M442622 五、新型說明： I新型所屬之技術領域】 本創作為提供-種USB公頭連接||，尤指—種有 號連接器所產生的串音干擾問題的USB公頭連接器g解决同頻訊 【先前技術】 /·认t連接器之運用非常廣泛，所及包含USB等等之連接考而 =S峨咖嶋_ W朗==傳ς _然’串音干擾(CROSS TALK)會影響差分訊號的高頻傳 對連接器於高鑛號雜時差分峨 ^ 針 受到串音干擾而發生訊號 接地端子進行隔離串音干擾，以阻絕由訊號端 高步對包括電子連接器本身的傳輸速度和 ί 更進::步對串音干擾說明，其串音干擾指的 道之間賴干擾，當資料傳輸距加 音干擾發生的可能性 行創作之創作人 【新型内容】 方評:及2作ί失，乃搜集相關資料’經由多 修改，#心ϋ事於此讀累積之多年經驗，經由不斷試作及 的u s ^二二種有效解決高頻訊號連接器所產生的串音干擾問題 公碩連接器改良新型專利者。 第主要目的在於：透過接地傳輸導體的第—接地延伸部、 第三接地延伸部的設置與其相互連結之技術特徵， 頻訊號連接騎產生的串音干擾問題。 ’、’、述目的’本創作主要結構包括—屏蔽外殼，該屏蔽外殼内 M442622 第-接地延伸部及第二接地延伸部所延伸之方向^==二 地延伸部，並該第三接地延伸部之位置係位於 背離第四接地傳輪導!|之側處，又該第一接地延導體 .部及第三接地延伸部於_接地接觸部處 j地延伸 :接地延伸部及該第二接地延伸部之間乃設有_二分=二 .第-差分訊號傳輸導體及該第二接地延伸部之 _ί=ίΐϊί體’又於接地傳輸導體位置並排處乃設有—H f體/、L 3有界定於-端處之電源接觸部，並該 在' J 延伸部;又於該第三接地延伸部及該電源延伸i:: 三接地延柚都夕_m Π於弟一接地延伸部及該第 =容至少賴，舰緣賴乃結合有—接 s有界定於-端處之接地接卿，並該接地接觸=體’其包 延伸有第-接地延伸部及第二接地延伸部，再該接地開分別 第一接地iiM由都路笼-位i山*rr am丄u i .. 觸。P由不同於 第三接 於第 導 輸導體及該第三接地延伸部之間則設有四接地傳 導體—側纽有—接地源傳^體 ·ΐϊΐί=處r r正電源傳輸導體，藉此，俾當: 源傳，體’;得源傳輸導體及正電 串音ϊΐίΐί，，可針對f用連接11所存在之無法有效的解決高頻 上述優3之忒:=電壓大電流的問題點加以突破，達到本創作如 4 M442622 t實施方式】 茲繪 θ為達成上述目的及功效，本創作所接田+ # 圖就本創作較佳實施例詳加說明其=用’技術手段及構造， 請參閱第一圖〜第四圖所示，係盍鲍如下，俾利完全了解。 分解圖、前視圖及局部示意圖，由圖^ 佳實施例之立體圖、 : τ了 /月楚看出本創作主要係包括 一屏蔽外殼1; 至少一收容於該屏蔽外殼i内的絕緣膠 端處其包含有界定於- 地延同於第—接地延伸部2 1 2及第二接 Γ 向處另延伸有-第三接地延伸部2 1 4， 背i第:接地述第二訊號傳輸導體2 9 -垃7側處，又該第—接地延伸部2 1 2、第 1端處乃相互連結 > " -社i與該絕緣膠體2結合、並設於該第-接地延伸部212及該第 二接，延伸部213之間的第-差分訊號傳輸導體2 2，其—端係界 >足一為彈性狀態樣之第一差分訊號接觸部2 2 χ ; ·_ 一與該絕緣膠體2結合、並設於該第一差分訊號傳輸導體2 2及 該第二接地延伸部213之間的第二差分訊號傳輸導體2 3，其一端 係界定一為彈性狀態樣之第二差分訊號接觸部2 3工； 一與該絕緣膠體2結合、並與該接地傳輸導體21並排設置之電 源傳輸導體2 4，其包含有界定於一端處且為平板狀態樣之電源接觸 部2 41 ’並該電源接觸部2 41係向另端延伸有電源延伸部2 4 2 > 一與該絕緣膠體2結合、並設於該第三接地延伸部214及該電 源延伸部2 4 2之間的第三差分訊號傳輸導體2 5，其一端係界定一 為彈性狀態樣之第三差分訊號接觸部2 51 ; M4,42622 該電源延K 第第三差分訊號傳輸導體2 5及 一一與該絕緣膠體2結合、並設於該第二接地延伸 二接地延伸部214之間的第四接地傳輪導體27， t3及該第 為彈性狀態樣之第四接地接觸部27丄； "端係界定一 -與該絕緣膠體2結合、並設於該第二接地延伸部 四接地傳輸導體2 7之間的第-訊號傳輸導體2 8，其—一 為平板狀態樣之第一訊號接觸部2 8 1 ; ” ’、1疋一 一與該絕緣膠體2結合、並設於該第四接地傳輸導 二接地延伸部214之間的第二訊號傳輸導體2 9，其一戚择見t一 為平板狀態樣之第二訊號接觸部2 9 1 ; 、’、界疋一 一與該絕緣膠體2結合、並鄰設於該接地傳輸導體2 i 一 地源傳輸導體3 G，其-端係界定-為平板狀態樣之接地源接觸部3 0 1 ;及 一與該絕緣膠體2結合、並鄰設於該電源傳輸導體2 4一側之正 電源傳輸導體31，其一端係界定一為平板狀態樣之正電源接觸部3 1 1 ° 且由第四圖可清楚看出’接地源接觸部3 〇1及正電源接觸部3 鲁11乃位於該接地接觸部211、電源接觸部2 41、第一訊號接觸 部2 81及第二訊號接觸部2 91前側處，而該第一差分訊號接觸部 2 21、第二差分訊號接觸部2 31、第三差分訊號接觸部2 51、 第四差分訊號接觸部2 61及第四接地接觸部2 71乃位於該接地接 觸部21 1、電源接觸部2 41、第一訊號接觸部2 81及第二訊號 接觸部2 91後侧處，又可於第三圖清楚看出，接地源接觸部3 〇 ^ 及正電源接觸部311乃位於該接地接觸部211、電源接觸部2 4 1、第一訊號接觸部2 81及第二訊號接觸部2 91下方處，而該第 一差分訊號接觸部2 21、第二差分訊號接觸部2 31、第三差^訊 號接觸部2 51、第四差分訊號接觸部2 61及第四接地接觸部2 7 1乃位於該接地接觸部211、電源接觸部2 41、第一訊號接觸部 6 M442622 2 81j第二訊號接觸部2 91上方處。 塞骑=述ί接地源傳輸導體3 0、正電源傳輸導體31、接地傳輸 純-。：第Γ訊號傳輸導體2 8、第二訊號傳輸導體2 9、電源傳 ，^ ί / —差分訊號傳輸導體2 2、第二差分訊號傳輸導體2 ，號傳輪導體2 5、第四差分訊號傳輸導體2 6及第四 一 ^ -2 7係於一端處進一步共同接設一印刷電路板（圖未顯 不i，八接設方式為單排表面貼附（SMT )、單排插接設置（DIP ) 、又排表面貼附（SMT )、雙排插接設置（DIp )、向上彎折延伸（ 板上^、向下彎折延伸（板下）、連續彎折延伸（沉板）其中之-者 女又其?上包含有板上平貼或板上势高其中之—者，而其板下又包括 或ί下墊高其中之—者，另其沉板包括有正向沉板或反向 之Γ者，又接設方式可為垂直平貼、垂直塾高、垂直沉板、 : 立平貼或直立沉板其中之一者，且印刷電路板上係進一 二’該轉接端子組係可為表面貼附（SMT)、插接 狄置（DIP )或夾板設置（Clamp )其中之一者。 1、ί接地ΐ傳輸導體3 Q、正電源傳輸導體3 L ίtiff第—訊號傳輸導體2 8、第二訊號傳輸導體 2 9、電源傳輸導體2 4、第-差分訊號傳輸導體2 2、第二差分訊 號傳輸導體2 3、第三差分訊號傳輸導體2 5、第四差分訊號傳輸^ 2 2及第四接地傳輸導體2 7係連接電性線材組（即為圖中的線端 連接器），且其連接方式係為單面熱壓焊、單面點焊、單面” 排熱壓焊、單排點焊、單排拉焊、雙面熱壓焊、雙面點焊、雙面拉ς 、雙排熱壓焊、雙排點焊或雙排拉焊其中之一者。 ^由七述之結構、組成設計，兹就本創作之使用作動情形說明如 下础言月同時配合參閱第-圖〜第五圖所示，係為本創作較佳實施例之 立體圖〜插接母座連接器之實施示意圖，由圖中可清楚看出 置^母座連接器4時，其母座連接器4上的傳輸導通部乃與接地; 輸導體3 0、正電源傳輸導體3 1、接地傳輸導體2 1、第一吼辦、蛊 輪導體2 8、第二訊號傳輸導體2 9、電源傳輪導體24、第二 訊號傳輸導體2 2、第二差分訊號傳輸3、第三差分訊號傳ς M442622 導體2 5、第四差分訊號傳輸導體2 6及第四接地傳輸導體2 7差動 電性連接，並且在作動的同時所產生的高頻串音干擾得以透過接地傳 輸導，21所延伸出的第一接地延伸部212、第二接地延伸部21 3及第二接地延伸部2 4，使其達到絕佳的抑制高頻串音干擾問題 ，同時經由體積較其他傳輸導體大的接地源傳輸導體3 〇及正電源 輸導，31 ’使得具有提供大電流流通之技術特徵。 "月參閱第六圖〜第八圖所示，係為本創作再一較佳實施例之 圖、前視圖及局部示意圖，_巾可清楚看丨，主要包括： 一屏蔽外殼1 a ; 至少一收容於該屏蔽外殼1 a内的絕緣膠體2 a ; -與該絕緣膠體2 a結合之接地傳輸導體2 i a，其包含有界定 端為平板狀態樣之接地接觸部211a，並該接地接觸部2 延伸端又開分別延伸有第—接地延伸部2 1 2 a及第二接地 t h ϋ ”該接地接觸部2 1 1 a由不同於第一接地延伸部 延伸部2 1 3 a所延伸之方向處另延伸有-第三 ί第延:Si3，並該第三接地延伸部2 1 4 3之位置係位於下 1 地傳輸導體2 7 a之側處，又 #部？