M439936 ’-五、新型說明： ，【新型所屬之技術領域】 本創作為提供一種二合一公頭連接器，尤指一種有效解決高頻訊 號連接器所產生的串音干擾問題的二合一公頭連接器結構改良。11 【先前技術】 按，連接器之運用非常廣泛，所及包含USB等等之連接器，而 在於USB連接器方面則是不斷的改良、進步，並同時增加了其傳輸 速度。 八 然丄串^干擾(CR0SS TALK)會影響差分訊號的高頻傳輸，尤其針 對連接器$高頻訊號傳輸時差分訊號對與差分訊號對或差分訊號 訊號對會受到串音干擾而發生訊號傳輸不穩定之問題。因此，電°子^ 端t俾使用接地端子進行隔離串音干擾’以阻絕由訊號端 串音干擾，並防止對包括電子連接11本身的傳輸速度和 =頻訊號產生H·而再更進—頻串音干擾說明，其串音干 信號干擾，料傳輸距離增加、相鄰對之間過於接 ，彼此訊號強度差距過大時音干擾發生的可能性會隨之 並且無法提供大電壓及大電流。 μ從ίΙϋίΤίίΐ—用之問題與缺失，即為本創作之創作人 /、從事此订業之相關廠商所亟欲研究改善之方向所在者。 【新型内容】 方^«糊簡，經由多 ㈣L !!爭此業累積之多年經驗，經由不斷試作及 崎細咐擾問題 使得接地延伸部’ 的串音干擾與第二訊號傳輸體及第二^*號傳輸導體所產生 頻串音干擾問題’以及透過接“=== 3 得以傳輸較大的電壓及電流。 - t創作之次要目的在於藉由以一體成型的側壁直接彎折包覆線材 的屏蔽殼體，從而達到製程工序簡便、製造時間縮短、降低成本等實 用進步性。 為達上述目的及優勢，本創作主要包括一第一接地傳輸導體、數 =訊號傳輸導體、數個差分峨傳輸導m祕輸導體、一 導體及—正電源傳輸導體’其中，第—接地傳輸導體係分 别界疋有自接地第一接地接觸部所叉開延伸的一第一接地延伸部、 延伸部及-另外延伸出的第三接地延伸部，並於第—接地延伸 部i間設置差分訊號傳輸導體，又所述的該些訊號 ϋ第傳輸導體及第—電源傳輸導體之間，因此， 第ί接地延伸部將該些差分訊號傳輸導體與該 由體積大於上猶輸髓、錢於第—接 及正__，使其可以提ί較 及如可祕最少6安培、19伏特、114瓦），又 ΐΐϊί為—體成型式，並且屏蔽殼體一端處係將其側ί以彎折A Γ缩短、降低成本等實用進步性（若為板端連 顧嫩—臟體内‘ 作如上述優點之實用進步性 【實施方式】 茲繪 為達成上述目的及功效，本創作所拉 圖就本創作健實補詳加制其_與舰 造’ 圖及端子示意圖，由射可清楚看出本創作外觀立體 M439936 為印刷電路板（Pri_ Circuit Β(_ PCB )體雷 (3D_C,r〇uit Board) } 定於該絕㈡巧f1 1，其包含有界 2及第二分別延伸有第一接地延伸部11 一接地延伸部i i 觸部111由不同於第 古一 Hl 弟一接地延伸部1 1 4所延伸之方向處另延伸 有第二接地延伸部1 1 6，又該第1 :接，部111之端處延伸界定有一第==== 延向背離第一接地接觸部111之端處延伸界 ί if —接地祕1 5，又第三接地延伸部1 1 6係向背離第 一接，部111之端處延输有-第三==???第 捲地延二，，體1上並位於該第一接地延伸部112及第二 於鎌間的第一差分訊號傳輸導體12，該第一差分訊 I接係界定有—位於該第—接地焊接部113及該第 一 焊接邛115之間的第一差分訊號焊接部121; 楚-二5定?該絕緣基體1上位於該第—差分訊號傳輸導體12及該 延伸部114之間的第二差分訊號傳輪導體13，該第二差 刀h傳輸導體1 3 -端係界定有-位於該第__差分訊號焊接部1 2 1及該第二接地焊接部1 ；[ 5之間的第二差分訊號焊接部丄3工； 一界疋於該絕緣基體1上並與該第一接地傳輸導體11並排設置 之第「電源傳輸導體14 ’其包含有界定於該絕緣基體卜端處之第 -電源接觸部141，並該第-電源接觸部i 4丄係由絕緣基體丄另 端延伸有第-電源延伸部14 2，而該第-電源延伸部14 2係向背 離該第-電源接觸部141之端處延伸界定-與該第一接地焊接部1 13並排設置之第一電源焊接部14 3 ; 一位於該第三接地延伸部116及該第一電源延伸部14 2之間 的第三差分訊號傳輸導體15，該第三差分訊號傳輸導體i 5一端係 界定有一位於該第一電源焊接部14 3與該第三接地焊接部117之 間的第三差分訊號焊接部151; 5 M439936 姑楚績該絕緣基體1上並位於該第三差分訊號傳輸導體1 5及 ^八延伸部1 4 2之間的第四差分訊號傳輸導體1 6，該第四 / L傳輸導體16 一端係界定有一位於該第三差分訊號焊接部1 5 1 —電源焊接部1 4 3之間的第四差分訊號焊接部i 6 i ; n"!1定於魏絲體1上並位於該第二接地延伸部114及該第 ί伸部1 1 6之_第四接地傳輸導體1 7，該第四接地傳輸 職界定有—錄該第二接地焊接部1 1 5及該第三接地 知接邛117之間的第四接地焊接部17工； 於該絕緣基體1上並設於該第二接地延伸部114及該第M439936 '- five, new description:, [new technology field] This is to provide a two-in-one male connector, especially a two-in-one solution to effectively solve the crosstalk problem caused by high-frequency signal connectors The male connector structure is improved. 11 [Prior Art] Press, the connector is widely used, including the connector of USB and the like, and the USB connector is continuously improved and improved, and at the same time increases its transmission speed. The interference (CR0SS TALK) affects the high-frequency transmission of the differential signal, especially when the differential signal pair and the differential signal pair or the differential signal signal pair are subjected to crosstalk interference during the high-frequency signal transmission of the connector. The problem of instability. Therefore, the electric terminal is used to isolate the crosstalk interference to prevent the crosstalk of the signal end, and to prevent the transmission