M329904 八、新型說明： 【新型所屬之技術領域】 本創作涉及一種電連接器，尤其涉及一種可傳輸高頻訊號的電連接 . 器。 【先前技術】 與創作相關之習知技術可參閱於2007年3月22日公開之美國專利申請 • 第2007/0066115號所揭示之一種電連接器，其包括絕緣本體，固持於絕緣本 體内之複數導電端子及包覆於絕緣本體之遮蔽殼體，所述導電端子設有本 體部，自本體部向前延伸之接觸部及自本體部向後彎折延伸的連接電路板 > 之焊接部，所述本體部設有可將導電端子固定於絕緣本體中之干涉部；所 述導電端子本體部成前後兩排設置以減小高頻訊號傳輸過程中相鄰導電端 子之間的串擾問題；由於現在電連接器趨向小型化及高速率傳輸，從而導 電端子之間的距離將逐漸減小，如果導電端子本體部成一排設置，則裝配 過程中，上排導電端子需交錯設置於下排導電端子之間時很容易導致兩排 導電端子之間產生重疊而造成訊號串擾，而導電端子本體部於絕緣本體後 端成排設置，可增大相鄰導電端子之間的距離，從而不會發生上述訊號串 擾的現象。 另，為了保證導電端子電性傳輸的穩定性，通常導電端子焊接部成一 排設置在同一平面上，且為同等長度，如此可使每一導電端子均能與電路 板之間穩定焊接，從而使訊號傳輸穩定。然，將導電端子插入絕緣本體後， 由於導電端子本體部成前後排設置，則前後排導電端子之焊接部的彎折成 型將很難同時進行，從而使焊接部成型過程較為複雜，且很難保證前後排 導電端子的焊接部可成一排位於同一平面上，前後排導電端子焊接部的長 度也很難保證等長，則每一導電端子之焊接強度很難得到保障，從而會影 響訊號的穩定傳輸；若將導電端子於插入絕緣本體前就將焊接部彎折好， 則在插端子的過程中，前後排導電端子插入絕緣本體時的誤差很容易造成 導電端子焊接部的共面度問題，從而影響訊號傳輸；又導電端子插入本體 ，，中很容易造成端子的變形，焊接部的平面度也不能保證，從而不能保 障每一導電端子均能與電路板連接穩固，進而可能造成高頻訊號的傳輸不 6 M329904 穩定。 因此，有必要對習知的電連接器進行改進以克服上述缺陷。 【新型内容】 黎於上述内容，有必要提供一種可保證導電端子焊接 的電連 接器。 為達成前述目的，本創作電連接器係包括絕緣本體，固定於絕緣本體 内之複數導f端子及包覆於麟本體之遮肢體，所料電端子設有本體 部，自本體部向前延伸之接觸部及自本體部向後延伸之焊接部，所述本體 部設有連接細部之第-彎折部及連接焊接部H折部，所述導電端 子沿絕緣本體前後方向成排設置，即包括位於前排之第—導電端子及位於 後排之第二導電端子，所述第一導電端子之本體部還設有位於第一彎折部 與第二彎折部之間的第三彎折部。 /相較於習知技術，本創作電賴器第一、第二導電端子沿絕緣本體前 後方向成排設置，從而增大相料電端子本體部之__，減小相鄰導 ，端子之間的訊號串擾；位於前排之第—導電端子本體部設有位於第一、 第二彎折部之_第三彎折部，從而可使第—導電端子之第二彎折部與第 -導電端子n折部位於同—平面上，即於焊接部彎 子本體部下端已由兩觀為-排，如此m電端子之焊接部可同 時=次彎折成型，使焊接部的彎折成型程式簡單化，進而可保證第一、第 -導電端子焊接部彎折成型後的共面度，以方便焊接，且能倾每一導電 端子均能得到穩定的焊接效果，使高頻訊號穩定傳輸。 【實施方式】 *請參閱第-圖至第七圖所示，本創作電連接器、100包括遮蔽殼體i，收 容於遮蔽殼體1内之絕緣本體2及固定於絕緣本體2中之導電端子3。 后所述遮蔽殼體1由一金屬板材彎折卡合而成，其包括左側壁η、右側 ! 12、頂面13及底面14。該遮蔽殼體丨之兩端彎折後於底面14處卡接於 一起形成一卡接部141，並包圍形成中空的收容腔15。 、、邊左侧壁11與頂® 13和底φ14於前開口處的過渡連接處係兩個圓弧 k渡面111、112 ’該右侧壁12與頂面13和底面14於前開口處的過渡連接 M329904 處係兩個相同的圓弧過渡面121，其中左侧壁11與頂面13之間的圓弧過渡 面111與其處於相對位置之右側壁12與底面14之間的圓弧過渡面121構成 - 一組圓弧過渡面111、121 ;而位於左側壁11與底面14之間的圓弧過渡面 112與其處於相對位置的右侧壁12與頂面13之間的圓弧過渡面121構成另 一組圓弧過渡面112、121。這兩組相對的圓弧過渡面内壁之折彎半徑至少 有一組係不相同的，因而其形狀係不對稱的。 所述遮蔽殼體1之頂面13後端凹設有兩個扣持孔131，所述左、右側 壁11、12分別向後延伸有一^^勾113，及分別向下突伸出兩個固持腳114。 ， 所述固持腳114用以插接到其下的電路板（未圖示）上對應的插孔（未圖示） 中從而將遮蔽殼體1固定。所述遮蔽殼體1之頂面13及底面14分別向收 • 容腔15内延伸有一對抵壓彈片132以抵壓固持對接連接器（未圖示 所述絕緣本體2組裝於所述遮蔽殼體1形成的收容腔15内，其包括一 鈿端面20、與前端面20相對之後端面21、頂端面22、與頂端面22相對之 底端面23及位於頂端面22與底端面23之間的兩侧壁24。所述前端面20 之中央向前突伸出一舌板201，所述舌板201包括有上下相對的上表面2〇11 及下表面2012。該上表面2011和下表面2012上凹設有複數端子收容槽 2013 ;對應端子收容槽2013，所述絕緣本體2設有複數貫穿前端面2〇及後 ‘面21的插接孔25以插接導電端子3。所述舌板201兩侧分別設有垂直延 伸的擋止壁2014，從而形成一倒U型的構造。 φ 所述絕緣本體2底部向前延伸出三個突片202,於該等突片202之後端 向下突伸出兩個固持柱203可將絕緣本體2固持於電路板（未圖示）上。 ， 所述突片202承托於遮蔽殼體1之底面14之卡接部141下方從而防止遮蔽 殼體1發生變形。所述絕緣本體2之後端面21對應貫穿絕緣本體2之插接 孔25開設有複數豎直的卡槽211。所述絕緣本體2之頂端面22設置有兩個 用以與遮蔽殼體1頂面13之扣持孔131扣持的凸塊221，於絕緣本體2兩 側壁24後端分別凹設有一個凹槽241以與遮蔽殼體1之左、右側壁u、12 後端的卡勾113相扣持。另，所述絕緣本體2之頂端面22及兩側壁24上分 別設有複數凸肋26以使絕緣本體2與遮蔽殼體1之間固持穩固。 所述導電端子3包括第一導電端子31及第二導電端子32。每一導電端 子31均設有本體部34,自本體部34的一端繼續向前彎折延伸的接觸部33、 M329904 34另1繼續向後彎折延伸而成的焊接部％及設於接觸部％與 本,間的干涉部36。每一導電端子3分別插接於絕緣本體2 之插接 L 干涉部Μ與絕緣本體2相嗎；而第—第二導電端子3卜 ^相交錯分佈於舌板2〇1之下表面及上表面則之端 合θ 3内以與對接連接II (未圖示）電性連接；所述第―、第二導 ΓΓ f之本體部34下端分別交錯裝設於絕緣本體2後端面21之卡 二丄ί導電端子3 r—隔開，·所述焊接部35水平延伸並焊接到電 邻33的/ H。其_，每—導電端子3均設有自本體部34 f折向接觸 及自本體部％ f折向焊接部35的第二彎折部泌 排二晉，端Ϊ 3卜32之本體部34沿絕緣本體2前後方向成兩 一：: 導電端子31之本體部34靠近絕緣本體2前方設置，第 -導電知子32之本體部34靠近後端設置，並 ，度大於第二導電端子32之第-弯折部二二^ ，述苐-導電端子之本體部34與第二彎折部34 343使第一導電端子31之本體部-下端』= 糕子32之本體„卩34下端成-排設置，則第―、第二導電端 部34向焊接部35的彎折成型可同時進行，從而使 _ 導，子3^32之焊接部35位於同—平面上，提高焊接部％的共面^ =利於將第-、第二導電端子3穩定焊接於電路板（未 ^ =述焊接部35之長度相同，並且成—排位於同—平面上，可使每一導$ ^均能與電路板（未圖示）之間焊接穩固，進而可保證高頻訊號的穩定 本創作電連接器100,也可如第八圖至第十圖所示設計，盆鱼上 述弟—Λ施例之結構基本相同，其包括遮蔽殼體j，，絕緣:曾 電^子3,。