M364324 五、新型說明： 【新型所屬之技術領域】 本創作係錢於-_座連衫及電連接裝置，尤指 一種USB3.0規格的插座連接器與電連接裝置。 【先前技術】 &M364324 V. New description: [New technology field] This creation is a money--seat shirt and electrical connection device, especially a USB3.0 socket connector and electrical connection device. [Prior Art] &
以目雨習用的通用序列匯流排（聰，㈣額ai ㈣規格的電連接器而言’為因應電子產品的使用目的， 除了-般USB2.0版本的電連接器之外，更推出有迷你型通 =序列匯流排（Mini USB)規格與微型通用序列匯流排 ^職聰)規格的電連接器，並Μ 了㈣更高的傳輸速 度，因此更推出USB3.0版本的電連接器。 一般習知USB3.G插座連接n的九支端子大多會具有 ㈣以供與電路板相焊接，應協會已發佈Μ版本端子 ^焊腳排列設置於電路板上型態，其中四根端子包括—電 柄子(Vbus)、-接地端子(G1)、—正訊號端子⑽與一負 二號端子（SO，)；五根端子則包括二對（四）差分端子⑻、 、82、82，)及一接地端子((}2)，如第一圖所*，因此電 山反1 1上即設有與上述端子相對應的穿孔丄丄丄，以供 端子的焊腳穿過而與電路板焊接。 ^ …然而’兩排設置的穿孔彼此間係成交錯排列設置，亦 即第-與第二排的穿孔並不在前後的同—直線上，因此使 f端子的焊腳也必須呈前後交錯設置才可插接於電路板 ’因此需要有較高精準性才能對位插人，如此卻提昇插 f連接器'組裂於電路板上的困難度，有祕品的問題產 遑而有產生重工、報廢或端子高頻傳輸時訊號不良等 3 M364324 情形。 緣是，本創作人有感上述缺失之玎改善，乃特潛心研 究並配合學理之運用，終於提出一種設計合理且有效改善 上述缺失之本創作。 13 【新型内容】In the case of the universal connector bus (Cong, (4) Ai (four) size electrical connector for the purpose of use of electronic products, in addition to the USB2.0 version of the electrical connector, there is also a mini The type of pass = serial bus (Mini USB) specification and the micro universal serial bus ^ ^ Cong) specifications of the electrical connector, and ( (four) higher transmission speed, so the introduction of the USB3.0 version of the electrical connector. Generally speaking, most of the nine terminals of the USB3.G socket connection n will have (4) for soldering to the circuit board. The type of terminal soldering pins should be arranged on the circuit board type, and the four terminals include - Electric handle (Vbus), - ground terminal (G1), - positive signal terminal (10) and a negative second terminal (SO,); five terminals include two pairs (four) differential terminals (8), 82, 82,) And a grounding terminal ((}2), as shown in the first figure, so that the electric mountain reverse 1 1 is provided with a perforation 相对 corresponding to the above terminal, so that the soldering leg of the terminal passes through the circuit board Welding. ^ ...However, the perforations provided in the two rows are arranged in a staggered arrangement with each other, that is, the perforations of the first and second rows are not on the same line in front and rear, so that the legs of the f terminal must also be staggered. The setting can be plugged into the circuit board's, so it needs to have higher precision to insert the bit, so it raises the difficulty of the plug-in connector's cracking on the circuit board, and the problem of the secret is produced. 3 M364324 situation, such as heavy work, scrapping or poor signal transmission at high frequency transmission of the terminal. Ding Zuoren felt the foregoing issues, is especially painstaking research and with the use of theoretical, finally put forward reasonable design and improve the aforesaid shortcomings of this creation. 13 [SUMMARY]
