、M329877 ' 八、新型說明： 【新型所屬之技術領域】 本創作涉及一種可提高訊號傳輸速率之插座電連接器。 【先前技術】 通用串列匯流排(Universal Serial Bus，USB)介面作為一種標準的輸 入/輸出介面，已被廣泛應用於眾多電子設備之設計中。1994年，英特爾、 • 康柏、數字、腿、微軟、NEC、Northern Telecom等7家世界著名的電腦和 通信公司聯合成立了USB協會(USB-IF)，初步設立USB介面規範。到目前為 止，USB協會已經發佈了ι·〇，ι·ι及2·〇等版本。 ® 箣述USB 1· 0，1· 1，2· 0版本分別支持以下三種傳輸速率··（1)、低速 模式傳輸速率為1.5兆比特每秒，多用於鍵盤和滑鼠；（2)、全速模式傳輸 速率為12兆比特每秒；（3)、高速模式傳輸速率為480兆比特每秒。 下面結合第十一圖及第十二圖說明習知技藝中之插座電連接器及 USB插頭電連接器。請參照第十一圖所示，一種插頭電連接器5〇〇，符合USB 協會規定的USB 2.0版本A型插頭電連接器，係包括第一絕緣舌片52、固持 於第一絕緣舌片52上的四根第一接觸端子53、圍繞在第一絕緣舌片52週邊 之第一金屬殼體54、包覆於第一金屬殼體54後端的外絕緣層55及與第一接 觸端子53電性連接之線纜57。所述第一絕緣舌片52及第一金屬殼體54均大 致主矩$體，其中弟一'纟巴緣舌片52的左側面、右側面及底面均與第一金屬 .殼體54接觸，而第一絕緣舌片52的頂面與第一金屬殼體54的上表面541之間 形成一第一收容空間56。所述第一接觸端子53為平板狀結構且均沒有彈 性。所述第一接觸端子53均貼置在第一絕緣舌片52的頂面内並且與頂面大 致位於同一平面内。 所述四根第一接觸端子53包括一根電源端子531、一根接地端子 (GND)534、一根正訊號端子00533及一根負訊號端子（D-)532，其中，正 訊號端子533與負訊號端子532組成一對差分訊號端子組。所述第一接觸端 子53可由金屬片衝壓製成或藉由電路板上之金手指代替。 凊參照第十二圖所示，所述插座電連接器6〇〇一般安裝於主機的電路板 上，所述插座電連接器6〇〇也是符合USB協會規定的USB 2. 〇版本4型插座電 6 、M329877 連接器，其包括第二絕緣舌片62、固持在第二絕緣舌片62上的四根第二接 觸端子63及第二金屬殼體64。所述四根第二接觸端子63位於第二絕緣舌片 62的下表面，並且向下犬出弟一絕緣舌片62的下表面。所述第二接觸端子 63具有一定的彈性，可沿第二絕緣舌片62的高度方向上運動。所述四根第 二接觸端子63對應於插頭電連接器5〇〇的四根第一接觸端子53排列佈置，其 包括根電源端子631、一根接地端子(GND)634、一根正訊號端子(])+)633 及一根負訊號端子(D-)632，其中，正訊號端子633與負訊號端子632組成一 ， 對差分訊號端子組。所述第二金屬殼體64圍繞在第二絕緣舌片62週邊以形 - 成一第二收容空間66用以收容插頭電連接器500。當插頭電連接器500完全 插入插座電連接器600内時，相應地，第二絕緣舌片62收容於插頭電連接器 500的第一收容空間56内，此時，插頭電連接器500的四根第一接觸端子 531 ’ 534 ’ 533 ’ 532分別與插座電連接器6〇〇的四根彈性第二接觸端子631， 634，633，632接觸，以達成相互之間的訊號傳輸。 然，隨著電子工業的發展，USB 2· 0的傳輸速率已經不能滿足某些電子 工業的發展要求，例如，在傳輸音賊視頻的情況下，為了保證訊號傳輸 品質，傳輸速率往往高達1G至2G每秒(lG=l〇〇〇兆比特）。電連接器領域内的 另外的兩類介面，如PCI-E(傳輸速率可達2.5G每秒)&SATA介面（傳輸速率 可達1.5G至3.0G每秒）的傳輸速率已經明顯超過了USB 2·〇介面。 推，PCI-Ε及SATA介面之應用遠遠不及USB，且該兩類介面的端子數量 ® 較夕、體積較大也難以適應未來電子工業輕、薄、短、小之發展趨勢。 ’ 是以，有必要設計出一種插座電連接器，其基於USB 2· 0介面並可達到 較高之傳輸速率。 【新型内容】 鑒於上j内容，有必要提供一種傳輸速率較高之插座電連接器。 為達成前述目的，本創作插座電連接器，可固持於母電路板上，其包 括絕緣本體及固躲絕緣本體上賴數導電端子及轉接模組，其中，絕緣 本體設有-基部及突出於基部的舌板，所述舌板設有遠離基部的對接面， 所述導電端子設有複數第-導電端子，所述每—個第—導電端子設有第一 焊接部及雜的第-對接部，所述導電端子還設有用於傳輸訊號的至少一 對是分訊號端子，其巾，每-個差分峨端子設有第二焊接部及平板狀的 7 .M329877 ^對接部’所述第一、第二對接部設置於舌板的同 ㈣沿舌板的長度方向上設置為兩排，其 ^ 轉接杈、、且另一 ‘可焊接於母電路板上。 本創作插座電連接器，安裝於母電路板上 絕緣本體上的複數導電端子魏脖甘士 栝心緣本體、固持於 於基部之舌板，所述舌板执右、八中’絕緣本體設有基部及突出 導電端子設有第—焊接部及第—對接部，所述 ¥電知子収有至少-對差分訊號端子，其中，所述第—, M329877 ' VIII, new description: [New technology field] This creation involves a socket electrical connector that can improve the signal transmission rate. [Prior Art] The Universal Serial Bus (USB) interface is a standard input/output interface that has been widely used in the design of many electronic devices. In 1994, seven world-renowned computer and communication companies, including Intel, Compaq, Digital, Leg, Microsoft, NEC, and Northern Telecom, jointly established the USB Association (USB-IF) to initially establish a USB interface specification. Up to now, the USB Association has released versions of ι·〇, ι·ι and 2·〇. ® Description USB 1· 0,1· 1,2· 0 versions support the following three transmission rates respectively (1), low-speed mode transmission rate of 1.5 megabits per second, mostly for keyboards and mice; (2), The full-speed mode transmission rate is 12 megabits per second; (3), the high-speed mode transmission rate is 480 megabits per second. The socket electrical connector and the USB plug electrical connector of the prior art are described below in conjunction with the eleventh and twelfth drawings. Referring to FIG. 11 , a plug electrical connector 5 〇〇 conforms to the USB Association 2.0 USB Type A plug electrical connector, and includes a first insulating tongue 52 and is held by the first insulating tongue 52 . The upper four contact terminals 53 , the first metal casing 54 surrounding the periphery of the first insulating tongue 52 , the outer insulating layer 55 covering the rear end of the first metal casing 54 , and the first contact terminal 53 Sexually connected cable 57. The first insulating tongue 52 and the first metal housing 54 are both substantially