所述導電端子3,包括第-導電端子31，及第 數^ ，電端子3,均設有本體部34,、自本體部34，向前彎折延二母 自本體部33,向後彎折延伸的焊接部35,、盥絕緣7，n 、 折向焊接部㈣第二_如，。其中第_、第二導電端子π M329904 了、聲折部341’的彎折角度相同，並且第一導電端子31，本體部34，設有第三 ’4折。卩343及第四彎折部344’使第一、第二導電端子31，、32,之第二彎折 邛342成一排a又置於同一彎折面上，從而保證每一導電端子3，之焊接部％， 均成-排位於同-焊接的水平面上，確保焊接部％，的共面度，提高導電 子3’的焊接強度。M329904 VIII. New description: [New technical field] The present invention relates to an electrical connector, and more particularly to an electrical connection capable of transmitting high frequency signals. [Prior Art] A conventional connector related to the creation can be found in an electrical connector disclosed in U.S. Patent Application Serial No. 2007/0066115, the entire disclosure of which is incorporated herein by reference. a plurality of conductive terminals and a shielding shell covering the insulative housing, wherein the conductive terminal is provided with a body portion, a contact portion extending forward from the body portion, and a soldering portion connecting the circuit board extending backward from the body portion, The body portion is provided with an interference portion for fixing the conductive terminal in the insulative housing; the conductive terminal body portion is disposed in two rows of front and rear to reduce crosstalk between adjacent conductive terminals during high-frequency signal transmission; Nowadays, the electrical connector tends to be miniaturized and high-speed transmission, so that the distance between the conductive terminals will gradually decrease. If the conductive terminal body portions are arranged in a row, the upper row of conductive terminals need to be staggered to the lower row of conductive terminals during the assembly process. When it is between, it is easy to cause overlap between the two rows of conductive terminals to cause signal crosstalk, and the conductive terminal body portion is arranged in rows at the rear end of the insulating body. The distance between the adjacent conductive terminals may be increased, so that no occurrence of the above phenomenon of crosstalk signal. In addition, in order to ensure the stability of the electrical transmission of the conductive terminals, usually the conductive terminal soldering portions are arranged in a row on the same plane and have the same length, so that each of the conductive terminals can be stably soldered with the circuit board, thereby Signal transmission is stable. However, after the conductive terminals are inserted into the insulative housing, since the main portions of the conductive terminals are arranged in front and rear rows, the bending of the welded portions of the front and rear conductive terminals will be difficult to perform at the same time, so that the forming process of the welded portion is complicated and difficult. It is ensured that the soldering portions of the front and rear conductive terminals can be arranged in the same plane in one row, and the lengths of the soldering portions of the front and rear conductive terminals are also difficult to ensure