the first perforations and the second perforations are arranged in an offset manner with each of the second perforations of the lower perforations, and the first perforations of the lower perforations are in the order of pin definition. Odd sequence The spacing is coupled to the plurality of first grounding terminals, and the first row of first perforations are coupled to the plurality of first high-speed signal terminal groups in an odd-numbered sequence in an odd-numbered sequence according to a pin definition sequence, and the lower row The second through hole is coupled to the hot plug detecting terminal, the second terminal M420868 ground terminal, the third ground terminal, and the power signal terminal in an even sequence of the pin definition sequence, and the first row of the upper row is coupled The perforation is coupled to the low-speed signal terminal group, the second high-speed signal terminal, and the third high-speed signal terminal group in an even-numbered interval according to the pin definition sequence, and each of the first high-speed signal terminal group and the low-speed signal terminal group The first idle signal terminal group and the third high speed signal terminal group each have a bent portion, and the bent portion is symmetrically bent outward and extends downward to enable each of the first idle signal terminals. The distances of the signal transmission paths of the group, the low-speed signal terminal group, the second high-speed signal terminal, the sub-group, and the second high-speed signal terminal group to the circuit board are the same. The connector of the present invention is further provided with a shielding housing and an insulating body. The shielding housing has an accommodating space. The insulating system is disposed in the accommodating space and has a plurality of terminal slots. a first grounding terminal, a plurality of first high-speed signal terminal groups, a hot-swap detection terminal, a low-speed signal terminal group, a second ground terminal, a second high-speed signal terminal group, a third connection, a ground, and a second The speed signal terminal group and the power signal terminal are correspondingly disposed in the plurality of terminal slots. The connector of the mini display device further includes a partition having a plurality of slots and a plurality of slots, the plurality of slots for fixing the plurality of first ground terminals and the plurality of first high speed signal terminal groups And a plurality of recesses for receiving the hot plug detecting terminal, the low speed signal terminal group, the first ground terminal, the first side speed signal terminal group, the third ground terminal, and the third high speed signal terminal The terminals of the group and power signal terminals. 7 M420868 The mini-display connector of the present invention further includes a partition having a plurality of slots for fixing the plurality of first ground terminals, a plurality of first high-speed signal terminal groups, hot-swap detection terminals, and low speed The terminal of the signal terminal group, the second ground terminal, the second high-speed signal terminal group, the third ground terminal, the third high-speed signal terminal group, and the power signal terminal. The distance between the plurality of first ground terminals is 1.8 mm, and the distance between the plurality of first high-speed signal terminal groups is 0.9 mm. The distance between the hot plug detection terminal, the second ground terminal, the third ground terminal, and the power signal terminal is 1.8 mm, and the low speed signal terminal group, the second high speed signal terminal group, and the third high speed signal terminal group The distance between them is 0.9 mm. The pins represented by the plurality of first ground terminals are in the order of pins 1, 7, 13, and 19, and the pins represented by the plurality of first high-speed signal terminal groups are sequentially pins (3, 5). , pins (9, 11) and pins (15, 17). The hot-swap detection terminal represents a pin 2, and the low-signal terminal group is a pin (4, 6), the second ground terminal is a pin 8, and the second high-speed signal terminal group (10, 12), the third ground terminal is a pin 14, and the third high-speed signal terminal group is a pin (16, 18), and the power signal terminal is a pin 2 〇. [Embodiment] Hereinafter, a description will be given of a specific embodiment of the present creation. It should be noted that the disclosed embodiments are merely illustrative. The scope of the present invention is not limited to the specific embodiments in which the specific features, structures, or properties are disclosed, but are defined by the scope of the patent application. In addition, the drawings shown in the specification do not have the necessary features of all the materials of the dragon, and the depicted parts may be expressed in a simplified and schematic manner. The dimensions of the various pieces in the illustration may be Exaggerated or not in line with the actual ratio. Regardless of the short description of the description, or whether the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The relevant specific embodiments are implemented within the knowledge limits. 〃