main body body, wherein the left side surface, the right side surface and the bottom surface of the brother's edge edge tongue piece 52 are in contact with the first metal casing 54 A first receiving space 56 is formed between the top surface of the first insulating tongue 52 and the upper surface 541 of the first metal housing 54. The first contact terminals 53 have a flat plate structure and are not elastic. The first contact terminals 53 are all disposed within the top surface of the first insulating tab 52 and are substantially in the same plane as the top surface. The four first contact terminals 53 include a power terminal 531, a ground terminal (GND) 534, a positive signal terminal 00533 and a negative signal terminal (D-) 532, wherein the positive signal terminal 533 and The negative signal terminal 532 constitutes a pair of differential signal terminal groups. The first contact terminal 53 may be stamped from sheet metal or replaced by a gold finger on a circuit board. Referring to FIG. 12, the socket electrical connector 6 is generally mounted on a circuit board of a host, and the socket electrical connector 6 is also a USB 2. 〇 version 4 socket conforming to the USB Association. The electrical 6, M329877 connector includes a second insulating tab 62, four second contact terminals 63 and a second metal housing 64 that are retained on the second insulating tab 62. The four second contact terminals 63 are located on the lower surface of the second insulating tongue 62, and the lower surface of the insulating tongue 62 is lowered downward. The second contact terminal 63 has a certain elasticity and is movable in the height direction of the second insulating tongue 62. The four second contact terminals 63 are arranged corresponding to the four first contact terminals 53 of the plug electrical connector 5A, and include a root power terminal 631, a ground terminal (GND) 634, and a positive signal terminal. (]) +) 633 and a negative signal terminal (D-) 632, wherein the positive signal terminal 633 and the negative signal terminal 632 form a pair of differential signal terminal groups. The second metal housing 64 surrounds the periphery of the second insulating tab 62 to form a second receiving space 66 for receiving the plug electrical connector 500. When the plug electrical connector 500 is fully inserted into the receptacle electrical connector 600, the second insulating tab 62 is received in the first receiving space 56 of the plug electrical connector 500. At this time, the plug electrical connector 500 is four. The root first contact terminals 531 '534 ' 533 ' 532 are respectively in contact with the four elastic second contact terminals 631, 634, 633, 632 of the socket electrical connector 6 , to achieve signal transmission between each other. However, with the development of the electronics industry, the transmission rate of USB 2.0 cannot meet the development requirements of some electronic industries. For example, in the case of transmitting audio thief video, in order to ensure the transmission quality of the signal, the transmission rate is often as high as 1G. 2G per second (lG = l〇〇〇 megabits). Two other types of interfaces in the field of electrical connectors, such as PCI-E (transmission rate up to 2.5G per second) & SATA interface (transmission rate up to 1.5G to 3.0G per second), have significantly exceeded the transmission rate. USB 2·〇 interface. Push, PCI-Ε and SATA interface applications are far less than USB, and the number of terminals of the two types of interfaces ® is relatively large, and it is difficult to adapt to the future development trend of light, thin, short and small in the electronics industry. Therefore, it is necessary to design a socket electrical connector that is based on the USB 2.0 interface and can achieve a higher transmission rate. [New content] In view of the content