the same length, and the soldering strength of each conductive terminal is difficult to be secured, thereby affecting the stability of the signal. Transmission; if the conductive terminal is bent before inserting the insulating body, in the process of inserting the terminal, the error when the front and rear conductive terminals are inserted into the insulating body easily causes the coplanarity problem of the welded portion of the conductive terminal. Therefore, the signal transmission is affected; and the conductive terminal is inserted into the body, the deformation of the terminal is easily caused, and the flatness of the soldering portion is not guaranteed, so that each conductive terminal can be ensured to be stably connected with the circuit board, thereby possibly causing high-frequency signals. The transmission is not stable with 6 M329904. Therefore, it is necessary to improve the conventional electrical connector to overcome the above drawbacks. [New content] In the above content, it is necessary to provide an electrical connector that can ensure the soldering of the conductive terminals. In order to achieve the above object, the present invention includes an insulative housing, a plurality of f-terminals fixed in the insulating body, and a covering body covered on the body of the arm. The electrical terminal is provided with a body portion extending forward from the body portion. a contact portion and a welded portion extending rearward from the body portion, wherein the body portion is provided with a first bent portion connecting the thin portion and a connecting welded portion H folded portion, and the conductive terminals are arranged in a row along the front-rear direction of the insulating body, that is, a first conductive terminal and a second conductive terminal located in the rear row, wherein the body portion of the first conductive terminal further has a third bent portion between the first bent portion and the second bent portion . Compared with the prior art, the first and second conductive terminals of the present invention are arranged in rows along the front and rear direction of the insulating body, thereby increasing the __ of the body portion of the phase electrical terminal, reducing the adjacent guide, and the terminal The signal crosstalk between the first row and the first terminal portion The bent portion of the conductive terminal n is located on the same plane, that is, the lower end of the bent body portion of the welded portion has been viewed as a row, so that the welded portion of the m electrical terminal can be bent at the same time to bend the molding portion of the welded portion. The simplification can further ensure the coplanarity of the welded portions of the first and first conductive terminals after bending, so as to facilitate the welding, and the stable welding effect can be obtained for each conductive terminal, so that the high-frequency signal is stably transmitted. [Embodiment] * Please refer to the first to seventh embodiments. The present invention includes a shielding case i, an insulative housing 2 housed in the shielding case 1, and a conductive body fixed in the