請：時參考第-A圖及第一㈣，第一 A圖係顯示本 創作一實施例之迷你顯示埠之連接器的分解立體圖；第一 B 圖係顯示本創作-實施例之迷你顯示埠之連接級组合立體 圖。迷你顯示埠之連接器100係包含一遮蔽殼體3〇、一絕緣 本體3卜複數個第一接地端子32、複數個第一高速訊號端子 組33、一熱插拔偵測端子34、一低速訊號端子組35、一第二接地 端子36、一第一南速訊號端子組37、一第三接地端子38、一第二 高速訊號端子組39、一電源訊號端子4〇 (請參考第一 c圖及第一 E圖）以及一隔板4卜遮蔽殼體3〇係具有一容置空間3〇1， 該絕緣本體31係設置於該容置空間301中且具有複數個端 子槽（圖未示，請參考第二B圖 > 該複數個第一接地端子 32、複數個第一高速訊號端子組33、熱插拔偵測端子34、低速訊 號端子組35、第二接地端子36、第二高速訊號端子組37、第三接 地端子38、第三高速訊號端子組39及該電源訊號端子40係對應 設置於該複數個端子槽中（請參考第二B圖）。該隔板41 具有複數個槽孔410及複數個凹槽411，該複數個槽孔410, 用以固定該複數個第一接地端子32及複數個第一高速訊號端 子組33的端子，而該複數個凹槽411，用以容置該熱插拔偵 測端子34、低速訊號端子組35、第二接地端子36、第二高速訊號 端子組37、第三接地端子38、第三高速訊號端子組39及電源訊 9 M420868 號端子40的端子。 進一步參考第一 C圖及第一 D圖，第一 C圖係顯示本 創作一實施例之複數個第一接地端子及複數個第一高速訊 號端子組的後側立體圖；第一 D圖係顯示本創作一實施例 之複數個第一接地端子及複數個第一高速訊號端子組的俯 視圖。該每一第一高速訊號端子組33係置於每二第一接地端子 32之間，且呈交錯設置，而該每一第一高速訊號端子組％具有一 彎折部330，該彎折部330係對稱性地向外彎曲後向下延伸， 而使該每一第一高速訊號端子組33與該每一第一接地端子 32呈現一前一後排列，且由俯視觀之（請參考第一 D圖）， 該每一第一高速訊號端子組33的長度相同，俾使該每一第 一高速訊號端子組33的訊號傳輸路徑距離相同。本創作藉 由該每一第一高速訊號端子組33的長度相同，俾使訊號傳 輸之速度及距離相同’可使高速訊號傳輸穩定及有效降低 訊號扭曲（signal skew)。 於本實施例中，該複數個第一接地端子32所代表之腳 位依序為引腳1、7、13及19，而該複數個第一高速訊號 端子組33所代表之腳位依序為引腳（3、5)、引腳（9、11) 及引腳（15、17)。 另於本實施例中，該複數個第一接地端子32間的距離 皆為1.8毫米’且該複數個第一高速訊號端子組33間的距 離皆為0.9毫米。 請參考第一 E圖’係顯示本創作一實施例之熱插拔偵測 端子、低速訊號端子組、第二接地端子、第二高速訊號端子組、 第三接地端子、第三咼速訊號端子組、電源訊號端子的後側立體 圖。該熱插拔偵測端子34、低速訊號端子組35、第二接地端 子36、第二高速訊號端子組37、第三接地端子38、第三高速訊 號端子組39、電源訊號端子40係依序且水平地排列，且該熱插 M420868 拔偵測端子34、低速訊號端子組35、第二接地端子％、第二 高速訊號端子組37、第三接地端子38、第三高速訊號端子組列、 電源訊號端子40各具有-彎折部350及一焊接部36〇，該彎折部 350係向下延伸，而該焊接部36〇係由該彎折部35〇 再水平彎折。 於本實施例中，該熱插拔偵測端子34所代表之腳位為引 腳2 ’而該低速訊號端子組35為引腳（4、6)，該第二接地端 子36為引腳8 ’而該第二高速訊號端子組為引腳（、12)， 鲁該第三接地端子38為引腳14，而該第三高速訊號端子組39為引 腳（16、18)’該電源訊號端子4〇為引腳20。 請參考第一 F圖，係顯示本創作一實施例之迷你顯示 埠之連接器配合耦接之一電路板之示意圖。本創作之迷你 _不埠之連接器1〇〇，係用以耦接一電路板5〇上，該電路 •板50設有複數個穿孔51及複數個SMT接點52,該複數個穿 孔51由左到右分別為單數編號# i至# 19，且該複數個穿 孔51呈上下排列，該下排每二穿孔係與上排每二穿孔呈錯 置方式排列，亦即該編號#3、#5之上排穿孔置於該編號 % # 1、#7下排穿孔之間，而該編號#9、井u之上排穿孔置 於该編號#7、# 13下排穿孔之間，且該編號# 15、# 17 <上排穿孔置於該編號#13、#19下排穿孔之間並呈錯置 方式排列；該複數個SMT接點52亦由左到右分別為雙數編號# 之至# 20，且該複數個SMT接點52呈平行排列。 請繼續參考第一 G圖，係顯示本創作一實施例之迷你 顯示埠之連接器耦接至一電路板之示意圖，其中本創作迷 你顯示埠之連接器僅顯示各端子。於本實施例中，該複數 個第一接地端子32係依引腳定義順序奇數序列地間隔配 合與該電路板50的下排穿孔耦接，而該每一第一高速訊號 端子組33係依引腳定義順序奇數序列地成對間隔配合與 M420868 该電路板50社排穿孔輕接，亦即該複數個第一接地端子 32係依序與該電路板50編號#1、#7、#13、#19之穿 孔麵接，職每-第-高速訊號端子組33則依序與該電路 板50編號#3、#5、#9、#ιι、#15、以7之穿孔搞， 使得該複數個第-接地端子32及每一第—高速訊號端子 ，33係按照該電路板50之穿孔51的編號順序排列，且該 每一第一高速訊號端子組3 3的彎折部3 3 〇對稱性地向外^ 曲後向下延伸，俾使該每一第一高速訊號端子組33至該電 路板50的訊號傳輸路徑距離相同，因此較不易有訊號干擾 之問題，而該熱插拔偵測端子34、低速訊號端子組35、第二 接地端子36、第二高速訊號端子組37、第三接地端子38、第三 咼速訊號端子組39及電源訊號端子4〇之焊接部360係對應著 該電路板50之複數個SMT接點52(雙數編號#2至#20) 處依引腳定義順序偶數序列地耦接。 請同時參考第二A圖及第二B圖，第二a圖係顯示本 創作另一實施例之迷你顯示埠之連接器的分解前側立體 圖；第二B圖係顯示本創作另一實施例之迷你顯示埠之連 接器的分解後側立體圖。迷你顯示埠之連接器1〇〇’係包含 一遮蔽殼體30’、一絕緣本體31’、複數個第一接地端子32’、 複數個第一南速訊號端子組33、’·~熱插拔彳貞測端子42、一低速訊 號端子組43、一第二接地端子44、一第二高速訊號端子組45、一 第三接地端子46、一第三高速訊號端子組47、一電源訊號端子48 以及一隔板60。遮蔽殼體30’係具有一容置空間301’，該絕 緣本體31’係設置於該容置空間30Γ中且具有複數個端子槽 310。該複數個第一接地端子32’、複數個第一高速訊號端子組 33’'熱插拔偵測端子42、低速訊號端子組43、第二接地端子44、 第二高速訊號端子組45、第三接地端子46、第三高速訊號端子組 47及該電源訊號端子48係對應設置於該複數個端子槽310 12 M420868 中。該隔板60具有複數個槽孔61 ’用以固定複數個V第一接 地端子32’、複數個第一高速訊號端子組33’、熱插拔偵測端子 42、低速訊號端子組43、第二接地端子44、一第二高速訊號端子 組45、第三接地端子46、第三高速訊號端子組47及電源訊號端 子48之端子。 進一步參考第二C圖及第二D圖，第二C圖係顯示本 創作另一實施例之複數個第一接地端子及複數個第一高速 訊號端子組後側立體圖；第二D圖係顯示本創作另一實施 例之複數個第一接地端子及複數個第一高速訊號端子組的 • 俯視圖。該每一第一高速訊號端子組33’係置於每二第一接地端 子32’之間，且呈交錯設置，而該每一第一高速訊號端子組33’具 有一彎折部330’，該彎折部330’係對稱性地向外彎曲後向下延 伸，而使該每一第一高速訊號端子組33’與該每一第一接地 端子32’呈現一前一後排列，且由俯視觀之（請參考第二D 圖），該每一第一高速訊號端子組33’的長度相同，俾使該 每一第一高速訊號端子組33’的訊號傳輸路徑距離相同。本 創作藉由該每一第一高速訊號端子組33’的長度相同，俾使 訊號傳輸之速度及距離相同，可使高速訊號傳輸穩定及有 效降低訊號扭曲（signal skew)。 於本實施例中，該複數個第一接地端子32’依序為引腳 1、7、13及19，而該複數個第一高速訊號端子組33’所代 表之腳位依序為引腳（3、5)、引腳（9、11)及引腳（15、 17) 〇 進一步再參考第二E圖及第二F圖，第二E圖係顯示 本創作另一實施例之熱插拔偵測端子、低速訊號端子組、第 二接地端子、第二高速訊號端子組、第三接地端子、第三高速訊 號端子組、電源訊號端子的後側立體圖；第二F圖係顯示本創 作另一實施例之熱插拔偵測端子、低速訊號端子組、第二接 13 M420868 地端子、第二高速訊號端子組、第三接地端子、第三高速訊號端 子組、電源訊號端子的俯視圖。該低速訊號端子組43係置於 該熱插拔偵測端子42與該第二接地端子44之間，而該第 二高速訊號端子組45則置於該第二接地端子44與該第三 接地端子46之間，另該第三高速訊號端子組47則置於該 第三接地端子46與該電源訊號端子48之間，而使該熱插 拔偵測端子42、第二接地端子44、第三接地端子46、電源 訊號端子48依序分別與該低速訊號端子組43、第二高速訊 號端子組45、第三高速訊號端子組47呈交錯設置，而該低 速訊號端子組43、第二高速訊號端子組45及第三高速訊號端子組 47各具有一彎折部430，該彎折部430係對稱性地向外彎曲後 向下延伸，而使該低速訊號端子組43、第二高速訊號端子組45、 第三高速訊號端子組47與該該熱插拔偵測端子42、第二接地 端子44、第三接地端子46、電源訊號端子48呈現一前一 後排列，且由俯視觀之（請參考第二F圖），該低速訊號端 子組43、第二高速訊號端子組45、第三高速訊號端子組47的長 度相同，俾使該低速訊號端子組43、第二高速訊號端子組45、 第三高速訊號端子組47的訊號傳輸路徑距離相同。本創作藉 由該低速訊號端子組43、第二高速訊號端子組45、第三高速訊號 端子組47的長度相同，俾使訊號傳輸之速度及距離相同， 使尚速訊號傳輸穩定及有效降低訊號扭曲（signal skew)。 於本實施例中，該熱插拔偵測端子42所代表之腳位為 引腳2，而該低速訊號端子組43為引腳（4、6)，而該第二 接地端子44為引腳8、而該第二高速訊號端子組45為引腳 (10、12)，該第三接地端子46為引腳14，該第三高速訊 號端子組47為引腳（16、18) ’而該電源訊號端子48為引 腳20。 另於本實施例中，該複數個第一接地端子32,間的距離 M420868 皆為1.8毫米，而該複數個第一高速訊號端子組33,間的距 離皆為0.9毫米’同理’該熱插拔偵測端子42、第二接地 端子44、第三接地端子46及該電源訊號端子48間的距離 皆為1·8毫米，而該低速訊號端子組43、第二高速訊號端 子組45及第三高速訊號端子組47間的距離皆為0.9毫米。 °月參考第二Α圖，係顯示本創作另一實施例之迷你顯示 ，之連接器配合耦接之一電路板之示意圖。