本創作之目的，係提供—種能提昇對位組裴性而改善 瑕疵品等問題的插座連接器及電連接裝置。 Q 為達上述之目的，本創作提供一種插座連接器， 體、—金屬殼體及多數個導電端子。絕緣本體包 的舌板’金屬殼體係遮蔽絕緣 構成一/、插口的插接空間。導電端 體上第包含有並排設置的四個第—端子及五個第二=本 第-焊腳，每一第二端子具有第出，緣本體的 絕緣本體的第二焊腳。复中帛丨及具有伸出於 成三角形的三個頂點上。 干腳至夕有二個位於 另外，上述的插座連接器係可 一種電連接裴置，第—鱼°'電路板上，以 穿孔中。 與第二焊腳係穿插於電路板所 構成 設有的穿孔中 本創作具有之效益：由導電端 有成前後排列位於同一直線方向上、弟一與第二烊腳具 的三個頂點上，以使第’、且構成有位於三角形 昇端子與電路板間的對伋組裝：:肊刖後對稱設置而提 扇而使焊卿能易於穿插 M364324 在電路板的穿孔中，從而改善習知易產生瑕疵品的問題， 降低重工、報廢或端子高頻傳輸訊號不良等之情形。 為使能更進一步瞭解本創作之特徵及技術内容，請來 *閱以下有關本創作之詳細說明與附圖，然而所附圖式^提 k 供參考與說明用，並非用來對本創作加以限制者。 【實施方式】 ' 請先參閱第二圖至第五圖所示，為本創作係提供—種 •插座連接器2 0 0，其係為USB3.0型式的插座連接器，包 φ 括一絕緣本體2、多數個導電端子3及一金屬殼體5°。匕 絕緣本體2具有相對的前方2 〇 1與後方2 〇 2，而 包含有一基部2 1、及一連接於基部21且朝向前方2〇 1方向延伸的舌板2 2。其中，絕緣本體2更包含有多數 個設於基部2 1與舌板2 2而可具有第一開口 2 3 1及第 二開口 2 3 2的端子槽2 3，第一開口 2 3丄與第二開口 2 3 2係前後的設於舌板2 2的同一板面上。 導電端子3係包含有四個並排設置的第一端子3 〇、 鲁及五個並排設置的第二端子4 0。每一第一端子3 〇具有 一第一接觸部3 0 1、一自第一接觸部3 〇 1延伸的第一 固定臂3 0 2、及一自第一固定臂3 〇 2彎折延伸的第一 .焊腳3 0 3。每一第二端子4 0具有一第二接觸部4 〇 . 1、一自第二接觸部4 0 1延伸的第二固定臂4 〇 2、及 一自第二固定臂4 0 2彎折延伸的第二焊腳4 〇 3。 ’ 導電端子3係設置於絕緣本體2上，經由第一端子3 0的第一固定臂3 0 2與第二端子4 〇的第二固定臂4 〇 2卡固於對應位置的端子槽2 3中而定位，並且第一端子 5 M364324 $ 0的第-接觸部3 Ο 1與第二端子4 ο的第二接觸 0 1係設於絕緣本體2舌板2 2的同—板面上 排，第二接觸部4 01則位於第一接觸部3 〇 $兩 J體=^一端子3/的第-接觸部3〇1係：出於 ，第二開口 232。另外，第一端子3〇的第一 =1端子4()的第二_4Q3係伸出於絕緣本體2 的後方2 0 2 ’並且係相互前後平行排列成兩排。 金屬殼體5係遮蔽絕緣本體2與導電端子3 , =-具插口511的插接空間51，絕緣本體2的舌板 2 2即係位於插接空間5工内’使第一端子3 〇的第 觸部3 0 1與第二端子4 0的第二接觸部4 0 1也係位於 插接空間5 1Θ。另外’金屬殼體5相對兩側底部可分別 向下延伸有固定件5 2，其可為一扣持件。 本創作之插座連接器2 0 0乃係供設置於一電路板已 〇 〇上，藉以構成—種電連接裝置，電路板6 0 〇係設有 成兩排設置的九個穿孔6 1 ’以對應於第一端子3 〇的第 知腳3 0 3與第二端子4 ◦的第二焊腳4◦ 3數量與位 置並且電路板6 〇 〇係設有接地部6 2，其可為穿孔型 =接地部6 2 ’金屬殼體5的固定件5 2連接於電路板6 〇的接地部6 2 ’以達成固定插座連接器2 Q Q及達成 接地。具體的說，可由扣持件穿過穿孔型的接地部6 2， ' ^持於電路板6 〇 〇，以達成上述的目的，但不此為限， 固疋件亦可為自金屬殼體向下延伸彎折的折彎片而焊接於 電路板的焊墊上，料達成洲的目的。 、 M364324 金屬殼體5的固定件5 2係與電路板6 〇 〇的接地部 6 2連接’藉以定位插座連接器2()()，以及可達成電性 接地的目的，可由固定件5 2穿過接地部6 2而扣持。並 .且，第-焊腳303與第二焊腳4〇3穿插於對應位置的 、穿孔6 1中，藉以能與電路板6 〇 〇相焊接。 '、中四個第—^子3 ◦係為-個電源端子3 1、-.mr、一個負訊號端子33、及-個接地端 nr子40則係為兩個第-與第二差分端 、42、42，與—個接地端子4 3。第 一差分端子4 1、4 Ί，後田丨、，v由±八 1係用以傳輸高頻訊號，第二差分 知子42、42則用以接收高頻訊號。 在本創作中，第一端+, 腳S Π ?盥筮-曰 〇，、第一為子4 0的第一焊 於同-直線方〇 3至少有—對係以前後排列成位 示子列整齊。請配合第六圖所 中的排列順皮 、第一焊腳303對應於上述說明 中的排列順序分別用Vbus、s〇、s〇 =兄月 子4 0的第二焊腳4 〇 及G1表不。弟二端 分別用S1、S1，、S2 應於上述說明中的排列順序則 —μ 、S2、S2 及 G2 表示。 如第六圖所示，在太眘 第二差分端子的第中’弟二端子的兩第一與 第一排，四個第—端子 1、S2、S2，係位於前方的 位於後方的第二排：^第：輝聊—、S〇、S〇,、⑴皆 係位於第二排的最中子的接地端子之第二坪聊G2 S〇’位於第二端子的接地端^^訊號端子之第—㈣so、 鸲子之弟二桿腳G2兩側，第一端 7 M364324 =的電源端子之第-焊腳v-位於最外侧，讀第 的兩第-差分端子之第二焊腳S1、S1，位於一第 的二個頂點上、及第一端子的接地端 ：： 於另-最外側，且與第二端子的兩第二差:二， 腳、S2、S2位於-第二三角形的三個頂點上。第^ ==正訊號端子之第一焊腳U0與第二端子的 =-=子之第二焊腳S1、S1，位於兩個同—直線方 向上及第一端子的負訊號端子與接地端子 . SO，、⑴係與第二端子的兩第二差分的f-焊聊 S2,位於兩個同—直線方向上。^子之弟二烊腳幻、 如第七圖所示，在本實施例中，第一端子的第 us、SO、S〇,、G1皆係排列在兩排中前方的第 弟二端子的接地端子之第二焊腳㈤，位 =負：號端子的第一焊腳—位於第 = 第二谭腳G2兩側’第二端子的兩第一與第： 排:1:::::二：’、S2、S2’排列於後方的第二 焊腳V-位於最外側，且與第二端子的兩第二 位於一第一三角形的三個頂點上，第- 鈿子的接·子之第一焊腳G1位於另 二端子的兩第二差分端子之第二谭卿幻、^弟 號端子的第一焊腳一與= 的第二焊腳S1、S1，位於兩個同-直線方向= 子的負訊號端子和接地端子的第4腳SG，、G1= = M364324 上第?差分端子的第二焊腳—於兩個同一 路柘實施例的插座連接器2 0 0係以臥式的設置電 ' Ο Ο = ΐ ’如第八圖及第九圖所示，但插座連接器2 、亦：係為直立式的連接器設在電路板上，因此，第一 接心:】0 3、4 0 3的排列則可針對直立式的電連 .置方式。另外，本直立式的連接器4 • :，用模内置設成型的方式埋設於絕緣本體2 > 2的底端焊腳3〇3、4〇3則係伸出於絕緣本體 r:二第十圖所示’本實施例第一端子與第二端子的第-义干腳出、80，、80、心8與第二焊腳82、仏、^=， 知腳Vbus與接地端子的第一焊腳G1位置 ， 負訊號端的第一嬋接部S〇、s〇, ° /、 的兩第-與第二差分端子的第二谭 位=調，但此實施例乃可等同於上 方式，在此不再加以贅述。 替：圖：示’本實施例第一端子的接地端子、負 :::與正訊號端子的第一桿腳G1、so，、so係排列在 ==第：排’電源端子的第一谭腳Vbus、 :=rs2，、S2、G2、sl，、sl皆係排在後方的第二 排’"並且k端子的接地端子之第二焊聊G2位於 與第一產分端子的第二焊腳S2,、S2、S1、S1，間 子的接地端子、負與正訊號端子的第一焊腳G1、so，、： 9 M364324 係與第二端子的其中一第二差分端子、接地端子與其中一 第一差分端子的第二焊腳S2、G2、S1’位於三個直線方向 上。並且第一端子的接地端子之第一焊腳G1與第二端子 的兩第二差分端子的第二焊腳S2,、S2位於一第一三角形 的三個頂點上、以及第一端子的正訊號端子之第一焊腳SO 與第二端子的兩第一差分端子之第二焊腳S1’、S1位於一 第二三角形的三個頂點上。 如第十二圖所示，本實施例第一端子的接地端子、負 訊號端子與正訊號端子的第一焊腳Gl、SO’、SO係位於後 方的第二排，電源端子的第一焊腳Vbus、及五個第二端子 的第二焊腳S2’、S2、G2、SI’、S1皆係排列在前方的第一 排，並且第二端子的接地端子之第二焊腳G2位於兩第一 與第二差分端子之第二焊腳S2’、S2、SI’、S1間。另外， 與第十一圖的實施例同樣地，第一焊腳Gl、SO’、SO即與 第二焊腳S2、G2、S1’位於同三個直線方向上。並且，兩 第二差分端子的第二焊腳S2’、S2與第一端子的接地端子 的第一焊腳G1位於一第一三角形的三個頂點上，第二端 子的兩第一差分端子之第二焊腳S1’、S1係與正訊號端子 之第一焊腳SO位於一第二三角形的三個頂點上。 