1 4 212 第一接地延伸部213 a及第三接地延 ° a ; ΐ離接地接觸部21 1 a端處乃相互連純； )一與該絕緣膠體2 a社八、祐-於兮贫垃α 該第二接地延伸部二於，一=延伸部2 1 2 a及 -端係界定一為』二口的輸導體2 2 3 ’其 -盥物2=5樣第一差分3民號接觸部2 2 1 a ; a及該第、I接地』H 、並設於該第—差分訊號傳輸導體2 2 ，呈一_^^ 二133之間的第二差分訊號傳輸導體2 3 3 八-為彈性狀態樣之第二差分訊號接觸部2 3 1 a 一與該絕緣膠體2 a結合、並設於該第三接地延伸部2及M442622 V. New Description: I belong to the new technology field] This creation provides a USB male connector ||, especially the USB male connector g that solves the crosstalk problem caused by the numbered connector. Frequent [previous technology] /· recognize the use of t connectors is very extensive, including the connection of USB and so on = S峨 嶋 _ _ lang == Chuan _ _ 'crosstalk interference (CROSS TALK) will The high-frequency pass-through connector that affects the differential signal is subjected to crosstalk interference due to crosstalk interference, and the signal grounding terminal isolates crosstalk interference to block the transmission speed of the electronic connector itself by the signal terminal high step. And ί More:: Step-to-crosstalk interference description, its crosstalk interference refers to the interference between the roads, when the data transmission distance from the possibility of the interference occurs, the creator of the creation [new content] Fang Comments: and 2 For the loss of ί, it is the collection of relevant information 'through many modifications, #心ϋ事, the accumulated years of experience accumulated, through continuous trials and us ^ two kinds of effective solution to the crosstalk interference problem caused by the high-frequency signal connector Master connector to improve new patents . The main purpose of the present invention is to provide a crosstalk problem caused by the frequency signal connection through the technical features of the arrangement of the first ground extension portion and the third ground extension portion of the ground transmission conductor. ', ', the description of the main structure of the creation includes: a shielding shell, the M442622 first-ground extension and the second ground extension extending in the shielding shell ^== two ground extensions, and the third ground extension The position of the portion is located away from the side of the fourth grounding conductor guide!|, and the first grounding conductor portion and the third grounding extension portion extend at the grounding contact portion j: the grounding extension portion and the second portion Between the grounding extensions, there is a _ binary = two. The first-differential signal transmission conductor and the second ground extension are further provided with -H f body / at the side of the ground transmission conductor. L 3 has a power contact portion defined at the end, and the 'J extension portion; and the third ground extension portion and the power source extension i:: three ground extension pomelo eve _m Π The part and the first part are at least the same, the ship's edge is combined with a grounding junction defined at the end, and the grounding contact = body 'the package extends with a first-ground extension and a second ground extension Department, then the grounding is opened separately from the first ground iiM by the road cage - bit i mountain * rr am丄ui .. touch. P is different from the third connection between the conduction conductor and the third ground extension, and is provided with four grounding conductors - the side is connected with the ground source, and the rr is the power transmission conductor. , jingle: source, body '; source transmission conductor and positive crosstalk ϊΐ ΐ ΐ ΐ, can be used for the f connection 11 can not effectively solve the high frequency of the above excellent 3: = voltage high current problem To make a breakthrough, to achieve this creation, such as 4 M442622 t implementation method] draw