本創作迷你顯 不埠之連接器100’，係用以耦接一電路板70上，該電路板 設有複數個第一穿孔71及複數個第二穿孔72，於本實 施例中，該複數個第一穿孔71及複數個第二穿孔72形成 上下四排穿孔，該複數個第一穿孔71由左到右分別為單數 編號^1至#19,且該複數個第一穿孔71呈上下排列，該 下，每二穿孔係與上排每二穿孔呈錯置方式排列亦即該 編说#3、#5之上排穿孔置於該編號# j、#7下排穿孔之 間，而该編號#9、#11之上排穿孔置於該編號#7、#13 二排穿孔之間，且該編號# 15、# 17之上排穿孔置於該編 2 U、# 19下排穿孔之間並呈錯置方式排列；而該複數 * 一穿孔72由左到右分別為雙數編號#2至#20，且該 ^個第一穿孔72亦呈上下排列，該下排每二穿孔係與上 i母二穿孔呈錯置方式排列，亦即該編號#4、#6之上排 5置於該編號#2、#8下排穿孔之間，而該編號#1〇、 )。之上排穿孔置於該編號#8、# 14下排穿孔之間，且 f ^虎# 16、# 18之上排穿孔置於該編號# 14、#20下排 穿孔之間並呈錯置方式排列。 "月參考第二B圖及第三c圖，係顯示本創作另一實施例 之^ij、顯tf埠之連接n輕接至—電路板之立體分解及組合 丁〜圖其中本創作迷你顯示璋之連接器刚，僅顯示各端 15 M420868 子。於本實施例中，該複數個第一接地端子32，係依引腳定 義順序奇數序列地間隔配合與該電路板70的下排第一穿孔 71耦接，而該每一第一高速訊號端子組33,係依引腳定義順 序奇數列地成對間隔配合與該電路板70的上排第一穿孔71 搞接，亦即該每一第一接地端子32’係依序與該電路板7〇 編號#1、#7、#13、#19之穿孔耦接，而該每一第一高 速訊號端子則依序與該電路板60編號#3、#5、#9、#1卜 #15、#17之穿孔耦接，使得該每一第一接地端子32，及每 一第一高速訊號端子組33’係按照該電路板70之第—穿孔 71的編號順序排列，且該每一第一高速訊號端子組33，的彎 折部330’對稱性地向外彎曲後向下延伸，俾使該每一第一 高速訊號端子組33’至該電路板70的訊號傳輸路徑距離相 同，因此較不易有訊號干擾之問題。 而該熱插拔偵測端子42、第二接地端子44、笫-& 端子46及β亥電源訊號端子48係依引腳定義順序偶數序 地間隔配合與該電路板70的下排第二穿孔72耦接，歹】 低速訊號端子組43、第二高速訊號端子組45及第三古、 號端子組47係依引腳定義順序偶數序列地成對間隔配a 該電路板70的上排第二穿孔72耦接’亦即該熱插拔 端子42、第二接地端子44、第三接地端子46及該電,τ測 號知子48係依序與該電路板70編號#2、#8、#ΐ4 20之穿孔輛接，而該低速訊號端子組43、第二高速、〇 M420868 子組45及第三高速訊號端子組47則依序與該電路板70編 號#4、#6、# 10、# 12、# 16、# 18之穿孔耦接，使得 該熱插拔偵測端子42、第二接地端子44、第三接地端子46、 電源訊號端子48與該低速訊號端子組43、第二高速訊號端 子組45、第三高速訊號端子組47係按照該電路板70之第 二穿孔72的編號順序排列，且該低速訊號端子組43、第二 高速訊號端子組45及第三高速訊號端子組47的彎折部430 對稱性地向外彎曲後向下延伸，俾使該低速訊號端子組 43、第二高速訊號端子組45、第三高速訊號端子組47至該 電路板70的訊號傳輸路徑距離相同，因此較不易有訊號干 擾之問題’本創作藉由該複數個第一高速訊號端子組33,的 膏折部3 3 ’對稱性地向外彎曲後向下延伸並與該複數個第一 接地端子32,呈交錯前後排列，使配合耦接至該電路板70 上的第—穿孔71時，該每一第一接地端子32,及每一第一 兩速訊號端子組33,排列之方式係依照電路板70上之第一 穿孔71的順序排列’俾使端子製造簡單，且藉由該每一第 —兩速訊號端子組33,係為成對訊號端子且長度相同，俾使 =喊傳輸之速度及距離相同，以有效降低訊號扭曲（signal skew)，同理，該熱插拔偵測端子42、第二接地端子44、第 二接地端子46、電源訊號端子48與該低速訊號端子組43、 第一向速訊號端子組45、第三高速訊號端子組47配合耦接 至5亥電路板70上的第二穿孔72時，該熱插拔偵測端子42、 17 M420868 第二接地端子44、第二接地端子46、電源訊號端子與 該低速訊號端子組43、第二高速訊號端子組扔、第三高速 訊號端子組47排列之方式係依照電路板7〇上之第二穿孔 72的順序排列’同樣亦達到上述之效果，在此*在資述。 在詳細說明本創作的較佳實施例之後，熟悉該項技術人 士可清楚的瞭解，在不脫離下述申請專利範圍與精神下可 進行各種變化與改變，且本創作亦不受限於說明書中所舉' 實施例的實施方式。 【圖式簡單說明】 第一 A圖係顯示本創作一實施例之迷你顯示埠之連接器 的分解立體圖。 第一 B圖係顯示本創作一實施例之迷你顯示埠之連接器 的組合立體圖。 第一 C圖係顯示本創作一實施例之複數個第一接地端 子及複數個第一高速訊號端子組的後側立體圖。 第一 D圖係顯示本創作一實施例之複數個第一接地端 子及複數個第一高速訊號端子組的俯視圖。 第一 E圖係顯示本創作一實施例之熱插拔偵測端子、 低速訊號端子組、第二接地端子及第二高速訊號端子組、第三 接地端子、第三高速訊號端子組、電源訊號端子的後側立體圖。 第一 F圖係顯示本創作一實施例之迷你顯示埠之連接器 配合耦接之一電路板之示意圖。 18 M420868 第- G圖係顯示本創作一實施例之迷你顯示蜂之連接器 耦接至一電路板之示意圖。 ° 第二A圖係顯示本創作另一實施例之迷你顯示璋之連 接器的分解前側立體圖。 第二B ®係顯示本創作另一實施例之迷你顯示璋之連 接器的分解後側立體圖。 第二C圖係顯示本創作另一實施例之複數個第一接地 端子及複數個第—高速訊就端子組後側立體圖。 第- D圖係顯示本創作另一實施例之複數個第一接地 端子及複數個[高速訊號端子_俯視圖。 第一 E圖係顯示本創作另一實施例之熱插拔偵測端 子 '低速喊端子組' 第二接地端子、第二高速訊號端子組、 第-接地端子、第二向速訊號蠕子組及電祕賴子的後側立體 圖。 第一 F圖係顯示本創作另一實施例之熱插拔偵測端 子、低速訊號端子組、第二接地端子、第二高速訊號端子組、 第三接地端子、第三高速訊號端子組及電源訊號端子的俯視圖。 第三A圖係顯示本創作另一實施例之迷你顯示埠之連 接器配合耦接之一電路板之示意圖。 第三B圖係顯示本創作另一實施例之迷你顯示埠之連 接器麵接至一電路板之立體分解示意圖。 第三C圖習知係顯示本創作一實施例之迷你顯示埠之 M420868 連接器耦接至一電路板之組合示意S。 第四圖係顯示習知迷你顯示埠之連接器配合耦接之一 電路板之示意圖。 【主要元件符號說明】 100、100’…迷你顯示埠之連接器 30、 30’…遮蔽殼體 31、 31’…絕緣本體 32、 32’…複數個第一接地端子 33、 33’…複數個第一高速訊號端子組 34、 42…熱插拔彳貞測端子 35 ' 43…低速訊號端子組 36、 44…第二接地端子 37、 45 —第二兩速訊5虎端子組 38、 46…第三接地端子 39、 47—第三高速訊號端子組 40、 48 —電源訊號端子 41、 60…隔板 410、61…槽孔 411…凹槽 50、70 —電路板 51—穿孔 52…SMT接點 M420868 71…第一穿孔 72—第二穿孔 301、30Γ…容置空間 310…端子槽 330、350、430…彎折部 . 360…焊接部 21Please refer to the first-A diagram and the first (four). The first A-picture shows an exploded perspective view of the connector of the mini display port of the present embodiment; the first B-picture shows the mini display of the present creation-embodiment. The connection level is combined with a stereogram. The mini display connector 100 includes a shielding case 3〇, an insulative housing 3, a plurality of first ground terminals 32, a plurality of first high-speed signal terminal groups 33, a hot plug detecting terminal 34, and a low speed. The signal terminal group 35, a second ground terminal 36, a first south speed signal terminal group 37, a third ground terminal 38, a second high speed signal terminal group 39, and a power signal terminal 4 (refer to the first c The figure and the first E figure) and a partition plate 4 have a receiving space 3〇1, and the insulating body 31 is disposed in the receiving space 301 and has a plurality of terminal slots (not shown) Referring to FIG. 2B, the plurality of first ground terminals 32, the plurality of first high-speed signal terminal groups 33, the hot-swap detection terminals 34, the low-speed signal terminal group 35, the second ground terminal 36, and the The two high-speed signal terminal group 37, the third ground terminal 38, the third high-speed signal terminal group 39 and the power signal terminal 40 are correspondingly disposed in the plurality of terminal slots (please refer to FIG. 2B). a plurality of slots 410 and a plurality of grooves 411, the plurality of slots The plurality of recesses 411 are configured to receive the plurality of first grounding terminals 32 and the plurality of first high-speed signal terminal groups 33, and the plurality of recesses 411 are configured to receive the hot-swap detecting terminal 34 and the low-speed signal terminal. The group 35, the second ground terminal 36, the second high-speed