speed of the electronic connection 11 itself and the frequency signal from being generated. The crosstalk interference description indicates that the crosstalk interference signal is increased, the transmission distance of the material is increased, and the adjacent pairs are too connected. When the signal intensity difference is too large, the possibility of occurrence of the tone interference will be followed and the large voltage and the large current cannot be provided. μ From ίΙϋίΤίίΐ—The problem and lack of use, that is, the creator of the creation / the relevant manufacturers engaged in this ordering industry are eager to study the direction of improvement. [New content] Fang ^ « paste simple, through multiple (four) L!! Striving for many years of experience in this industry, through continuous trials and fine turbulence problems, the cross-talk interference of the ground extension 'and the second signal transmission body and the second The problem of frequency crosstalk interference generated by the ^* transmission conductor 'and the transmission of large voltage and current through the connection of "=== 3" - The secondary purpose of the creation is to directly bend the surface by integrally forming the side wall The shielded casing of the wire is used to achieve practical progress such as simple process, shortened manufacturing time, and reduced cost. To achieve the above objectives and advantages, the present invention mainly includes a first ground transmission conductor, number=signal transmission conductor, and several differentials. a transmission conductor, a conductor, and a positive power transmission conductor, wherein the first ground transmission system has a first ground extension and an extension extending from the grounded first ground contact And a third extended ground extension portion, and a differential signal transmission conductor is disposed between the first ground extension portion i, and the signals, the first transmission conductor, and the first power transmission Between the conductors, therefore, the ί grounding extension portion of the differential signal transmission conductor and the volume is greater than the upper volume, the money is connected to the first and the positive __, so that it can be compared with the least 6 amps, 19 volts, 114 watts), and ΐΐϊ 为 is a body-formed type, and the end of the shielding shell is shortened by bending A Γ, reducing the cost and other practical progress (if the end of the board is even -Dirty body's practical progress as the above advantages [Embodiment] It is drawn to achieve the above objectives and effects, and the creation of this creation is based on the creation of the _ and the shipbuilding' diagram and terminal diagram From the shot, it can be clearly seen that the appearance of the creation of the stereoscopic M439936 is a printed circuit board (Pri_ Circuit Β (_ PCB) body mine (3D_C, r〇uit Board) } is determined by the absolute (two) skill f1 1, which includes bounded 2 and The second ground extension portion 11 is