insulative housing 2. Terminal 3. The shielding housing 1 is formed by bending and folding a metal plate, and includes a left side wall η, a right side 12, a top surface 13 and a bottom surface 14. The two ends of the shielding case are bent and then snapped together at the bottom surface 14 to form a latching portion 141, and surround the hollow receiving cavity 15. , the left side wall 11 and the top plate 13 and the bottom φ 14 at the front opening at the transition joint are two arc k-shaped faces 111, 112 'the right side wall 12 and the top surface 13 and the bottom surface 14 at the front opening The transition connection M329904 is composed of two identical arc transition faces 121, wherein the arc transition surface 111 between the left side wall 11 and the top face 13 and the arc transition between the right side wall 12 and the bottom face 14 at opposite positions thereof The face 121 constitutes a set of arc transition faces 111, 121; and the arc transition surface 112 between the left side wall 11 and the bottom face 14 and the arc transition surface between the right side wall 12 and the top face 13 at opposite positions 121 constitutes another set of arc transition faces 112, 121. The bending radii of the inner walls of the two sets of opposite arc transition faces are at least one set different, and thus the shape is asymmetrical. Two latching holes 131 are defined in the rear end of the top surface 13 of the shielding shell 1. The left and right side walls 11 and 12 respectively extend backwards with a hook 113, and respectively protrude downwardly to hold two holdings. Foot 114. The holding leg 114 is configured to be inserted into a corresponding jack (not shown) on a circuit board (not shown) below to fix the shielding case 1. A top surface 13 and a bottom surface 14 of the shielding shell 1 respectively extend into the receiving cavity 15 to form a pair of pressing elastic pieces 132 for pressing and holding the mating connector (the insulating body 2 is not shown assembled to the shielding shell) The receiving cavity 15 formed by the body 1 includes a meandering end face 20, a rear end face 21 opposite to the front end face 20, a top end face 22, a bottom end face 23 opposite to the top end face 22, and a position between the top end face 22 and the bottom end face 23. Two side walls 24. A center of the front end face 20 projects forwardly from a tongue 201, and the tongue plate 201 includes upper and lower opposing upper surfaces 2〇11 and a lower surface 2012. The upper surface 2011 and the lower surface 2012 A plurality of terminal receiving slots 2013 are provided in the upper recess; corresponding to the terminal receiving slots 2013, the insulating body 2 is provided with a plurality of insertion holes 25 extending through the front end surface 2〇 and the rear 'surface 21 to insert the conductive terminals 3. The tongue plate The two sides of the 201 are respectively provided with a vertically extending blocking wall 2014, thereby forming an inverted U-shaped structure. φ The bottom of the insulating body 2 extends forwardly from the three protruding pieces 202, and the rear end of the protruding piece 202 is