signal terminal group 37, the third ground terminal 38, the third high-speed signal terminal group 39, and the terminal of the power terminal 9 M420868 terminal 40. Further reference to the first C picture and the first D, the first C is a rear perspective view showing a plurality of first ground terminals and a plurality of first high-speed signal terminal groups in an embodiment of the present invention; the first D-picture shows a plurality of the first embodiment of the present creation A top view of a ground terminal and a plurality of first high-speed signal terminal groups, each of the first high-speed signal terminal groups 33 being disposed between each of the two first ground terminals 32, and being staggered, and each of the first high speeds The signal terminal group % has a bent portion 330, and the bent portion 330 is symmetrically bent outward and extends downward, so that each of the first high-speed signal terminal groups 33 and each of the first ground terminals 32 are presented. Arranged one after the other, and by The length of each of the first high-speed signal terminal groups 33 is the same, so that the signal transmission path distance of each of the first high-speed signal terminal groups 33 is the same. Each of the first high-speed signal terminal groups 33 has the same length, so that the speed and distance of the signal transmission are the same 'to stabilize the high-speed signal transmission and effectively reduce the signal skew. In this embodiment, the plurality of first The pin represented by the ground terminal 32 is in the order of pins 1, 7, 13, and 19, and the pins represented by the plurality of first high-speed signal terminal groups 33 are sequentially pins (3, 5) and pins. (9, 11) and pins (15, 17). In this embodiment, the distance between the plurality of first ground terminals 32 is 1.8 mm' and the distance between the plurality of first high-speed signal terminal groups 33 is 0.9 mm. Please refer to FIG. 1E for the hot plug detection terminal, the low speed signal terminal group, the second ground terminal, the second high speed signal terminal group, the third ground terminal, and the third idle signal terminal. Rear view of the group and power signal terminals. The hot plug detection terminal 34, the low speed signal terminal group 35, the second ground terminal 36, the second high speed signal terminal group 37, the third ground terminal 38, the third high speed signal terminal group 39, and the power signal terminal 40 are sequentially And horizontally arranged, and the hot plug M420868 pulls the detection terminal 34, the low speed signal terminal group 35, the second ground terminal %, the second high speed signal terminal group 37, the third ground terminal 38, the third high speed signal terminal group column, The power signal terminals 40 each have a bent portion 350 and a welded portion 36, and the bent portion 350 extends downward, and the welded portion 36 is bent horizontally by the bent portion 35A. In this embodiment, the hot-swap detection terminal 34 represents a pin 2' and the low-speed signal terminal group 35 is a pin (4, 6), and the second ground terminal 36 is a pin 8. 'The second high-speed signal terminal group is a pin (, 12), the third ground terminal 38 is a pin 14, and the third high-speed signal terminal group 39 is a pin (16, 18) 'the power signal Terminal 4〇 is pin 20. Please refer to the first F diagram, which is a schematic diagram showing one of the circuit boards of the mini display connector of the present embodiment. The mini-unconnected connector of the present invention is coupled to a circuit board 5, the circuit board 50 is provided with a plurality of through holes 51 and a plurality of SMT contacts 52, and the plurality of through holes 51 From left to right, the singular numbers are #1 to #19, and the plurality of perforations 51 are arranged one above the other, and the second perforation of the lower row is arranged in an offset manner with each of the upper perforations of the upper row, that is, the number #3, #5上排排孔 between the numbered ##, #7 lower row of perforations, and the number #9, well u above the row of perforations placed between the number #7, #13 lower row of perforations, and The number #15, #17 < upper row of perforations are placed between the lower row of perforations of #13, #19 and arranged in a staggered manner; the plurality of SMT contacts 52 are also numbered from left to right respectively # Up to #20, and the plurality of SMT contacts 52 are arranged in parallel. Please refer to the first G diagram, which is a schematic diagram showing that the connector of the mini display port of the present embodiment is coupled to a circuit board, and the connector of the present invention shows that only the terminals are displayed. In this embodiment, the plurality of first ground terminals 32 are coupled to the lower row of vias of the circuit board 50 in an odd-numbered sequence according to the pin definition