extended to the second ground extension portion ii. The contact portion 111 is further extended with a second ground extension portion 1 1 6 in a direction different from the extension of the first extension gate 1 - the ground extension portion 1 1 4 And the first one: the extension of the end of the portion 111 defines a ==== extension Extending from the end of the first ground contact portion 111 ί if - the grounding secret 1 5, and the third grounding extension portion 1 16 is extending away from the end of the first connection, the portion 111 is -3 ==? The first differential signal transmission conductor 12 is disposed on the body 1 and located between the first ground extension 112 and the second interlayer. The first differential signal is defined by the first a first differential signal soldering portion 121 between the grounding soldering portion 113 and the first soldering pad 115; a second portion of the insulating substrate 1 between the first differential signal transmitting conductor 12 and the extending portion 114 a second differential signal transmission conductor 13, the second differential knife h transmission conductor 13 - end is defined - located in the __ differential signal soldering portion 1 2 1 and the second ground soldering portion 1; a second differential signal soldering portion ;3; a first power supply transmission conductor 14 disposed on the insulating substrate 1 and disposed side by side with the first grounding transmission conductor 11 is included in the insulating substrate a first-power contact portion 141, and the first-power contact portion i 4 is extended from the other end of the insulating substrate 14 2, and the first power source extension portion 14 2 extends away from the end facing away from the first power source contact portion 141 - a first power source soldering portion 14 3 disposed side by side with the first ground solder portion 1 13; a third differential signal transmission conductor 15 between the third ground extension portion 116 and the first power supply extension portion 14 2 , and an end of the third differential signal transmission conductor i 5 is defined at the first power supply solder portion 14 3 The third differential signal soldering portion 151 between the third grounding soldering portions 117; 5 M439936 is located on the insulating substrate 1 and located between the third differential signal transmitting conductor 15 and the eight-eighth extension portion 1 4 2 The fourth differential signal transmission conductor 16 has a fourth differential signal soldering portion i 6 defined between the third differential signal soldering portion 1 51 and the power soldering portion 1 4 3 at one end of the fourth/L transmission conductor 16. i; n"!1 is set on the Weisi body 1 and is located at the second ground extension portion 114 and the fourth ground transmission conductor 17 of the first extension portion 1 16 . Recording the fourth grounding weld between the second grounding soldering portion 1 15 and the third grounding interface 117 The connecting portion 17 is disposed on the insulating base 1 and disposed on the second ground extending portion 114 and the first