of j, it is necessary to provide a socket electrical connector with a higher transmission rate. In order to achieve the above objective, the creative socket electrical connector can be held on the mother circuit board, and comprises an insulating body and a plurality of conductive terminals and a switching module on the insulating body, wherein the insulating body is provided with a base and a protrusion a tongue plate of the base, the tongue plate is provided with an abutting surface away from the base, the conductive terminal is provided with a plurality of first conductive terminals, and each of the first conductive terminals is provided with a first soldering portion and a first In the abutting portion, the conductive terminal is further provided with at least one pair of signal terminals for transmitting signals, and the towel is provided with a second soldering portion and a flat plate for each of the differential 峨 terminals. The first and second abutting portions are disposed on the tongue plate and are disposed in two rows along the length direction of the tongue plate, and the other is solderable to the mother circuit board. The creative socket electrical connector, the plurality of conductive terminals mounted on the insulating body of the mother circuit board, the core body of the Wei neck, the core body, and the tongue plate fixed on the base, the tongue plate holding the right, the eighth middle body of the insulating body is provided with a base And the protruding conductive terminal is provided with a first soldering portion and a first butting portion, wherein the power generating terminal receives at least a pair of differential signal terminals, wherein the first
，舌板的同-側且沿舌板的長度方向上設置為兩排，所述第__、第二對接 二同的平面上，其中所述第二對接部相較於第—對接部更靠近舌板 端可轉接模組—端焊接於第―、第二焊接部上，轉接模組另一 知可焊接於母電路板上。 2於習知技術，本創作藉由舌板上增加了_對差分訊號端子進而增 口了數據傳輸通道，提高插座電連接器的數據傳輸速率。另，藉由設置轉 接模組可以降低導電端子的製造難度。 【實施方式】 •睛荼照第-圖至第五圖所示，本創作插座電連接器100用以焊接於母 電路板8上，其包括一絕緣本體卜固持於絕緣本體丨内的複數導電端子2、 包覆於絕緣本體1週邊的金屬遮蔽殼體3、與導電端子2焊接的轉接電路板4 及複數轉接端子5。 所述絕緣本體1包括一基部η及自基部丨丨前表面11〇向前突出的舌板 12。所述基部π包括一上表面m、下表面112及兩側面113。其中，所述上 表面ill中部設有一向上突出的突塊mi，所述兩側面113分別設有一凹口 1131，所述突塊mi及凹口 1131均用於與遮蔽殼體3配合。所述舌板12包括 一頂面13、與頂面13相對的支持部14及遠離基部11的對接面18，其中，所 述頂面13設有沿舌板12長度方向a-A延伸的第一收容槽131(如第三圖所 示），所述第一收容槽131向後貫穿基部n ;所述支持部14的前、後端分別 設有平行於第一收容槽131的第二、第三收容槽141、142(如第四圖所示）， 其中，苐二、第三收容槽141、142不相互連通。 8 、M329877 晴參照第三圖至第五圖所示，所述導電端子2包括複數收容於第三收容 槽142内的第一導電端子21及收容於第一、第二收容槽131、141内的複數附 加端子22。所述第一導電端子21的結構大致相同，其包括對應於第三收容 槽142的苐一對接部15及自第一對接部15向後延伸的第一焊接部Μ。所述第 一對接部15在舌板12的寬度方向B-B上左右並排佈置。另，所述第一對接部 15懸臂狀地收容於對應地第三收容槽142内，且突出於舌板12的支持部14， 所以其具有一疋的彈性可沿舌板12的南度方向C-C上運動，便於與插頭電連 接器（未圖不)相配合。所述方向A-A、B-B及C-C均兩兩相互垂直。 ， 所述插座電連接器100可相容習知技術中的USB插頭電連接器，例如第 十一圖所示的USB 2. 0 A型插頭電連接器500，即所述插頭電連接器5〇〇可插 入至插座電連接1〇〇内。為此，所述舌板12的尺寸與第十二圖中的標準usb 2.0 A型插座電連接器600的第二絕緣舌片62的尺寸本質上相同。詳細地說， 即舌板12的長度、寬度及高度均與第二絕緣舌片62的對應尺寸大致相同， 但允許有一定的誤差。所述第一導電端子21為四根且其結構和排列均符合 USB 2·0 A型插座電連接器600的端子63(如第十二圖所示），為了便於以下 描述所述第一導電端子21分別用標號211、212、213及214表示，且第一導 電端子21卜212、213及214分別為電源端子、負訊號端子㈤、正訊號端 子（D+)及接地端子（GND)。所述第一焊接部16對應於第一導電端子211、 • 2j2、213及214分顧標號16卜162、163及164表示，所述第一焊接部16是 春 穿板式(ΤίΐΓ0_ Hole)的，其可穿過轉接電路板4上的第-通孔心並盘轉接 , 電路板4焊接(如第三圖所示）。 ’、 、，所述附加端子22包括)¾對差分訊號端子23及一根接地端子24。所述兩 對差分訊號端子23中其中-對差分訊號端子用於輸出高速訊號而另一對第 一差分汛號端子用於接受高速訊號。所述接地端子24位於每一對差分訊號 端子23之間，用崎低差分訊號端子23在傳輪訊號時產生的串擾。所述差 分訊號端子23均沿减12的寬度方向B—B上左右並排顧。每—差分訊號端 子23包括第一對接部25、自第二對接部25前緣向上延伸的連接部26、自連 接部26向後延伸的固持部27及位於固持部27末端的穿板式第二焊接部洲， 其中，所述固持部27與第二對接部25沿舌板12長度方向A—A上延伸且相互平 行。所述第二對接部25大致為平板狀縣條形且沒有彈性。為了便於以下 9 、M329877 描述，所迷第二焊接部28對應於兩對差分訊號端子23分顧標號28i、哪、 283及284麵。所述接地端子24的結構與每—個差分訊號端子娜结構均 大致相同，其包括第三對接部24卜自第三對接部241前緣f折延伸的第三 連接部24L自第三連接部242向後延伸的第三固持部⑽及位於第三固持部 243末端的第三蟬接部245，其中’所述第三固持部2犯與第三對接部如沿 舌板12長度方向A-A延伸且相互平行。所述第三對接部241大致為平板 長條形且沒有彈拇。