order, and each of the first high-speed signal terminal groups 33 is The pin definition sequence is oddly sequenced and paired with the M420868. The circuit board 50 is arranged to be lightly connected, that is, the plurality of first ground terminals 32 are sequentially numbered with the circuit board 50#1, #7, #13. The #19 perforated surface connection, the service-first-high-speed signal terminal group 33 is sequentially and the circuit board 50 number #3, #5, #9, #ιι, #15, with 7 perforation, so that A plurality of first-ground terminals 32 and each of the first high-speed signal terminals 33 are arranged in the order of the number of the through holes 51 of the circuit board 50, and the bent portion 3 3 of each of the first high-speed signal terminal groups 33 Symmetrically extending outwardly and downwardly, the distance between the signal transmission paths of each of the first high-speed signal terminal groups 33 and the circuit board 50 is the same, so that the problem of signal interference is less likely to occur, and the hot swapping is performed. Detection terminal 34, low-speed signal terminal group 35, second ground terminal 36, and second high-speed signal terminal The welding portion 360 of the group 37, the third grounding terminal 38, the third idle signal terminal group 39 and the power signal terminal 4A corresponds to a plurality of SMT contacts 52 of the circuit board 50 (double number #2 to #20) They are coupled in even sequence according to the pin definition order. Please refer to FIG. 2A and FIG. 2B simultaneously. The second a diagram shows an exploded front side perspective view of the connector of the mini display port of another embodiment of the present creation; the second B diagram shows another embodiment of the present creation. The exploded rear side perspective view of the mini display connector. The mini display connector 1' includes a shielding case 30', an insulative housing 31', a plurality of first ground terminals 32', a plurality of first south speed signal terminal sets 33, and a hot plug The detection terminal 42 , a low-speed signal terminal group 43 , a second ground terminal 44 , a second high-speed signal terminal group 45 , a third ground terminal 46 , a third high-speed signal terminal group 47 , and a power signal terminal 48 and a partition 60. The shielding housing 30' has an accommodating space 301'. The insulating body 31' is disposed in the accommodating space 30A and has a plurality of terminal slots 310. The plurality of first ground terminals 32', the plurality of first high speed signal terminal groups 33'', the hot plug detecting terminal 42, the low speed signal terminal group 43, the second ground terminal 44, the second high speed signal terminal group 45, The three grounding terminals 46, the third high-speed signal terminal group 47 and the power signal terminal 48 are correspondingly disposed in the plurality of terminal slots 310 12 M420868. The partition plate 60 has a plurality of slots 61 ′ for fixing a plurality of V first ground terminals 32 ′, a plurality of first high speed signal terminal groups 33 ′, a hot plug detecting terminal 42 , a low speed signal terminal group 43 , The terminals of the two grounding terminals 44, a second high-speed signal terminal group 45, the third grounding terminal 46, the third high-speed signal terminal group 47 and the power signal terminal 48. Further referring to the second C-picture and the second D-picture, the second C-picture shows a plurality of first ground terminals and a plurality of first high-speed signal terminal groups in the other embodiment of the present invention, and a second perspective view; A top view of a plurality of first ground terminals and a plurality of first high speed signal terminal groups in another embodiment of the present invention. Each of the first high-speed signal terminal groups 33' is disposed between each of the two first ground terminals 32' and is staggered, and each of the first high-speed signal terminal groups 33' has a bent portion 330'. The bent portion 330 ′ is symmetrically bent outward and extends downward, so that each of the first high-speed signal terminal groups 33 ′ and each of the first ground terminals 32 ′ are arranged in tandem, and The first high-speed signal terminal group 33' has the same length, so that the signal transmission path distance of each of the first high-speed signal terminal groups 33' is the same. By creating the same length of each of the first high-speed signal terminal groups 33', the speed and distance of the signal transmission are the same, which can stabilize the high-speed signal transmission and effectively reduce the signal skew. In this embodiment, the plurality of first ground terminals 32' are sequentially connected to pins 1, 7, 13, and 19, and the pins represented by the plurality of first high-speed signal terminal groups 33' are sequentially pins. (3, 5), pins (9, 11) and pins (15, 17) 〇 further refer to the second