Li q』導體1 7之間的第一訊號傳輸導體1 8，該第一訊號傳輸 匕端係界定有—位於該第二接地焊接部1 1 5及該第四接地 焊接。PI 71之間的第一訊號焊接部丄8工； 界疋於該絕緣基體1上並設於該第四接地傳輸導體1 7及該第 ^伸部1 1 6之間的第二訊號傳輸導體1 9，該第二訊號傳輸 端係界定有—位於該第四接地焊接部1 7 1及該第三接地 坏接。PI 17之間的第二訊號焊接部工9工； 之接2體1上並鄰設於該第—接地傳輸導體11 一側 之該絕緣基體1上並鄰設於該第—電源傳輸導體1 4-側 之正電源傳輸導體21;及 二^&體2 2，該屏蔽殼體2 2内係形成—供收容該絕緣基體 內制2 2 Q ’且親緣基體1兩侧處係與該屏蔽殼體2 2之 門η5 2連接，並該箱殼體2 2—侧處係界定有—與該容置空 間2 2 0連通之插接口 2 2 3。 2、ί者^述的第一接地傳輸導體1 1、第一差分訊號傳輸導體1 ΐΪ二差欠訊號傳輸導體13、第一電源傳輸導體14、第三差分 ΤΓ:導=、第四ΤΪ傳輪導體16、第一訊號傳“體 = 源傳輸導體2 1係於一端處共同接設-印刷電路板， 八又式為單排表面貼附（SMT )、單排插接設置（DIp )、雙排 6 M439936 表面貼附（SMT )、雙排插接設置（DIP )、向 、紅下彎折延伸（板下）或連續彎折延伸（沉板）^之一者，又盆 士 I!或板上塾高其中之一者，而其^下又包括有板； 中H另其沉板包括有正向沉板或反向沉板直 一 触方式還可騎直平m綠、垂直沉板、直立 墊南、直立平貼或直立沉板其中之—者。（圖未顯示） 地傳輸導體11、第一差分訊號傳輸導體12、 ί導ϋ第一電源傳輸導體14、第三差分訊號 、^-#_4^四差力訊號傳輸導體1 6、第四接地傳輸導體1 7 9 η »I:傳輸導體18、第二訊號傳輸導體19、接地源傳輸導體 插2組裝ίί'ΓΪ體2 1與絕緣基體1之結合方式可為鑲件埋入或 够另1卜’第一差分訊號傳輸導體1 2、第二差分訊號傳輸導體工3 :第四接地傳輪導體i 7、第三差分訊號傳輸導體i 5及第四差分訊 號傳輸導體16係為彈性端子結構，而第一接地傳輸導體丄i、第二 電源傳輸導體14、第-訊號傳輸導體！8、第二訊號傳輸導體丄g 、接地源傳輸導體2〇及該正電源傳輸導體21係為板狀結構。 ^如前述的第一接地傳輸導體i i、第一訊號傳輸導體i 8、第 二，號傳輸導體19及第-電源傳輸導體14之位置係低於第一差分 訊號傳輸導體12、第二差分訊號傳輸導體丨3、第四接地傳輸導體 1工/、第三差分訊號傳輪導體1 5及第四差分訊號傳輸導體1 Θ，並 以前後位置的關係來說，其第一接地傳輸導體丄1、第一訊號傳輸導 體18、第二訊號傳輸導體19及第一電源傳輸導體14之位置係位 於第一差分訊號傳輸導體12、第二差分訊號傳輸導體13、第四接 地傳輸導f17、第三差分訊號傳輸導體15及第四差分訊號傳輸導 ，16之前方處，又，接地源傳輸導體2 〇及正電源傳輸導體21乃 分f位於第一接地傳輸導體11及第一電源傳輸導體14上方處（由 第二圖可清楚看出）。 ，由上述之結構、組成設計，茲就本創作之使用作動情形說明如 下，請同時配合參閱第一圖、第二圖及第三圖所示，係為本創作較佳 7 M439936 之外觀立體圖、端子示意圖及插置母座連接$之剖視圖， 由圖中可清楚看出，俾當本創作與USB ft ^ 3rri^3 = n號傳輸導體12、該第二差分訊號傳輸 ^ :第—電源傳鮮體14、該第三差分訊號傳輸導體1 5 訊傳ΐί體1 6、該第四接地傳輸導體1 7、該第一 及^第「訊號傳輸導體19、接地源傳輸導體20 門八讯^ 導通’此時透過第—接地傳輸導體1 1其所叉 r112、第二接地延伸部114、第三接地 源傳輸導體14其所屬的第-電源延伸部14 3所二差分訊號傳輸導逋1 辦1 R“ λαΙ .弟一訊喊傳輸導體1 9 Α第三差分訊號傳輸導The first signal transmission conductor 18 between the conductors 1 and 7 is defined by the second grounded soldering portion 1 15 and the fourth grounded solder. a first signal soldering portion between the PIs 71; a second signal transmission conductor disposed on the insulating substrate 1 and disposed between the fourth grounding conductor 17 and the first portion 1 16 The second signal transmission end is defined by the fourth grounding soldering portion 171 and the third grounding fault. The second signal welding portion between the PIs 17 is connected to the insulating substrate 1 on the side of the first grounding conductor 11 and adjacent to the first power transmission conductor 1 a positive power transmission conductor 21 on the 4-side; and a second body 2 2, the shielding housing 2 2 is formed to accommodate the 2 2 Q ' in the insulating substrate and the two sides of the affinity substrate 1 The door η5 2 of the shielding case 2 2 is connected, and the box housing 22 - 2 defines a plug interface 2 2 3 communicating with the accommodating space 220. 