θ to achieve the above purpose and effect, the creation of the field + # Figure on the preferred embodiment of the creation of the detailed description of its = use of 'technical means and structure, Please refer to the first figure ~ the fourth figure, the system is as follows, and the profit is fully understood. The exploded view, the front view and the partial schematic view are shown in the perspective view of the preferred embodiment, and: τ/月月楚 shows that the creation mainly includes a shielded outer casing 1; at least one end of the insulating rubber contained in the shielded outer casing i The second ground extension conductor 2 1 4 is connected to the ground extension extension 2 1 2 and the second junction. 9 - the side of the 7th, the first grounding extension 2 1 2, the first end is connected to each other> - the body i is combined with the insulating colloid 2, and is disposed at the first grounding extension 212 and The second connection, the first-differential signal transmission conductor 2 2 between the extension portions 213, the end-end boundary thereof is a first differential signal contact portion 2 2 弹性 of the elastic state; The second differential signal transmission conductor 2 is disposed on the first differential signal transmission conductor 2 2 and the second ground extension 213, and the second differential signal is defined as an elastic state at one end. The contact portion 2 is a work; a power source combined with the insulating colloid 2 and disposed side by side with the ground transmission conductor 21 The conductor 2 4 includes a power contact portion 2 41 ′ defined at one end and in a flat state, and the power contact portion 2 41 extends to the other end with a power extension 2 4 2 > and the insulating colloid The third differential signal transmission conductor 25, which is coupled between the third ground extension portion 214 and the power source extension portion 242, has a third differential signal contact portion 2 defined as an elastic state at one end. 51; M4, 42622 the power extension K third differential signal transmission conductor 25 and a fourth grounding conductor that is coupled to the insulating paste 2 and disposed between the second ground extension two ground extensions 214 27, t3 and the fourth ground contact portion 27 of the first elastic state; the end portion defines a - combined with the insulating colloid 2 and disposed between the second ground extension portion and the grounding transmission conductor 27 The first signal transmission conductor 2 8 is a first signal contact portion 2 8 1 of a flat state; ” ', 1 疋 is combined with the insulating colloid 2, and is disposed on the fourth ground transmission guide 2 The second signal transmission conductor 2 9 between the ground extensions 214 is a choice The second signal contact portion 2 9 1 , ', and the boundary plate are combined with the insulating colloid 2 and adjacent to the ground transmission conductor 2 i to the ground source transmission conductor 3 G, the end portion thereof Defining a ground source contact portion 301 of a flat state; and a positive power transmission conductor 31 coupled to the insulating colloid 2 and adjacent to the side of the power transmission conductor 24, one end of which is defined as a flat plate The positive power contact portion of the state is 3 1 1 ° and it can be clearly seen from the fourth figure that the grounding source contact portion 3 〇1 and the positive power source contact portion 3 are located at the ground contact portion 211 and the power contact portion 2 41. The first signal contact portion 2 81 and the second signal contact portion 2 91 are at the front side, and the first differential signal contact portion 21, the second differential signal contact portion 31, the