downward. The two holding posts 203 are protruded to hold the insulative housing 2 on a circuit board (not shown). The protruding piece 202 is supported under the engaging portion 141 of the bottom surface 14 of the shielding case 1 to prevent deformation of the shielding case 1. The rear end surface 21 of the insulating body 2 is correspondingly opened through the insertion hole 25 of the insulating body 2. a plurality of vertical latching slots 211. The top end surface 22 of the insulative housing 2 is provided with two protrusions 221 for latching with the latching holes 131 of the top surface 13 of the shielding housing 1 . A recess 241 is recessed in the rear end to be fastened to the hook 113 at the rear end of the left and right side walls u, 12 of the shielding housing 1. Further, the top end surface 22 and the two side walls 24 of the insulating body 2 are respectively respectively A plurality of ribs 26 are provided to stabilize the insulating body 2 and the shielding case 1. The conductive terminal 3 includes a first conductive terminal 31 and a second conductive terminal 32. Each of the conductive terminals 31 is provided with a body portion 34. The contact portion 33 and the M329904 34 which are continuously bent forward from the one end of the main body portion 34 continue to be bent and extended by the welded portion % and the interference portion 36 provided between the contact portion % and the present portion. The conductive terminals 3 are respectively inserted into the interposing L interference portion 绝缘 of the insulative housing 2 and the insulative housing 2; The first-second conductive terminals 3 are alternately distributed in the end surface θ 3 of the lower surface and the upper surface of the tongue plate 2〇1 to be electrically connected to the butt connection II (not shown); The lower ends of the body portions 34 of the second guides f are respectively staggered and disposed at the rear end faces 21 of the insulative housing 2, and the soldering portions 35 are horizontally extended and soldered to the electrical neighbors 33. H. _, each of the conductive terminals 3 is provided with a body from the body portion 34 f to the contact and from the body portion % f to the second bending portion of the welding portion 35 to smear the second Jin, the end of the body 3 32 The portion 34 is formed in two in the front-rear direction of the insulative housing 2: the body portion 34 of the conductive terminal 31 is disposed in front of the insulative housing 2, and the body portion 34 of the first conductive antenna 32 is disposed near the rear end, and is greater than the second conductive terminal 32. The first-bend portion 22, the body portion 34 and the second bent portion 34 343 of the conductive terminal make the body portion-lower end of the first conductive terminal 31 = the lower end of the body 32 of the cake 32 - the row arrangement, the bending of the first and second conductive ends 34 to the soldering portion 35 can be simultaneously performed, so that the soldering of the _, 3 3 32 35 is located on the same plane, and the coplanar surface of the welded portion is increased. ^ It is advantageous for the