, the same side of the tongue plate and arranged in two rows along the length direction of the tongue plate, wherein the first __ and the second butt joint are in the same plane, wherein the second butt joint portion is more than the first butt joint portion The adapter module is connected to the tongue end and the end is soldered to the first and second soldering portions, and the adapter module is soldered to the mother circuit board. 2 In the prior art, the creation adds a _ pair of differential signal terminals to the tongue to further increase the data transmission channel, thereby improving the data transmission rate of the socket electrical connector. In addition, the difficulty in manufacturing the conductive terminals can be reduced by providing a transfer module. [Embodiment] The eye socket electrical connector 100 is soldered to the mother board 8 and includes an insulating body held in the insulating body 丨. The terminal 2 is a metal shielding case 3 covering the periphery of the insulative housing 1 , an adapter circuit board 4 soldered to the conductive terminal 2 , and a plurality of switching terminals 5 . The insulative housing 1 includes a base portion η and a tongue plate 12 projecting forwardly from the base front surface 11〇. The base π includes an upper surface m, a lower surface 112, and two side surfaces 113. The upper surface of the upper surface ill is provided with an upwardly protruding projection mi, and the two side surfaces 113 are respectively provided with a notch 1131, and the projection mi and the recess 1131 are used for mating with the shielding shell 3. The tongue plate 12 includes a top surface 13 , a support portion 14 opposite to the top surface 13 and an abutting surface 18 away from the base portion 11 , wherein the top surface 13 is provided with a first receiving portion extending along the length direction aA of the tongue plate 12 . a slot 131 (as shown in the third figure), the first receiving slot 131 extends rearward through the base portion n; the front and rear ends of the support portion 14 are respectively provided with second and third receiving portions parallel to the first receiving slot 131 The grooves 141 and 142 (as shown in the fourth figure), wherein the second and third receiving grooves 141 and 142 are not in communication with each other. 8 , M329877 Clear, as shown in the third to fifth figures, the conductive terminal 2 includes a plurality of first conductive terminals 21 received in the third receiving groove 142 and received in the first and second receiving slots 131, 141 The plurality of terminals 22 are added. The first conductive terminals 21 are substantially identical in structure, and include a pair of butt joints 15 corresponding to the third receiving grooves 142 and a first welded portion 向 extending rearward from the first butting portions 15. The first pair of joint portions 15 are arranged side by side in the width direction B-B of the tongue plate 12. In addition, the first abutting portion 15 is cantilevered in the corresponding third receiving groove 142 and protrudes from the supporting portion 14 of the tongue plate 12, so that it has a ridge of elasticity along the south direction CC of the tongue plate 12 The upper movement is convenient to match the plug electrical connector (not shown). The directions A-A, B-B and C-C are both perpendicular to each other. The socket electrical connector 100 can be compatible with a USB plug electrical connector in the prior art, such as the USB 2.0 A plug electrical connector 500 shown in FIG. 11 , that is, the plug electrical connector 5 〇〇 can be plugged into the socket electrical connection 1〇〇. To this end, the tongue 12 is substantially the same size as the second insulating tab 62 of the standard usb 2.0 A-type receptacle electrical connector 600 of the twelfth figure. In detail, the length, width and height of the tongue plate 12 are substantially the same as the corresponding dimensions of the second insulating tongue 62, but a certain error is allowed. The first conductive terminals 21 are four