third differential signal contact portion 51, and the fourth difference are The signal contact portion 2 61 and the fourth ground contact portion 2 71 are located at the rear side of the ground contact portion 21 1 , the power contact portion 2 41 , the first signal contact portion 821 , and the second signal contact portion 2 91 . The third figure clearly shows that the ground source contact portion 3 及 ^ and the positive power contact portion 311 are located therein. The first contact signal contact portion 21 and the second differential signal contact portion 21, The third difference signal contact portion 2 51, the fourth differential signal contact portion 2 61 and the fourth ground contact portion 2 7 1 are located at the ground contact portion 211, the power contact portion 2 41, and the first signal contact portion 6 M442622 2 81j. Above the second signal contact portion 2 91. Plug ride = description Ground source transmission conductor 30, positive power transmission conductor 31, ground transmission pure -. : Dijon signal transmission conductor 2 8 , second signal transmission conductor 2 9 , power transmission, ^ ί / - differential signal transmission conductor 2 2, second differential signal transmission conductor 2, number transmission conductor 2 5, fourth differential signal The transmission conductors 26 and the fourth ones are connected to a printed circuit board at one end (the figure is not shown in the figure, and the eight connection modes are single-row surface attachment (SMT), single-row plug-in settings). (DIP), side-by-side surface attachment (SMT), double-row plug-in setting (DIp), upward bend extension (board ^, downward bend extension (under the board), continuous bending extension (sinking board) The female-in-the-shoulders include those on the flat plate or on the upper side of the plate, and the underside of the plate includes or lie underneath, and the sinker includes a positive sinker. Or the reverse, the connection method can be vertical flat, vertical high, vertical sinking, one of the vertical flat or vertical sink, and the printed circuit board is tied into one or two 'turns The terminal block can be one of surface mount (SMT), plug-in (DIP) or clamp (Clamp). Body 3 Q, positive power transmission conductor 3 L ίtiff first - signal transmission conductor 2 8, second signal transmission conductor 29, power transmission conductor 2 4, differential signal transmission conductor 2 2, second differential signal transmission conductor 2 3 The third differential signal transmission conductor 2 5 , the fourth differential signal transmission ^ 2 2 and the fourth ground transmission conductor 2 7 are connected to the electrical wire group (ie, the line end connector in the figure), and the connection manner thereof is Single-sided thermocompression bonding, single-sided spot welding, single-sided" hot-air pressure welding, single-row spot welding, single-row welding, double-sided hot-welding, double-sided spot welding, double-sided drawing, double-row hot-pressing One of the two-row spot welding or the double-row welding. ^The structure and composition of the seven descriptions, the use of this creation is explained in the following basics. See also the figures - Figure 5 This is a schematic view of the implementation of the preferred embodiment of the preferred embodiment of the plug-in female connector. It can be clearly seen from the figure that when the female connector 4 is mounted, the transmission conducting portion on the female connector 4 is And grounding; transmission conductor 30, positive power transmission conductor 3 1, ground transmission conductor 2 1, first, 蛊The wheel conductor 28, the second signal transmission conductor 29, the power transmission conductor 24, the second signal transmission