E diagram and the second F diagram, the second E diagram shows the hot insertion of another embodiment of the present creation The rear side perspective view of the detection terminal, the low speed signal terminal group, the second ground terminal, the second high speed signal terminal group, the third ground terminal, the third high speed signal terminal group, and the power signal terminal; the second F picture shows the creation A top view of another embodiment of the hot plug detection terminal, the low speed signal terminal group, the second connection 13 M420868 ground terminal, the second high speed signal terminal group, the third ground terminal, the third high speed signal terminal group, and the power signal terminal. The low-speed signal terminal group 43 is disposed between the hot-swap detection terminal 42 and the second ground terminal 44, and the second high-speed signal terminal group 45 is disposed at the second ground terminal 44 and the third ground. Between the terminals 46, the third high-speed signal terminal group 47 is disposed between the third ground terminal 46 and the power signal terminal 48, and the hot plug detecting terminal 42, the second ground terminal 44, and the second The three grounding terminals 46 and the power signal terminals 48 are sequentially arranged alternately with the low speed signal terminal group 43, the second high speed signal terminal group 45, and the third high speed signal terminal group 47, and the low speed signal terminal group 43 and the second high speed are respectively arranged. The signal terminal group 45 and the third high-speed signal terminal group 47 each have a bent portion 430. The bent portion 430 is symmetrically bent outward and extends downward to make the low-speed signal terminal group 43 and the second high-speed signal. The terminal group 45, the third high-speed signal terminal group 47 and the hot-swap detecting terminal 42, the second grounding terminal 44, the third grounding terminal 46, and the power signal terminal 48 are arranged in tandem, and are viewed from above. (Please refer to the second F picture), the low speed news The terminal group 43, the second high-speed signal terminal group 45, and the third high-speed signal terminal group 47 have the same length, so that the signals of the low-speed signal terminal group 43, the second high-speed signal terminal group 45, and the third high-speed signal terminal group 47 are transmitted. The path distance is the same. The low speed signal terminal group 43, the second high speed signal terminal group 45, and the third high speed signal terminal group 47 have the same length, so that the speed and distance of the signal transmission are the same, so that the fast signal transmission is stable and the signal is effectively reduced. Signal skew. In this embodiment, the hot-swap detection terminal 42 represents a pin 2, and the low-speed signal terminal group 43 is a pin (4, 6), and the second ground terminal 44 is a pin. 8. The second high-speed signal terminal group 45 is a pin (10, 12), the third ground terminal 46 is a pin 14, and the third high-speed signal terminal group 47 is a pin (16, 18)' The power signal terminal 48 is pin 20. In this embodiment, the distance between the plurality of first ground terminals 32 and the distance M420868 is 1.8 mm, and the distance between the plurality of first high-speed signal terminal groups 33 is 0.9 mm 'the same'. The distance between the plug detection terminal 42, the second ground terminal 44, the third ground terminal 46, and the power signal terminal 48 is 1.8 mm, and the low speed signal terminal group 43, the second high speed signal terminal group 45 and The distance between the third high-speed signal terminal group 47 is 0.9 mm. Referring to the second drawing, the month of the present invention is a schematic diagram showing a mini display of another embodiment of the present invention, wherein the connector is coupled to one of the circuit boards. The mini-display connector 100' is coupled to a circuit board 70. The circuit board is provided with a plurality of first through holes 71 and a plurality of second through holes 72. In this embodiment, the plurality The first perforations 71 and the plurality of second perforations 72 form upper and lower rows of perforations. The plurality of first perforations 71 are singular numbers ^1 to #19 from left to right, and the plurality of first perforations 71 are arranged one above the other. In this case, each of the two perforation lines is arranged in an offset manner with each of the upper perforations of the upper row, that is, the perforation of the upper row of the #3, #5 is placed between the perforations of the lower row of the numbers #j, #7, and the ############################################################################################ Arranged in a staggered manner; and the plurality of perforations 72 are from left to right, respectively, numbered #2 to #20, and