first and second conductive terminals 3 to be stably soldered to the circuit board (the length of the soldering portion 35 is the same, and the row is located at the same level). On the plane, each of the guides can be soldered and stabilized with the circuit board (not shown), thereby ensuring the stability of the high-frequency signal. The present electrical connector 100 can also be as shown in the eighth to the tenth In the design shown, the structure of the above-mentioned brother-study of the potted fish is basically the same, including the shielding shell j, and the insulation: Zengdianzi 3,. The conductive terminal 3, including the first conductive terminal 31, and the first and second electrical terminals 3, are respectively provided with a body portion 34, and are bent from the main body portion 34, and are bent forwardly from the main body portion 33, and are bent backward. The extended welded portion 35, the 盥 insulation 7, n, the folded welded portion (four), the second _. The first and second conductive terminals π M329904 have the same bending angle of the folded portion 341', and the first conductive terminal 31 and the body portion 34 are provided with a third '4 fold. The 卩343 and the fourth bent portion 344' are such that the first and second conductive terminals 31, 32, and the second bending 邛 342 are arranged in a row a and placed on the same curved surface, thereby ensuring each of the conductive terminals 3, The % of the welded portion is placed on the same-welded horizontal surface to ensure the coplanarity of the welded portion and the welding strength of the conductive member 3'.
如上所述，本創作電連接器1〇〇、1〇〇，之第一、第二導電端子31、32、 31 32之本體部34、34’沿絕緣本體2、2,前後方向成兩排設置，從而減小 相鄰導電端子3、3’之間的訊號串擾。另，於所述第一、第二導電端子3ι、 32、3Γ、32,之焊接部35彎折成型前，第一導電端子3卜31，藉由設置第^ 彎折部343、343,使兩排導電端子3卜32、31，、32，本體部％、M，下側於 焊接部35、35,彎折成型前已由兩排變為一排，從而第一、第二導電端子/、 32、31’、32’之焊接部35、35,可自本體部34、34,同時經一次彎折成型，如 此使兩排導電端子3卜32、31，、32,之焊接部％、35,的騎颜程式簡單 化作進而第-、第二導電端子3卜32、31，、32,彎折向焊接部％、％，的第 -考折部342、342,成-排位於同-彎折面上，可保證焊接部％、％，的妓 =度，從而方便焊接，錢保證每-導電端子3、3,均能得到敎的焊接^ 果，進而使高頻訊號穩定傳輸。 綜上所述，本創作符合新型專利要件，爰依法提出專利申請 上所述者僅為本辦之較佳實關，本創作之範隨从上述實施 L舉凡麵本紐藝之人士援依本創作之精神所作之較修飾或變化了 皆應涵蓋於以下申請專利範圍内。 复匕 【圖式簡單說明】 第一圖係本創作電連接器之立體組合圖； 弟二圖係本創作電連接器之另一角度的立體組合圖； 第三圖係本創作電連接器之立體分解圖； 第四圖係本創作電連接器之另一角度的立體分解圖； 第五圖係本創作電連接器之後視圖； 第六圖係本創作電連接器之導電端子的立體示意圖； 第七圖係本創作電連接器之導電端子的侧視圖； 第八圖係本創作電連接器之另一實施例的立體組合圖；As described above, the body portions 34, 34' of the first and second conductive terminals 31, 32, 31 32 of the present invention are arranged in two rows along the insulative housing 2, 2 in the front-rear direction. Set to reduce signal crosstalk between adjacent conductive terminals 3, 3'. In addition, before the soldering portions 35 of the first and second conductive terminals 3, 32, 3, 32 are bent and formed, the first conductive terminals 3 are provided by the first bent portions 343 and 343. Two rows of conductive terminals 3, 32, 31, 32, body portions %, M, and lower sides of the welded portions 35, 35, have been changed from two rows to one row before bending, so that the first and second conductive terminals / The welding portions 35, 35 of 32, 31', 32' can be formed from the main body portions 34, 34 by one bending at