and are in a structure and arrangement conforming to the terminals 63 of the USB 2.0 A-type socket electrical connector 600 (as shown in FIG. 12), which is convenient for the following description. The terminals 21 are denoted by reference numerals 211, 212, 213 and 214, respectively, and the first conductive terminals 21, 212, 213 and 214 are respectively a power supply terminal, a negative signal terminal (5), a positive signal terminal (D+) and a ground terminal (GND). The first soldering portion 16 is corresponding to the first conductive terminals 211, 2j2, 213, and 214, and is denoted by the reference numerals 16 162, 163, and 164, and the first soldering portion 16 is of a spring plate type (ΤίΐΓ0_ Hole). It can pass through the first through-via of the transit circuit board 4 and be transferred by the disk, and the circuit board 4 is soldered (as shown in the third figure). The additional terminal 22 includes a pair of differential signal terminals 23 and a ground terminal 24. The two pairs of differential signal terminals 23 have a pair of differential signal terminals for outputting high speed signals and another pair of first differential signal terminals for receiving high speed signals. The grounding terminal 24 is located between each pair of differential signal terminals 23, and uses the low differential signal terminal 23 to generate crosstalk when transmitting the signal. The differential signal terminals 23 are all left and right along the width direction B-B of the subtraction 12. Each of the differential signal terminals 23 includes a first abutting portion 25, a connecting portion 26 extending upward from a leading edge of the second abutting portion 25, a retaining portion 27 extending rearward from the connecting portion 26, and a through-plate type second welding at the end of the holding portion 27. For example, the holding portion 27 and the second abutting portion 25 extend along the longitudinal direction A-A of the tongue plate 12 and are parallel to each other. The second abutting portion 25 is substantially flat and strip-shaped and has no elasticity. In order to facilitate the description of the following 9, M329877, the second soldering portion 28 corresponds to the two pairs of differential signal terminals 23, which are labeled 28i, which are 283 and 284. The structure of the grounding terminal 24 is substantially the same as that of each of the differential signal terminals, and includes a third connecting portion 24L extending from the leading edge f of the third butting portion 241 from the third connecting portion. a third retaining portion (10) extending rearwardly and a third splicing portion 245 at the end of the third retaining portion 243, wherein the third retaining portion 2 engages with the third abutting portion such as extending along the length direction AA of the tongue plate 12 and Parallel to each other. The third abutting portion 241 is substantially flat and has no elastic shape.
當導電端子2自絕緣本體1的後端插入其中時，所述第一導電端子。的 第-對接部15對應於第三收容槽142内，所述附加端子22的第二、第三對接 部25、241貼置在第二收容槽141β。所述第—、第二及第三對接部15、烈 及241均位於舌板12的同侧，即均位於支持部14上；所述第一、第二對接 部15、沿舌板12的長度方向Α_Α上設置為兩排，其中所述第二對接部烈 相較於彈性第一對接部15更靠近舌板的對接面18，另，所述第一、第二對 接部15、25在舌板12的長度方向Α-Α上存在一定的距離，即它們彼此不接 觸，以防止訊號傳輸的混亂。 睛參照第二圖至第五圖所示，所述遮蔽殼體3為中空結構，其包括上端 面3卜下端面32及兩側面33。所述遮蔽殼體3安裝於絕緣本體丨的基部 並位於舌板12的週邊以形成一收容空間10。所述上端面31設有與基部丨工的 突塊1111相配合的凹槽311 ;所述兩側面33分別設有與基部11的凹口 1131相 配合凸片33卜另，所述上、下端面31、32均設有凸伸入收容空間1〇内的第 一抵壓彈片310，所述兩側面33也設有凸伸入收容空間内的第二抵壓彈片 330。所述第一、第二抵壓彈片310、330均與對接插頭電連接器配合使插頭 電連接器能夠穩定固持於收容空間10内。 請參照第二圖至第五圖所示，所述轉接電路板4包括第一通孔41及與第 一通孔41電性連接的第二通孔42，所述第一通孔41對應於第一焊接部、 第二焊接部28及第三焊接部245並可由上述焊接部16、28、245穿過。 所述轉接端子5為L形結構，其包括穿過第二通孔42並焊接於轉接電路 板4上的弟一焊接端51及垂直於第一焊接端51的第二焊接端52，所述第二焊 接端52是焊接於母電路板8上。為了提高焊接的方便性及焊接效果，所述插 座電連接器100還設有一保持第二焊接端52相互之間平行度的固定塊β，所 、M329877 这固定塊6設有可供第-焊接端51穿過的通孔61(如第二圖所示），所述固定 ^位於轉接電路板4及第二焊接端52之間且固定塊6貼置在機電路板4的 4表面上。誠然，在其他實施方式巾，所綱定塊6也可以包覆颜於轉接 端子5上，同樣可以保持第二焊接端52相互之間平行度。 