如第十三圖所示，第一端子的負與正訊號端子、及導 電端子的第一焊腳SO’、SO、Vbus皆係排列於前方的第一 排，第一端子的接地端子的第一焊腳G1與五個第二端子 的第二焊腳S2’、S2、G2、S1’、S1皆排列於後方的第二排， 且接地端子的第二焊腳G2位於兩第一與第二差分端子的 第二坪腳SI、SI’、S2、S2’間。負訊號端子、正訊號端子 10 M364324 和導電端子的第—烊腳 ^ 第二差分端子和 、us係與第二端子的兩 個直線方二接且地端二第二焊腳一，位於三 、端子的接地端子之第/ 的第—焊腳so,係與第一 _ 鴒于之第一焊腳G卜及並中—笛—辛、 *弟二焊腳S2,位於—第一三 二 弟—差义端子的 第一焊腳Vbus與第二端子的接’ 一^ 了點上，電源端子的 .端子的第二焊_G2、S1，位於一第二 1 子和其中；第-差分 .如第十四圖所示，本實施 开的的二^固頂點上。 子、及導電端子的第一焊聊s〇,、s〇 ^的負與正訊號端 J的第二排，第一端子的接地端子之第一===於後方 二端子的第-痒腳S2，、S2、G2、二卜與五個第 一排，且接地端子的第- s位於刖方的第 端子的第二焊㈣上 的實施例同樣地，負訊號端子、正f:號第，圖 的第二祥聊上 樣地，負訊號端子的第一焊 向上。亚且，同 第-焊聊〃弟—端子的接地端子之 第-三角形的三個::上的第二谭㈣位於- 二端子的接地端子和其中f ^腳V ^與第 『、::位於一第二三角形的三個：。子的弟:= 第-與弟二三角形皆係為直角三角形。料上述之 綜合上述之說明，經由導 ^ 有成前後排列位於同一直線方向：子第二辉聊具 的三個頂點上，以使第一盥構成有位於三角形 〃 4一烊腳能前後對稱設置而提 M364324 昇端子與電路板間的對位組裝性，繼而使焊腳能易於穿插 在電路板的穿孔中’從而改善習知易產生瑕疯品的問題’ 降低重工、報廢或端子高頻傳輸訊號不良等之情形。 惟，以上所述僅為本創作之較佳可行實施例，非因此 即侷限本創作之專利範圍，故舉凡運用本創作說明書及圖 式内容所為之等效結構變化，均同理皆包含於本創作之範 圍内，合予陳明。 【圖式簡單說明】 第一圖為習知USB3.0插座連接器之焊腳與電路板間的示 意圖。 第二圖為本創作插座連接器與電路板間的立體分解圖。 第三圖為本創作插座連接器與電路板間的另一視角立體 分解圖。 第四圖為本創作插座連接器與電路板間的立體分解圖，其 中係緣示導電端子組設於絕緣本體上的組合。 第五圖為本創作插座連接器與電路板間的立體圖。 第六圖為本創作插座連接器之第一和第二焊腳與電路板 間的第一實施例示意圖。 第七圖為本創作插座連接器之第一和第二焊腳與電路板 間的第二實施例示意圖。 第八圖為本創作另一插座連接器的立體分解圖。 第九圖為本創作另一插座連接器的另一視角立體分解圖。 第十圖為本創作另一插座連接器之第一和第二焊腳與電 路板間的第三實施例示意圖。 12 M364324 弟十-圖為本創作另一插座連 —電路板間的第四實施例示意圖和第二焊腳與 弟十二圖為本創作另—插錢接器之第 …電路板間的第五實施例示意圖。4 知腳與 第十二圖為本創作另一插座連接器之 電路板間的第六實施例示意圖。 一、于腳鉍 第十四=本創作另一插座連接器之第一和第二焊腳與 電路板間的第一實施例示意圖。The purpose of this creation is to provide a socket connector and an electrical connection device that can improve the compatibility of the alignment group and improve the defects. Q For the above purposes, the present invention provides a socket connector, a body, a metal housing and a plurality of conductive terminals. The tongue plate of the insulative body package's metal casing is shielded and insulated to form a docking space for the socket. The conductive terminal body includes four fourth terminals arranged side by side and five second=the first solder legs, and each of the second terminals has a second solder tail of the insulating body of the edge body. The complex middle 帛丨 has a three vertices that protrude from the triangle. There are two places in the dry foot and the evening. In addition, the above-mentioned socket connector can be an electrical connection device, on the first-foot circuit board, in the perforation. The creation of the second soldering foot is inserted into the perforation formed by the circuit board. The present invention has the advantages that the conductive end is arranged in front and rear in the same linear direction, and the three vertices of the first and second crutches are arranged. In order to make the first part, and form a confrontation assembly between the triangular rising terminal and the circuit board: the symmetrical arrangement of the fan is provided to make the fan easy to insert the M364324 in the perforation of the circuit board, thereby improving the conventional The problem of defective products is reduced, and the situation of heavy work, scrapping or bad terminal high-frequency transmission signals is reduced. In order to further understand the characteristics and technical content of this creation, please read the following detailed description and drawings of this creation. However, the drawings are for reference and explanation, and are not intended to limit the creation. By. [Embodiment] 'Please refer to the second figure to the fifth figure first. For the creative department, there is a kind of socket connector 200, which is a USB3.0 type socket connector, and the package φ includes an insulation. The body 2 has a plurality of conductive terminals 3 and a metal case 5°.