conductor 2, the second differential signal transmission 3, the third differential signal transmission M442622 conductor 2 5, the fourth differential signal transmission The conductor 26 and the fourth ground transmission conductor 27 are differentially electrically connected, and the high frequency crosstalk interference generated while being actuated is transmitted through the ground transmission guide, and the first ground extension 212 and the second extension 21 The grounding extension 21 3 and the second grounding extension 24 are excellent in suppressing high-frequency crosstalk interference, and are transmitted through a ground source transmission conductor 3 and a positive power supply that are larger than other transmission conductors, 31 'Let it have the technical features to provide high current circulation. "Monthly, as shown in the sixth to eighth figures, which is a diagram, a front view and a partial schematic view of a further preferred embodiment of the present invention, the _ towel can be clearly seen, mainly comprising: a shielded casing 1 a; at least An insulating colloid 2a received in the shielding case 1a; a grounding transmission conductor 2ia coupled to the insulating colloid 2a, comprising a ground contact portion 211a having a defined end in a flat state, and the grounding contact portion 2 extending and extending respectively have a first grounding extension 2 1 2 a and a second grounding th ϋ ” the grounding contact portion 2 1 1 a is different from the direction extending from the first grounding extension portion 2 1 3 a Further extending to the third-third extension: Si3, and the position of the third ground extension 2 1 4 3 is located at the side of the lower ground transmission conductor 27a, and #部?1 4 212 first ground The extension portion 213 a and the third ground extension ° a; the ground contact portion 21 1 a end is mutually pure;) and the insulating colloid 2 a social eight, the Yu-Yu lean la α the second ground extension Part 2, 1 = extension 2 1 2 a and - end define a transmission conductor 2 2 3 ''---- 2: 5-like first difference 3, the contact portion of the number 2 2 1 a; a and the first, I grounded H, and disposed in the first differential signal transmission conductor 2 2, the second differential signal transmission conductor 2 between a _ ^ ^ two 133 a third differential signal contact portion 2 3 1 a that is coupled to the insulating colloid 2 a and disposed on the third ground extension portion 2 and
S M442622 該電，延伸部24 2 a之間的第三差分訊號傳輸導體2 5 a，其-端 係界疋-為彈錄紐之第三差分訊號接綱2 5丄a ; 一與該絕緣膠體2 a結合、並設於該第三差分訊號傳輸導體2 5 a^該電，延伸部242 a之間的第四差分訊號傳輸導體2 6 a，其 -端係界定-鱗性狀態樣之第四差分訊號接觸部2 6丄a ; * 一與該絕緣膠體2 a結合、並設於該第二接地延伸部213 a及 該第^接地延伸部214 a之間的第四接地傳輸導體27 a，其一端 係界足一為彈性狀態樣之第四接地接觸部2 71^ ; 一與该絕緣膠體2 a結合、並設於該第二接地延伸部213 a及 該第=接地傳輸導體2 7 a之間的第一訊號傳輸導體2 8 a，其一端 係界定一為平板狀態樣之第一訊號接觸部2 81 a ; 二與該絕緣膠體2 a結合、並設於該第四接地傳輸導體2 7 a及 該第二接地延伸部214 a之間的第二訊號傳輸導體2 9 a，其一端 係界定一為平板狀態樣之第二訊號接觸部2 9 i a。 且由第八圖可清楚看出，該第一差分訊號接觸部2 21 a、第二 差，訊號接觸部2 31 a、第三差分訊號接觸部2 51 a、第四差分 訊號接觸部2 61 a及第四接地接觸部2 71 a乃位於該接地接觸部 21 1 a、電源接觸部2 41 a、第一訊號接觸部2 81 a及第二訊 號接觸部2 91 a後側處，又可於第七圖清楚看出，該第一差分訊號 ，擊接觸部2 21 a、第二差分訊號接觸部2 31 a、第三差分訊號接觸 部2 51 a、第四差分訊號接觸部2 61 a及第四接地接觸部2 71 'a乃位於該接地接觸部21 1a、電源接觸部2 41 a、第一訊號接 觸部2 81 a及第二訊號接觸部2 91 a上方處。 並前述的接地傳輸導體21a、第一訊號傳輸導體2 8 a、第二 訊號傳輸導體2 9 a、電源傳輸導體2 4 a、第一差分訊號傳輸導體 2 2 a、第二差分訊號傳輸導體2 3 a、第三差分訊號傳輸導體2 5 a、第四差分訊號傳輸導體2 6 a及第四接地傳輸導體2 7 a係於一 端處進一步共同接設一印刷電路板（圖未顯示），其接設方式為單排 表面貼附（SMT )、單排插接設置（DIP )、雙排表面貼附（SMT ) 、雙排插接設置（DIP )、向上彎折延伸（板上）、向下彎折延伸（ 9 M442622 、連續彎折延伸（沉板）其中之一者，又其板上包含有板上平 .3上墊南其_之一者，而其板下又包括有板下平貼或板下墊高其 之者’另其沉板包括有正向沉板或反向沉板其中之一者，又接設 =式可為垂直平貼、垂直墊高、垂直沉板、直立墊高、直立平貼或^ 鳇ίί其中之一者，且印刷電路板上係進一步接設有轉接端子組二該 ，接鳊子組係可為表面貼附（SMT )、插接設置（DIp )或夾板嗖 -(Clamp )其中之一者。 