、，參照第六®至第十圖所示，本創作第二實施方式揭示了—種插座電 連接态200，其可焊接於母電路板8上，所述插座電連接器測與本創作第一 實施方式中的插座電連接器1〇〇大致相同，㊉者的區別在於插座電連接器 200藉由柔性電路板7將導電端子2與母電路板8達成電性連接。所述柔性電 ， 路奶包括複數通孔71及與通孔71電性連接的焊接端72，所述第一焊接部 16、第二焊接部28及第三焊接部245可穿過通孔71與柔性電路板7焊接。焊 接端72焊接於母電路板8上，進而將導電端子2與母電路板8達成電性連接。 本創作藉由設置轉接模組(在本實施方式中為轉接電路板4及轉接端子 5或柔性電路板了），將導電端子2與母電路板4電性連接在一起，藉如是排 ^低了―導電端子2的製造難度；另，在某些情況下，如導電端子2的第 -、第二、第三焊接部16、28、245與母電路板8上對應的谭接區域(未圖示） 相距較物，藉由上述轉接電路板4及轉接端子5或柔性電路板7，可以順利 地將電端子2與母電路板§電性連接起來。 、另，本創作藉由在標準的USB 2·0插座電連接器6〇〇的基礎上增加了兩 •對差分訊號端子23及-根接地端子24，惟，並沒有增加舌板12的長度且可 _ 準的㈣2· 0插頭電連接H5GG相容。由於差分訊號端子23的存在大大 •提南了貧料的傳輸速度。在本創作的實施方式中，所述差分訊號端子23為 兩對，誠然，在其他實施方式中，所述差分訊號端子23也可以只設有一對， ，樣可以達成本創作所要解決的技術問題。另，所述附加端子”的平板狀 第一、第三對接部25、241也可以設置為具有一定的彈性結構，例如，如第 # Θ所示可將平板狀弟一、弟二對接部25、24!上方的絕緣本體逃空，使 第二、第三對接部25、241在舌板12的高度方向C-C上具有一定的彈性。 綜上所述，本創作符合新型專利要件，爰依法提出專利申請。惟，以 上所述者僅為本創作之較佳實施例，本創作之範圍並不以上述實施例為 限，舉凡熟習本案技藝之人士援依本創作之精神所作之等效修飾或變化， 皆應涵蓋於以下申請專利範圍内。 11 M329877 【圖式簡單說明】 電連接杰焊接於母電路板上之立 第一圖係本創作第一實施方式中插座 體組合圖。 第二圖係第一圖另一角度之立體組合圖。 ί==一 ΓΓ式中插座電連接器之部分立體分解圖= 弟四圖係弟二圖另一角度之部分立體分解圖。 ，五圖係本創作第一實施方式中插座電連接器之立體分解圖。 ，六圖係本創作第二實施方式中插座電連接器之立體組合^。 第七圖係第六圖另一角度之立體組合圖。 βThe first conductive terminal when the conductive terminal 2 is inserted therein from the rear end of the insulative housing 1. The first butting portion 15 corresponds to the third receiving groove 142, and the second and third mating portions 25 and 241 of the additional terminal 22 are attached to the second receiving groove 141β. The first, second and third abutting portions 15 and the 241 are located on the same side of the tongue plate 12, that is, on the support portion 14; the first and second abutting portions 15 are along the tongue plate 12. The length direction Α Α is set in two rows, wherein the second butt joint is closer to the abutting surface 18 of the tongue than the elastic first butt joint 15 , and the first and second butt joints 15 , 25 are The length direction of the tongue plate 12 is a certain distance on the Α-Α, that is, they are not in contact with each other to prevent confusion of signal transmission. Referring to the second to fifth figures, the shield case 3 is a hollow structure including an upper end face 3 and a lower end face 32 and two side faces 33. The shielding case 3 is mounted on the base of the insulative housing and is located at the periphery of the tongue 12 to form a receiving space 10. The upper end surface 31 is provided with a groove 311 which cooperates with the base-finished protrusion 1111; the two side surfaces 33 are respectively provided with the recesses 1131 of the base portion 11 to match the tabs 33, the upper and lower sides. The end faces 31 and 32 are respectively provided with a first pressing elastic piece 310 protruding into the receiving space 1 , and the two side surfaces 33 are also provided with a second pressing elastic piece 330 protruding into the receiving space. The first and second pressing elastic pieces 310 and 330 are matched with the mating plug electrical connector to enable the plug electrical connector to be stably held in the receiving space 10. Referring to the second to fifth embodiments, the transit circuit board 4 includes a first through hole 41 and a second through hole 42 electrically connected to the first through hole 41. The first through hole 41 corresponds to the first through hole 41. The first welded portion, the second welded portion 28, and the third welded portion 245 may pass through the welded portions 16, 28, 245. The adapter terminal 5 is an L-shaped structure including a soldering end 51 passing through the second through hole 42 and soldered to the transit circuit board 4 and a second soldering end 52 perpendicular to the first soldering end 51, The second soldering end 52 is soldered to the mother board 8. In order to improve the convenience of welding and the welding effect, the socket electrical connector 100 is further provided