绝缘 The insulative housing 2 has opposite front sides 2 〇 1 and rear sides 2 〇 2, and includes a base portion 21 and a tongue plate 2 2 connected to the base portion 21 and extending toward the front 2 〇 1 direction. The insulative housing 2 further includes a plurality of terminal slots 2 3 disposed on the base portion 21 and the tongue plate 2 2 and having a first opening 2 3 1 and a second opening 2 3 2, the first opening 2 3丄 and the first opening The two openings 2 3 2 are provided on the same plate surface of the tongue plate 2 2 . The conductive terminal 3 includes four first terminals 3 〇, Lu and five second terminals 40 arranged side by side. Each of the first terminals 3 〇 has a first contact portion 3 0 1 , a first fixed arm 3 0 2 extending from the first contact portion 3 〇 1 , and a bent extension from the first fixed arm 3 〇 2 First, the solder fillet 3 0 3 . Each of the second terminals 40 has a second contact portion 〇1, a second fixed arm 4〇2 extending from the second contact portion 401, and a bent extension from the second fixed arm 420. The second solder fillet 4 〇 3. The conductive terminal 3 is disposed on the insulative housing 2, and is fastened to the corresponding terminal slot 2 via the first fixed arm 306 of the first terminal 30 and the second fixed arm 4 〇2 of the second terminal 4 〇 Positioned in the middle, and the second contact 0 1 of the first terminal 5 M364324 $ 0 and the second contact 0 1 of the second terminal 4 o are disposed on the same-board surface of the tongue plate 2 2 of the insulating body 2, The second contact portion 4 01 is located at the first contact portion 3 两 $ two J body = ^ a terminal 3 / the first contact portion 3 〇 1 system: the second opening 232. Further, the second _4Q3 of the first =1 terminal 4() of the first terminal 3A protrudes from the rear 2 0 2 ' of the insulative housing 2 and is arranged in two rows in parallel with each other. The metal case 5 shields the insulative housing 2 from the conductive terminal 3, and has a plug-in space 51 with a socket 511. The tongue plate 2 of the insulative housing 2 is located in the plug-in space 5 to make the first terminal 3 The second contact portion 410 of the first contact portion 310 and the second terminal 40 is also located in the insertion space 5 1 . In addition, the bottoms of the opposite sides of the metal casing 5 may respectively extend downwardly with a fixing member 52, which may be a holding member. The socket connector 200 of the present invention is provided on a circuit board to form an electrical connection device, and the circuit board 60 is provided with nine perforations 6 1 ' in two rows. Corresponding to the number and position of the first leg 3 0 3 of the first terminal 3 与 and the second leg 4 ◦ 3 of the second terminal 4 并且 and the circuit board 6 is provided with a grounding portion 62, which may be a perforated type = grounding portion 6 2 'The fixing member 5 2 of the metal casing 5 is connected to the grounding portion 