〇又 再者以第六圖為例，接地傳輸導體21a、第一訊號傳輸導體2 & 3、第二訊號傳輸導體2 Θ a、電源傳輸導體2 4 a、第一#合訊 _^傳輸導體2 2 a、第二差分訊號傳輸導體2 3 a、第三差分訊號^ ，導體2 5 a、第四差分訊號傳輸導體2 6 a及第四接地傳輸導體 a係連接電性線材組（即為圖中的線端連接器），且其連接方式係 J單面熱壓焊、單面點焊、單面拉焊、單排熱壓焊、單排點焊、單排 壓焊、雙面點焊、雙面拉焊、雙排熱壓焊、雙排點焊或 芰排拉焊其中之一者。 請參閱第九圖所示，係為本創作又一較佳實施例之分解圖 宁可清楚看出，主要包括： 一屏蔽外殼1b; 至少一收容於該屏蔽外殼lb内的絕緣膠體2b; 鲁、-與該絕緣膠體2 b結合之接地源傳輸導體3◦b，其—端係界 疋一為平板狀態樣之接地源接觸部3 〇丄b ;及 -與該絕緣賴2 b結合、並設於該接地源傳輸導體3 ◦ b 一側 體3 1 b，其—端係界為平板狀態樣之正電源接 頌邵3 1 1 b。S M442622 The third differential signal transmission conductor 2 5 a between the extensions 24 2 a, the end-end boundary 疋 - is the third differential signal junction 2 5 丄 a of the recording button; The colloid 2a is coupled to and disposed on the third differential signal transmission conductor 2a, and the fourth differential signal transmission conductor 2 6 a between the extensions 242a is defined by a -scale state. a fourth differential signal contact portion 2 6A; * a fourth ground transmission conductor 27 coupled to the insulating paste 2a and disposed between the second ground extension portion 213a and the second ground extension portion 214a a, the fourth ground contact portion of the elastic state is at one end; the first ground contact portion 213 a is combined with the insulating colloid 2 a and the second ground extension portion 213 a and the second ground transmission conductor 2 The first signal transmission conductor 2 8 a between 7 a has one end defining a first signal contact portion 2 81 a as a flat state; the second is coupled to the insulating colloid 2 a and disposed on the fourth ground transmission The second signal transmission conductor 2 9 a between the conductor 2 7 a and the second ground extension 214 a has one end defined as a flat state Two signal contacts 2 9 i a. As can be clearly seen from the eighth figure, the first differential signal contact portion 21a, the second difference, the signal contact portion 2 31a, the third differential signal contact portion 2 51 a, and the fourth differential signal contact portion 2 61 a and the fourth ground contact portion 2 71 a are located at the rear side of the ground contact portion 21 1 a, the power contact portion 2 41 a , the first signal contact portion 2 81 a and the second signal contact portion 2 91 a, As clearly seen in the seventh figure, the first differential signal, the touch contact portion 2 21 a, the second differential signal contact portion 2 31 a, the third differential signal contact portion 2 51 a, and the fourth differential signal contact portion 2 61 a And the fourth ground contact portion 2 71 'a is located above the ground contact portion 21 1a, the power contact portion 2 41 a , the first signal contact portion 2 81 a and the second signal contact portion 2 91 a. And the grounding transmission conductor 21a, the first signal transmission conductor 28a, the second signal transmission conductor 29a, the power transmission conductor 24a, the first differential signal transmission conductor 2a, and the second differential signal transmission conductor 2 3 a, the third differential signal transmission conductor 2 5 a, the fourth differential signal transmission conductor 2 6 a and the fourth ground transmission conductor 2 7 a are further connected to a printed circuit board (not shown) at one end, The connection method is single-row surface mount (SMT), single-row plug-in setup (DIP), double-row surface mount (SMT), double-row plug-in setup (DIP), upward bend extension (on-board), orientation One of the lower bending extensions (9 M442622, continuous bending extension (sinking plate), and its plate contains one of the upper flats on the upper plate, and the lower plate includes the lower plate. The one that is attached to the bottom of the board or the lower one of the board's other ones includes one of the positive sinking plate or the reverse sinking plate, and the connecting type can be vertical flat, vertical height, vertical sinking, erect One of the height, erect flat or ^ 鳇 ί , and the adapter is further connected to the printed circuit board In the second group, the contact group can be one of surface mount (SMT), plug connection (DIp) or splint (-(Clamp). 