the same time, so that the two rows of conductive terminals 3, 32, 31, 32, the welded portion%, 35, the riding program is simplified and the first and second conductive terminals 3 32, 31, 32 are bent to the first and second folding portions 342, 342 of the welded portion %, %, in the same row - On the bending surface, the %=% of the welded part can be ensured, so that the welding can be facilitated, and the welding effect can be obtained for each of the conductive terminals 3 and 3, so that the high-frequency signal can be stably transmitted. In summary, this creation is in line with the new patent requirements, and the ones mentioned in the patent application are only the best practice of the Office. The scope of this creation follows the above-mentioned implementation of the L. Modifications or variations of the spirit of creation should be covered by the following patents. The first picture is the three-dimensional combination diagram of the original electrical connector; the second picture is the three-dimensional combination of the other angle of the creation of the electrical connector; the third picture is the creation of the electrical connector The third drawing is an exploded perspective view of another angle of the present invention; the fifth drawing is a rear view of the present electrical connector; and the sixth drawing is a perspective view of the conductive terminal of the present electrical connector; 7 is a side view of the conductive terminal of the present electrical connector; FIG. 8 is a perspective assembled view of another embodiment of the present electrical connector;
I M329904 第九圖係本創作電連接器之另一實施例之導電端子的侧視圖； 第十圖係本創作電連接器之另一實施例的立體分解圖； 【主要元件符號說明】I M329904 The ninth drawing is a side view of the conductive terminal of another embodiment of the present invention; the tenth drawing is an exploded perspective view of another embodiment of the present invention; [Major component symbol description]
電連接器 100 遮蔽殼體 卜r 左側壁 11 圓弧過度面 11卜112、121 卡勾 113 固持腳 114 右侧壁 12 頂面 13 扣持孔 131 抵壓彈片 132 底面 14 卡接部 141 收容腔 15 絕緣本體 2 > T 前端面 20 舌板 201 上表面 2011 下表面 2012 端子收容槽 2013 擋止壁 2014 突片 202 固持柱 203 後端面 21 卡槽 211 頂端面 22 凸塊 221 底端面 23 側壁 24 凹槽 241 插接孔 25 凸肋 26 導電端子 3 ' 3， 第一導電端子 3 卜 31， 第二導電端子 32、32， 本體部 34、34， 第一彎折部 34 卜 341， 第二彎折部 342、342” 第三彎折部 343、343’ 第四彎折部 344’ 接觸部 33、33， 焊接部 35、35， 干涉部 36、36， 11Electrical connector 100 shielding housing 卜 r left side wall 11 arc over face 11 112, 121 hook 113 holding foot 114 right side wall 12 top surface 13 fastening hole 131 pressing elastic piece 132 bottom surface 14 snap portion 141 receiving cavity 15 Insulation body 2 > T Front end face 20 Tongue plate 201 Upper surface 2011 Lower surface 2012 Terminal receiving groove 2013 Stop wall 2014 Tab 202 Holding post 203 Rear end face 21 Card slot 211 Top end face 22 Bump 221 Bottom end face 23 Side wall 24 Groove 241 insertion hole 25 rib 26 conductive terminal 3' 3, first conductive terminal 3 卜 31, second conductive terminal 32, 32, body portion 34, 34, first bent portion 34 341, second bend Folded portion 342, 342" third bent portion 343, 343' fourth bent portion 344' contact portion 33, 33, welded portion 35, 35, interference portion 36, 36, 11