6 2 ' of the circuit board 6 以 to achieve the fixed socket connector 2 QQ and to reach the ground. Specifically, the fastening member can pass through the perforated grounding portion 6 2 , and can be held on the circuit board 6 以 to achieve the above purpose, but not limited thereto, the fixing member can also be a self-metal housing. The bent bent piece is extended downward and welded to the pad of the circuit board to achieve the purpose of the continent. , M364324 metal housing 5 fixing member 52 is connected with the grounding portion 62 of the circuit board 6 ' 'by means of positioning the socket connector 2 () (), and the purpose of achieving electrical grounding, by the fixing member 5 2 It is fastened through the grounding portion 62. Further, the first solder fillet 303 and the second solder fillet 4〇3 are inserted into the corresponding positions of the through holes 61 to be soldered to the circuit board 6. ', the middle four - ^ 3 ◦ is - a power terminal 3 1, -.mr, a negative signal terminal 33, and - a ground terminal nr sub 40 is the two first - and second differential end , 42, 42, and a grounding terminal 43. The first differential terminals 4 1 , 4 Ί, Houtian 丨, v are transmitted by ±8 1 for transmitting high frequency signals, and the second differential 知子 42 and 42 are for receiving high frequency signals. In the present creation, the first end +, the foot S Π 盥筮 曰〇 - 曰〇, the first is the child 4 0 of the first welding in the same - straight square 〇 3 at least - the pair is arranged in front of the position display The columns are neat. Please cooperate with the alignment in the sixth figure, the first solder fillet 303 corresponding to the arrangement order in the above description, respectively, using Vbus, s〇, s〇 = the second solder fillet 4 兄 and G1 of the brother month 40 Do not. The second order of the two ends, S1, S1, and S2, should be expressed in the above description, ie, μ, S2, S2, and G2. As shown in the sixth figure, in the first and second rows of the second middle terminal of the second caution terminal of the second step, the four first terminals 1, S2 and S2 are located at the front and the second at the rear. Row: ^第: 辉聊—, S〇, S〇,, (1) are the second ping of the grounding terminal of the neutron in the second row. G2 S〇' is located at the ground terminal of the second terminal ^^ signal terminal The first - (four) so, the two brothers of the two brothers G2 on both sides, the first end 7 M364324 = the power supply terminal of the - soldering foot v- is located at the outermost side, read the second two - differential terminal of the second soldering foot S1 , S1, located at a second apex, and the ground of the first terminal:: the other - the outermost, and the second difference between the second terminal and the second terminal: two, the foot, S2, S2 are located - the second triangle On the three vertices. The first soldering leg U0 of the ^== positive signal terminal and the second soldering leg S1, S1 of the second terminal of the =-= are located in two in-line directions and the negative signal terminal and the grounding terminal of the first terminal The SO, (1) and the second differential f-welding S2 of the second terminal are located in two same-linear directions. ^子之弟二烊脚幻, as shown in the seventh figure, in this embodiment, the first terminal of the