2. The first ground transmission conductor 1 1 , the first differential signal transmission conductor 1 , the second differential signal transmission conductor 13 , the first power transmission conductor 14 , the third differential ΤΓ: conduction =, the fourth rumor The wheel conductor 16, the first signal transmission body = the source transmission conductor 2 1 is connected at one end - a printed circuit board, and the eight-piece type is a single-row surface attachment (SMT), a single-row plug-in setting (DIp), Double row 6 M439936 surface mount (SMT), double row plug-in setting (DIP), direction, red under bend extension (under the board) or continuous bend extension (sinking board) ^, and the basin I! Or one of the upper ones of the board, and the lower part of the board includes a board; the middle part of the H includes a positive sinking plate or a reverse sinking plate, and the one touch can also ride straight flat m green, vertical sinking The board, the upright pad south, the upright flat or the upright sinker. (not shown) the ground transmission conductor 11, the first differential signal transmission conductor 12, the first power transmission conductor 14, and the third differential signal , ^-#_4^four differential signal transmission conductor 16. The fourth ground transmission conductor 1 7 9 η »I: transmission conductor 18, second signal transmission conductor 19 , the grounding source transmission conductor plug 2 assembly ίί' ΓΪ body 2 1 and the insulating substrate 1 can be embedded in the insert or enough 1 'the first differential signal transmission conductor 1 2, the second differential signal transmission conductor 3 The fourth grounding transmission conductor i7, the third differential signal transmission conductor i5 and the fourth differential signal transmission conductor 16 are elastic terminal structures, and the first ground transmission conductor 丄i, the second power transmission conductor 14, and the first The signal transmission conductor !8, the second signal transmission conductor 丄g, the ground source transmission conductor 2〇, and the positive power transmission conductor 21 are in a plate-like structure. ^ The first ground transmission conductor ii, the first signal transmission conductor i as described above 8. The second, the number of the transmission conductor 19 and the first power transmission conductor 14 are lower than the first differential signal transmission conductor 12, the second differential signal transmission conductor 丨3, the fourth ground transmission conductor, and the third differential. The signal transmission conductor 1 5 and the fourth differential signal transmission conductor 1 Θ, and the relationship between the front and rear positions, the first ground transmission conductor 丄1, the first signal transmission conductor 18, the second signal transmission conductor 19, and the first Power transmission conductor 14 The system is located in front of the first differential signal transmission conductor 12, the second differential signal transmission conductor 13, the fourth ground transmission conductor f17, the third differential signal transmission conductor 15 and the fourth differential signal transmission conductor 16 The transmission conductor 2 and the positive