〇 Again, take the sixth figure as an example, the ground transmission conductor 21a, first signal transmission conductor 2 & 3, second signal transmission conductor 2 Θ a, power transmission conductor 2 4 a, first # __ transmission conductor 2 2 a, second differential signal transmission conductor 2 3 a The third differential signal ^, the conductor 2 5 a, the fourth differential signal transmission conductor 2 6 a and the fourth ground transmission conductor a are connected to the electrical wire group (ie, the wire end connector in the figure), and the connection manner thereof J single-sided thermocompression welding, single-sided spot welding, single-sided welding, single-row hot-welding, single-row spot welding, single-row pressure welding, double-sided spot welding, double-sided welding, double-row hot-welding, One of the two rows of spot welding or boring and drawing. Referring to the ninth figure, it is clear that the exploded view of another preferred embodiment of the present invention is mainly included: a shielding case 1b; at least one The insulating colloid 2b housed in the shielding case 1b; the ground source transmission conductor 3◦b combined with the insulating colloid 2b, the end system is bounded a ground source contact portion 3 〇丄b for a flat state; and - a dielectric layer 3 b b coupled to the ground source transmission conductor 3 ◦ b and having a flat end state The positive power supply is connected to Shao 3 1 1 b.
又接地源傳輪導體3 〇 b及正電源傳輸導體3丄b係於一端處共 設一印f電路板（圖未顯示），其接設方式為單排表面貼附（S 署r ί設置（膽）、雙排表面貼附（SMT )、雙排插接設 ^ 4 f折延仲（板上）、向下彎折延伸（板下）、連續 $延二沉板其中之-者’又其板上包含有板上平貼或板上整高 、中之-者’而其板下又包括有板下平貼或板下墊高其中之一者，另 M442622 其沉板包括有正向沉板或反向沉板其尹之一者，又接設方 =、垂直塾高、垂直沉板、直立藝高、直立平貼或直立沉板i中之 且所述的印刷電路紅係進一步接設有轉接端子組，該& 子f 為表面貼附（SMT )、插接設置（DIP )或央板設置（Cia 二k ’另外，其第十圖乃為—種線端連接器，該接地源傳The ground source transmission conductor 3 〇b and the positive power transmission conductor 3丄b are connected at one end with a printed circuit board (not shown), and the connection mode is a single row surface attachment (S r r ί setting) (Bile), double row surface attachment (SMT), double row plug connection ^ 4 f fold extension (on board), downward bend extension (under the board), continuous $ extension two sinking board - Moreover, the board includes a flat plate on the board or a plate on the board, and the bottom plate includes one of the lower plate or the lower plate, and the M442622 includes a positive plate. One of the sinking or reverse sinking plates, and the connecting circuit =, vertical high, vertical sinking, erect high, vertical flat or vertical sinking i and the printed circuit red system further Connected to the switch terminal set, the & sub f is surface mount (SMT), plug-in setup (DIP) or central board setup (Cia two k 'in addition, the tenth figure is a kind of line end connector , the ground source
3及正電源傳輸導體3 1㈣連接電性線材組，且复連接 方，面熱轉、單面，轉、單面拉谭、單排熱辦二J 點者雙面點焊、雙_、雙排_、= >作之ί利作之較佳實施例而已’非因此即揭限本創 專利範圍，故舉凡運用本創作說明書及圖式内容 及等ί結=化，均應同理包含於本創作之專利範圍内，合 實存在^優^全部附圖所示，本創作使用時，與習用技術相較，著 透過接地傳輸導體21的第一接地延伸部2 i 2、 1三接地延伸部214的設置^目2結 亦達^有效驗⑥頻峨連接蹄產生的串音干擾問題。、| 如、述，本創作之USB公頭連接器改良於使用時，為確竇处 ==¾審委 M442622 【圖式簡單說明】 第一圖係為本創作較佳實施例之立體圖。 第二圖係為本創作較佳實施例之分解圖。 第三圖係為本創作較佳實施例之前視圖。 第四圖係為本創作較佳實施例之局部示意圖。 第五圖係為本創作插接母座連接器之實施示意圖。 第六圖係為本創作再一較佳實施例之分解圖。 第七圖係為本創作再一較佳實施例之前視圖。 第八圖係為本創作再一較佳實施例之局部示意圖。 第九圖係為本創作又一較佳實施例之分解圖。 【主要元件符號說明】 屏蔽外殼....... 1 a > 1 b 絕緣膠體....... > 2 a Λ 2 b 接地傳輸導體..... 