us, SO, S〇, G1 are arranged in the front of the two rows of the second brother of the second terminal The second soldering leg of the grounding terminal (five), bit = negative: the first soldering leg of the numbering terminal - located on the two sides of the second = second leg G2 'the first and the second of the second terminal: row: 1::::: Two: ', S2, S2' are arranged at the rear of the second solder fillet V- located at the outermost side, and the second of the second terminal is located at the three vertices of a first triangle, the first scorpion The first soldering leg G1 is located at the second and second differential terminals of the other two terminals, and the first soldering leg 1 and the second soldering leg S1 and S1 of the second terminal are located at two same-straight lines. Direction = sub-signal terminal of sub- and ground pin SG of grounding terminal, G1 = = second soldering leg of the first differential terminal on M364324 - socket connector of two identical way embodiment 2 0 0 The setting of the electric ' Ο Ο = ΐ ' is shown in Figure 8 and Figure IX, but the socket connector 2, also: the vertical connector is set on the circuit board, therefore, the first connection:] 0 3, 4 0 3 The arrangement can be directed to an upright electrical connection. In addition, the upright type connector 4: : is embedded in the insulative housing 2 by means of a built-in mold. The bottom end soldering legs 3〇3, 4〇3 extend out of the insulating body r: The tenth figure shows the first and second terminals of the present embodiment, the first leg, the 80, 80, the core 8 and the second leg 82, 仏, ^=, the foot Vbus and the ground terminal The position of the first soldering foot G1, the first splicing portion S 〇, s 〇 of the negative signal end, and the second and second second terminals of the second differential terminal are adjusted, but this embodiment is equivalent to the upper The way is not repeated here. For the following: Figure: shows the ground terminal of the first terminal of this embodiment, the negative::: and the first leg of the positive signal terminal G1, so,, so are arranged in the first line of == the first row of the power terminal The foot Vbus, :=rs2, S2, G2, sl, and sl are all arranged in the rear second row '" and the second welding chat G2 of the k terminal grounding terminal is located at the second with the first production terminal Solder pins S2, S2, S1, S1, the ground terminal of the ground, the first solder fillets G1, so, and: 9 M364324 of the negative and positive signal terminals and one of the second differential terminals and the ground terminal of the second terminal The second solder fillets S2, G2, S1' with one of the first differential terminals are located in three linear directions. And the first soldering leg G1 of the grounding terminal of the first terminal and the second soldering legs S2, S2 of the two second differential terminals of the second terminal are located at three vertices of a first triangle, and the positive signal of the first terminal The first solder fillet SO of the terminal and the second solder tails S1', S1 of the two first differential terminals of the second terminal are located at three vertices of a second triangle. As shown in FIG. 12, the grounding terminal of the first terminal, the negative signal terminal and the