the first perforations 72 are also arranged up and down, and the lower row per perforation is The upper and the second female perforations are arranged in a staggered manner, that is, the upper row 5 of the numbers #4 and #6 are placed between the perforations of the lower row of the numbers #2 and #8, and the number #1〇, ). The upper row of perforations are placed between the perforations of the lower row of #8, #14, and the perforations of the upper rows of f^虎#16, #18 are placed between the perforations of the lower row of #14, #20 and are staggered. Arranged in a way. "Monthly reference to the second B diagram and the third c diagram, showing the connection of the ^ij, the display tf埠 of another embodiment of the creation n is lightly connected to the three-dimensional decomposition of the circuit board and the combination of the Ding~Fig. The connector of the display is just displayed, only 15 M420868 sub-ends are displayed. In this embodiment, the plurality of first ground terminals 32 are coupled to the lower row of the first through holes 71 of the circuit board 70 in an odd sequence by the pin definition sequence, and each of the first high speed signal terminals is coupled. The group 33 is connected to the upper row of the first through holes 71 of the circuit board 70 in an odd-numbered arrangement in an odd-numbered order, that is, the first ground terminals 32' are sequentially connected to the circuit board 7.穿孔#1, #7, #13, #19 are coupled by holes, and each of the first high-speed signal terminals is sequentially numbered with the circuit board 60#3, #5, #9, #1卜#15 The through-holes of #17 are coupled such that each of the first ground terminals 32 and each of the first high-speed signal terminal groups 33' are arranged in the order of the number of the first through-holes 71 of the circuit board 70, and each of the first The bent portion 330 ′ of the high-speed signal terminal group 33 is symmetrically bent outward and extends downward so that the distance of the signal transmission path of each of the first high-speed signal terminal groups 33 ′ to the circuit board 70 is the same, It is less likely to have signal interference problems. The hot plug detection terminal 42, the second ground terminal 44, the 笫-& terminal 46, and the β hai power signal terminal 48 are evenly spaced and matched with the lower row of the circuit board 70 in the order of pin definition. The through holes 72 are coupled, 低] the low speed signal terminal group 43, the second high speed signal terminal group 45, and the third ancient number terminal group 47 are arranged in pairs in an even sequence according to the pin definition order. The upper row of the circuit board 70 The second through hole 72 is coupled to the hot plug terminal 42, the second ground terminal 44, the third ground terminal 46, and the electric, and the τ gauge number 48 is sequentially associated with the circuit board 70 number #2, #8. The #ΐ4 20 piercing device is connected, and the low speed signal terminal group 43, the second high speed, the M420868 subgroup 45 and the third high speed signal terminal group 47 are sequentially numbered with the circuit board 70#4, #6,# 10, #12, #16, #18, the perforation coupling, the hot plug detection terminal 42, the second ground terminal 44, the third ground terminal 46, the power signal terminal 48 and the low speed signal terminal group 43, The two high-speed signal terminal groups 45 and the third high-speed signal terminal groups 47 are in the order of the number of the second perforations 72 of the circuit board 70. And the bent portion 430 of the low-speed signal terminal group 43, the second high-speed signal terminal group 45, and the third high-speed signal terminal group 47 are symmetrically bent outward and extended downward to enable the low-speed signal terminal group 43, The signal transmission path distances of the second high-speed signal terminal group 45 and the third high-speed signal terminal group 47 to the circuit board 70 are the same, so that the problem of signal interference is less likely to occur. The present invention uses the plurality of first high-speed signal terminal groups 33. The paste portion 3 3 'is symmetrically bent outwardly and extends downwardly and is arranged in a staggered manner with the plurality of first ground terminals 32 so as to be coupled to the first through hole 71 on the circuit board 70 Each of the first grounding terminals 32 and each of the first two-speed signal terminal groups 33 are arranged in the order of the first through holes 71 on the circuit board 70, so that the terminals are simply manufactured, and Each of the first-two-speed signal terminal groups 33 is a pair of signal terminals and has the same length, so that the speed and distance of the transmission are the same, so as to effectively reduce the signal skew. Similarly, the hot plugging detection Measuring terminal 42 and second grounding terminal 4 4. The second grounding terminal 46 and