with a fixing block β for maintaining the parallelism between the second welding ends 52, and the fixing block 6 of M329877 is provided for the first welding. a through hole 61 through which the end 51 passes (as shown in the second figure), the fixing portion is located between the transfer circuit board 4 and the second soldering end 52, and the fixing block 6 is placed on the surface 4 of the machine circuit board 4. . It is true that in other embodiments, the block 6 can also be wrapped over the adapter terminal 5, again maintaining the parallelism of the second solder ends 52 to each other. Referring to the sixth to tenth drawings, the second embodiment of the present invention discloses a socket electrical connection state 200, which can be soldered to the mother circuit board 8, and the socket electrical connector is measured by the present invention. The socket electrical connector 1 in one embodiment is substantially the same, and the difference in the ten is that the socket electrical connector 200 electrically connects the conductive terminal 2 and the mother circuit board 8 via the flexible circuit board 7. The flexible electric circuit includes a plurality of through holes 71 and a soldering end 72 electrically connected to the through hole 71. The first soldering portion 16, the second soldering portion 28 and the third soldering portion 245 can pass through the through hole 71. Soldering with the flexible circuit board 7. The soldering end 72 is soldered to the mother board 8, and the conductive terminal 2 is electrically connected to the mother board 8. The present invention electrically connects the conductive terminal 2 and the mother circuit board 4 by providing a transfer module (in the present embodiment, the transfer circuit board 4 and the transfer terminal 5 or the flexible circuit board). The row is low - the manufacturing difficulty of the conductive terminal 2; in addition, in some cases, such as the first, second, third soldering portions 16, 28, 245 of the conductive terminal 2 and the corresponding tanned connection on the mother board 8 The area (not shown) is spaced apart from each other, and the electrical terminal 2 and the mother board § can be electrically connected by the above-mentioned adapter circuit board 4 and the adapter terminal 5 or the flexible circuit board 7. In addition, the present invention adds two pairs of differential signal terminals 23 and a grounding terminal 24 based on a standard USB 2.0 socket electrical connector 6 ,, but does not increase the length of the tongue 12 And can be _ quasi (four) 2 · 0 plug electrical connection H5GG compatible. Due to the presence of the differential signal terminal 23, the transmission speed of the poor material is greatly increased. In the embodiment of the present invention, the differential signal terminals 23 are two pairs. It is a matter of course that in other embodiments, the differential signal terminals 23 may be provided with only one pair, so that the technical problem to be solved by the present invention can be achieved. . In addition, the flat first and third abutting portions 25 and 241 of the additional terminal may be disposed to have a certain elastic structure. For example, as shown in FIG. The insulating body above the 24! escapes, so that the second and third abutting portions 25, 241 have a certain elasticity in the height direction CC of the tongue plate 12. In summary, the creation conforms to the new patent requirements, and is proposed according to law. Patent application. However, the above description is only a preferred embodiment of the present invention, and the scope of the present invention is not limited to the above embodiments, and those who are familiar with the skill of the present invention are equivalent to the equivalent modification of the spirit of the present creation or Changes should be covered in the scope of the following patent application. 