1 2 1 a 接地接觸部...... •2 1 1 2 1 1 a 第一接地延伸部· · · · •2 1 2 、 2 1 2 a 第二接地延伸部···· • 2 1 3 > 2 1 3 a 第三接地延伸部···· •2 1 4 2 1 4 a >第一差分訊號傳輸導體· •2 2 2 2 a 第一差分訊號接觸部·· •2 2 1 2 2 1 a 第二差分訊號傳輸導體· •2 3 2 3 a 第二差分訊號接觸部·· •2 3 1 2 3 1 a 電源傳輸導體..... • 2 4 2 4 a 電源接觸部...... •2 4 1 2 4 1 a 電源延伸部...... •2 4 2 2 4 2 a 第三差分訊號傳輸導體· •2 5 2 5 a 第三差分訊號接觸部·· •2 5 1 2 5 1 a 第四差分訊號傳輸導體· •2 6 2 6 a 第四差分訊號接觸部·· •2 6 1 2 6 1 a M442622 第四接地傳輸導體· · · · 2 7、2 7 a 第四接地接觸部.....271、271a 第一訊號傳輸導體· · · · 2 8、2 8 a 第一訊號接觸部.....281、281a 第二訊號傳輸導體· · · · 2 9、2 9 a 第二訊號接觸部.....291、291a 接地源傳輸導體.....3 0、3 0 b 接地源接觸部......301、301b •正電源傳輸導體.....3 1、3 1 b 正電源接觸部......311、311b •母座連接器.......43 and positive power transmission conductor 3 1 (four) connected to the electrical wire group, and the complex connection side, surface heat transfer, single-sided, turn, single-sided pull Tan, single-row hot two J point double-sided spot welding, double _, double The preferred embodiment of the _, = > ί 已 has been 'not to limit the scope of this patent, so the use of this creation manual and the content of the schema and other In the scope of the patent of this creation, there is a solid existence of all the figures. As shown in the drawings, the first grounding extension 2 i 2, 1 and 3 are grounded through the grounding transmission conductor 21 when compared with the conventional technology. The setting of the extension portion 214 is also effective to check the crosstalk interference problem caused by the 6-frequency connection. For example, the USB male connector of the present invention is improved in use, and it is a vertex of the sinus ==3⁄4 review committee M442622 [Simplified description of the drawings] The first figure is a perspective view of the preferred embodiment of the present invention. The second drawing is an exploded view of the preferred embodiment of the present invention. The third drawing is a front view of the preferred embodiment of the present invention. The fourth drawing is a partial schematic view of a preferred embodiment of the present invention. The fifth figure is a schematic diagram of the implementation of the original plug-in female connector. The sixth drawing is an exploded view of still another preferred embodiment of the present invention. The seventh drawing is a front view of still another preferred embodiment of the creation. The eighth figure is a partial schematic view of still another preferred embodiment of the present invention. The ninth drawing is an exploded view of another preferred embodiment of the present invention. [Description of main component symbols] Shielding enclosure....... 1 a > 1 b Insulating gel....... > 2 a Λ 2 b Grounding conductor..... 1 2 1 a Grounding Contact part... • 2 1 1 2 1 1 a First ground extension · · · · • 2 1 2 , 2 1 2 a Second ground extension ···· • 2 1 3 > 2 1 3 a Third ground extension ···· • 2 1 4 2 1 4 a > First differential signal transmission conductor • • 2 2 2 2 a First differential signal contact •·· 2 2 1 2 2 1 a Second differential signal transmission conductor • • 2 3 2 3 a Second differential signal contact •·· 2 3 1 2 3 1 a Power transmission conductor..... • 2 4 2 4 a Power contact... ... • 2 4 1 2 4 1 a Power extension... • 2 4 2 2 4 2 a Third differential signal transmission conductor • • 2 5 2 5 a Third differential signal contact • 2 5 1 2 5 1 a Fourth differential signal transmission conductor · • 2 6 2 6 a Fourth differential signal contact ·· • 2 6 1 2 6 1 a M442622 Fourth ground transmission conductor · · · · 2 7、2 7 a Fourth ground contact.....271,271a First signal transmission conductor· · · · 2 8、2 8 a First signal contact part.....281,281a Second signal transmission conductor · · · · 2 9、2 9 a Second signal contact part.....291,291a Grounding source Transmission conductor.....3 0,3 0 b Ground source contact...301,301b • Positive power transmission conductor.....3 1、3 1 b Positive power contact.... ..311, 311b • Female connector.......4
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