the power signal terminal 48 are coupled to the low speed signal terminal group 43, the first speed signal terminal group 45, and the third high speed signal terminal group 47 to the second hole on the 5th circuit board 70. At 72 o'clock, the hot plug detection terminal 42, 17 M420868, the second ground terminal 44, the second ground terminal 46, the power signal terminal and the low speed signal terminal group 43, the second high speed signal terminal group throw, the third high speed signal terminal The arrangement of the groups 47 is arranged in the order of the second perforations 72 on the circuit board 7', which also achieves the above-mentioned effects, which is hereby incorporated by reference. After a detailed description of the preferred embodiments of the present invention, it will be apparent to those skilled in the art that various changes and modifications can be made without departing from the scope and spirit of Embodiments of the embodiments are presented. BRIEF DESCRIPTION OF THE DRAWINGS The first A diagram shows an exploded perspective view of the connector of the mini display cartridge of the present embodiment. The first B diagram shows a combined perspective view of the connector of the mini display cartridge of the present embodiment. The first C diagram shows a rear perspective view of a plurality of first ground terminals and a plurality of first high speed signal terminal groups in an embodiment of the present invention. The first D diagram shows a top view of a plurality of first ground terminals and a plurality of first high speed signal terminal groups in an embodiment of the present invention. The first E diagram shows the hot plug detection terminal, the low speed signal terminal group, the second ground terminal and the second high speed signal terminal group, the third ground terminal, the third high speed signal terminal group, and the power signal of the present embodiment. Rear perspective view of the terminal. The first F-picture shows a schematic diagram of a circuit board in which the connector of the mini display port of the present embodiment is coupled. 18 M420868 The Fig-G diagram shows a schematic diagram of the connector of the mini display bee of one embodiment of the present invention coupled to a circuit board. ° Fig. 2A shows an exploded front side perspective view of the connector of the mini display cartridge of another embodiment of the present invention. The second B® is an exploded rear perspective view showing the connector of the mini display port of another embodiment of the present invention. The second C-picture shows a plurality of first ground terminals and a plurality of first-high-speed signals in the other embodiment of the present invention. The first-D diagram shows a plurality of first ground terminals and a plurality of [high-speed signal terminals_top views] of another embodiment of the present invention. The first E diagram shows the hot plug detection terminal 'low speed shout terminal group' of the other embodiment of the present invention, the second ground terminal, the second high speed signal terminal group, the first ground terminal, and the second speed signal creeper group. And the rear side perspective view of the electric secret. The first F diagram shows a hot plug detection terminal, a low speed signal terminal group, a second ground terminal, a second high speed signal terminal group, a third ground terminal, a third high speed signal terminal group, and a power supply according to another embodiment of the present invention. Top view of the signal terminal. The third A is a schematic diagram showing one of the circuit boards of the mini display connector of the other embodiment of the present invention. Fig. 3B is a perspective exploded view showing the connector of the mini display port of another embodiment of the present invention connected to a circuit board. The third C diagram shows that the M420868 connector of the mini display port of the present embodiment is coupled to a combination diagram S of a circuit board. The fourth figure shows a schematic diagram of one of the circuit boards of the connector of the conventional mini display port. [Description of main component symbols] 100, 100'... mini display connector 30, 30'... shielding case 31, 31'... insulative housing 32, 32' ... a plurality of first ground terminals 33, 33' ... The first high-speed signal terminal group 34, 42...the hot-plug test terminal 35 '43...the low-speed signal terminal group 36, 44...the second ground terminal 37,45 - the second two-speed 5 tiger terminal group 38, 46... Third ground terminal 39, 47 - third high speed signal terminal group 40, 48 - power signal terminal 41, 60 ... partition 410, 61 ... slot 411 ... recess 50, 70 - circuit board 51 - perforation 52 ... SMT connection Point M420868 71...first perforation 72—second perforation 301, 30Γ... accommodation space 310... terminal groove 330, 350, 430... bending portion. 360...welding portion 21