11 M329877 [Simple description of the diagram] The first diagram of the electrical connection Jie soldered on the mother board is the combination diagram of the socket body in the first embodiment of the present creation. It is a three-dimensional exploded view of the other angle of the first figure. ί== Part of the three-dimensional exploded view of the socket electrical connector in the middle of the figure = the four-dimensional exploded view of the other angle of the second figure of the younger brother. First implementation Three-dimensional electrical connector receptacle of the exploded view, FIG six authoring system of the present second embodiment, a perspective view of the electrical connector receptacle combinations ^. FIG seventh line VI perspective view of another angle of the combination of FIG. Beta]
，八圖係本創作第二實施方式中插座電連接器之部分立體分解。 第九圖係本創作第二實施方式中插座電連接器之立體分解圖。回 第十圖係第九圖另一角度之立體分解圖。 ，十一圖係習知技藝中的Α型USB 2.0插頭電連接器之立體組合圖。 第十二圖係習知技藝中的A型USB 2· 0插座電連接器之立體組二固 【主要元件符號說明】 插座電連接器1〇〇、200 絕緣本體 1 基部 11 上表面 111 下表面 112 舌板 12 配合面 13 第一收容槽 131 支持部 14 第二收容槽 141 第三收容槽 142 第一對接部 15 第一焊接部 16 第一焊接部 161 ^ 162 、163 、 164 對接面 18 導電端子 2 第一導電端子 21 附加端子 22 第一導電端子 21 卜 212 、213 、 214 差分虎端子 23 接地端子 24 第三對接部 241 第三連接部 242 第三固持部 243 第三焊接部 245 第二對接部 25 連接部 26 12 .M329877The eight figure is a partial exploded view of the socket electrical connector in the second embodiment of the present invention. The ninth drawing is an exploded perspective view of the socket electrical connector in the second embodiment of the present invention. Back to the tenth figure is a perspective exploded view of another angle of the ninth figure. The eleventh figure is a three-dimensional combination diagram of the USB 2.0 plug electrical connector in the prior art. The twelfth figure is a three-dimensional USB 2·0 socket electrical connector in the prior art. The three-dimensional group two solids [main component symbol description] socket electrical connector 1〇〇, 200 insulating body 1 base 11 upper surface 111 lower surface 112 tongue plate 12 mating surface 13 first receiving groove 131 supporting portion 14 second receiving groove 141 third receiving groove 142 first butt portion 15 first welded portion 16 first welded portion 161 ^ 162 , 163 , 164 butt surface 18 conductive Terminal 2 First Conductive Terminal 21 Additional Terminal 22 First Conductive Terminal 21 212, 213, 214 Differential Tiger Terminal 23 Ground Terminal 24 Third Abutment 241 Third Connection 242 Third Hold 243 Third Weld 245 Second Docking portion 25 connecting portion 26 12 .M329877
固持部 27 第二焊接部 28 第二焊接部 281 、282、283、284 遮蔽殼體 3 上端面 31 下端面 32 兩側面 33 第二抵壓彈片 330 轉接電路板 4 第一通孔 41 第二通孔 42 轉接端子 5 第一焊接端 51 第二焊接端 52 固定塊 6 柔性電路板 7 通孔 71 焊接端 72 母電路板 8 插頭電連接器 500 第一絕緣舌片 52 第一接觸端子 53 電源端子 531 負訊號端子 532 正訊號端子 533 接地端子 534 金屬殼體 54 上表面 541 外絕緣層 55 第一收容空間 56 線纜 57 插座電連接器 600 第二絕緣舌片 62 第二接觸端子 63 電源端子 631 負訊號端子 632 正訊號端子 633 接地端子 634 第二金屬殼體 64 13Holding portion 27 second welding portion 28 second welding portion 281, 282, 283, 284 shielding housing 3 upper end surface 31 lower end surface 32 side surface 33 second pressing elastic piece 330 adapter circuit board 4 first through hole 41 second Through hole 42 adapter terminal 5 first soldering end 51 second soldering end 52 fixing block 6 flexible circuit board 7 through hole 71 soldering end 72 female circuit board 8 plug electrical connector 500 first insulating tongue 52 first contact terminal 53 Power terminal 531 Negative signal terminal 532 Positive signal terminal 533 Ground terminal 534 Metal case 54 Upper surface 541 Outer insulation layer 55 First receiving space 56 Cable 57 Socket electrical connector 600 Second insulating tongue 62 Second contact terminal 63 Power supply Terminal 631 Negative Signal Terminal 632 Positive Signal Terminal 633 Ground Terminal 634 Second Metal Housing 64 13