power transmission conductor 21 are located above the first ground transmission conductor 11 and the first power transmission conductor 14 (as can be clearly seen from the second diagram). The structure and composition of the above are designed. Please refer to the first, second and third figures for the use of this creation. Please refer to the first 7 M439936 for the appearance of the stereoscopic view, the terminal diagram and the inserted female connection $ In the cross-sectional view, it can be clearly seen from the figure that the creation and USB ft ^ 3 rri ^ 3 = n transmission conductor 12, the second differential signal transmission ^: the first power transmission 14 , the third differential signal transmission Conductor 1 5 signal transmission body 1 6 , the fourth ground transmission conductor 17 , the first and the second "signal transmission conductor 19 , the ground source transmission conductor 20 door eight signal ^ conduction" through the first - ground transmission conductor 1 1 its fork r112 The second ground extension portion 114 and the third ground source transmission conductor 14 belong to the first power supply extension portion 14 3 of the two differential signal transmission guides 1 1 "" λα Ι 弟 讯 讯 传输 传输 transmission conductor 1 9 Α third difference Signal transmission guide
傳酙體2 !俾使;接地源傳輸導體2 0及正電源 )之優勢。 具仔以達到具有&供大電壓及大電流（HIGH POWER 絕缘五圖及第六圖所示’係為本創作屏蔽殼體包覆 it S3 ίΓ—屏蔽殼體2 2 a内，其屏蔽殼體2 2 a 一端 ΪΓΪ式予以結合以形成一開口 2 2 1 a，當進行組 或背離I1 a往屏蔽殼體2 2 a之其開口22 1 a方向 -端的側壁i接進;處將其容置於内，此後再將屏蔽殼體2 2 a ，即可將苴mi進I讀並將與傳輸導體電性連接之線材直接包覆住 等實用進步性,，、極具有製程工序簡便、製造時間縮短、降低成本 、該導體17 a、該第-訊號傳輸導體18 a 差分訊號傳輸9a、該第—接地傳輸導體11 a、該第一 電源傳輸導體141 w該第二差分訊號傳輸導體13 a、該第一 訊號傳輸導體16 a ^三差分訊號傳輸導體15 a、該第四差分 、該接地源傳輸導體2 〇 a及該正電源傳輸導體 8The advantage of the transmission body 2! 俾; the ground source transmission conductor 20 and the positive power supply. With a large voltage and a large current (HIGH POWER insulation and the sixth figure shown in the 'Figure 为本 创作 创作 创作 it it it it it it it 屏蔽 屏蔽 屏蔽 屏蔽 屏蔽 屏蔽 屏蔽 屏蔽 屏蔽 屏蔽 屏蔽 屏蔽 屏蔽 屏蔽 屏蔽 屏蔽 屏蔽 屏蔽 屏蔽 屏蔽 屏蔽 屏蔽 屏蔽 屏蔽 屏蔽The body 2 2 a is combined at one end to form an opening 2 2 1 a, when the group or away from I1 a is directed to the side wall i of the opening 22 1 a direction end of the shielding shell 2 2 a; After being placed inside, and then shielding the casing 2 2 a, the 苴mi can be read into I and the wire electrically connected to the transmission conductor can be directly covered, and the process progress is simple, and the manufacturing process is simple and easy to manufacture. The time is shortened, the cost is reduced, the conductor 17 a, the first signal transmission conductor 18 a differential signal transmission 9 a , the first ground transmission conductor 11 a , the first power transmission conductor 141 w the second differential signal transmission conductor 13 a The first signal transmission conductor 16 a ^ three differential signal transmission conductor 15 a , the fourth differential, the ground source transmission conductor 2 〇 a and the positive power transmission conductor 8