first soldering leg Gl, SO', SO of the positive signal terminal of the first terminal are located in the second row at the rear, and the first welding of the power terminal The foot Vbus, and the second solder tails S2', S2, G2, SI', S1 of the five second terminals are arranged in the first row in the front, and the second soldering leg G2 of the ground terminal of the second terminal is located in the two Between the second solder tails S2', S2, SI', and S1 of the first and second differential terminals. Further, similarly to the embodiment of the eleventh embodiment, the first solder fillets G1, SO', and SO are located in the same three straight directions as the second solder fillets S2, G2, and S1'. Moreover, the second solder tails S2', S2 of the two second differential terminals and the first solder fillet G1 of the ground terminal of the first terminal are located at three vertices of a first triangle, and the two first differential terminals of the second terminal The second solder fillet S1', S1 and the first solder tail SO of the positive signal terminal are located at three vertices of a second triangle. As shown in the thirteenth diagram, the negative and positive signal terminals of the first terminal and the first soldering feet SO', SO, and Vbus of the conductive terminals are arranged in the first row in the front, and the ground terminal of the first terminal The second soldering legs S2', S2, G2, S1', S1 of one soldering leg G1 and the five second terminals are arranged in the second row at the rear, and the second soldering leg G2 of the grounding terminal is located in the first and the second The second leg of the two differential terminals is between SI, SI', S2, and S2'. The negative signal terminal, the positive signal terminal 10 M364324 and the first leg of the conductive terminal ^ the second differential terminal, the two straight lines of the us system and the second terminal are connected, and the second end of the ground second and the second solder leg are located at three. The first or the second soldering leg so of the grounding terminal of the terminal is connected to the first soldering leg G of the first _ 及 — 笛 笛 笛 辛 辛 * * * * * * * * * * * * * * * * * * - the first soldering leg Vbus of the differential terminal is connected to the second terminal. The second soldering _G2, S1 of the terminal of the power supply terminal is located in a second one and therein; the first difference. As shown in the fourteenth figure, the two vertices of the present embodiment are on the apex. The first welding session of the sub- and the conductive terminals, the second row of the negative and positive signal terminals J of the s〇^, the first terminal of the ground terminal of the first terminal === the first itching foot of the rear two terminals S2, S2, G2, 2b and 5 are in the first row, and the first s of the ground terminal is located on the second solder (four) of the second terminal of the square. Similarly, the negative signal terminal, the positive f: number In the second discussion of the figure, the first welding of the negative signal terminal is upward. Yahe, with the first-welding chatter brother--the third of the grounding terminal of the terminal - the third of the triangle:: the second tan (four) is located at - the ground terminal of the two terminals and where f ^ foot V ^ and the first ", :: Three in a second triangle: The younger brother: = The first and the second two triangles are right triangles. According to the above description, the above-mentioned instructions are arranged in the same straight line direction: the three vertices of the sub-second huis, so that the first 盥 is formed in the triangle 〃 4 The alignment of the M364324 liter terminal and the circuit board, which in turn enables the solder fillet to be easily inserted into the perforation of the circuit board, thereby improving the problem of easy-to-produce madness. Reduced heavy-duty, scrapped or high-frequency transmission of terminals Bad signal, etc. However, the above description is only a preferred and feasible embodiment of the present invention, and thus does not limit the scope of the patent of the present invention. Therefore, the equivalent structural changes that are made by using the present specification and the contents of the drawings are all included in the present invention. Within the scope of creation, he is given to Chen Ming. [Simple Description of the Drawings] The first figure shows the schematic between the soldering legs of the conventional USB3.0 socket connector and the circuit board. The second figure is an exploded perspective view of the creative socket connector and the circuit board. The third figure is a perspective exploded view of another perspective between the creative socket connector and the circuit board. The fourth figure is an exploded perspective view of the creative socket connector and the circuit board, wherein the edge is a combination of the conductive terminal groups disposed on the insulating body. The fifth figure is a perspective view of the creative socket connector and the circuit board. Figure 6 is a schematic view of a first embodiment of the first and second solder fillet and circuit board of the inventive socket connector. Figure 7 is a schematic view of a second embodiment of the first and second solder fillets of the inventive socket connector and the circuit board. The eighth figure is an exploded perspective view of another socket connector of the present invention. The ninth drawing is an exploded perspective view of another perspective view of another socket connector. The tenth figure is a schematic view of a third embodiment between the first and second solder fillets of the other socket connector and the circuit board. 12 M364324 弟十-图 is another socket of the creation - the fourth embodiment of the circuit board between the fourth embodiment and the second soldering iron and the younger brother's twelfth figure is the creation of the other - the plug-in connector ... the first between the circuit boards A schematic diagram of a fifth embodiment. 4 The foot and the twelfth figure are schematic views of a sixth embodiment between the boards of another socket connector. First, in the ankle. Fourteenth = a schematic diagram of the first embodiment between the first and second soldering legs of the other socket connector and the circuit board.
【主要元件符號說明】 [習知] 電源端子 Vbus 接地端子 G1 正訊號端子 SO 負訊*端子 so 差分端子 SI 、 SI, 、 S2 、 S2, 接地端子 G2 電路板 1 1 穿孔 1 11 [本創作] 插座連接器 2 0 0 絕緣本體 2 前方 2 0 1 後方 2 0 2 基部 2 1 舌板 2 2 端子槽 2 3 第一開 π 2 3 第二開口 2 3 2 導電端子 3 第一端子 3 0 第一接觸部 301 第一固定臂 302 13 M364324 第一焊腳 3 0 3 電源端子 3 1 正訊號端子 3 2 負訊號端子 3 3 接地端子 3 4 第一焊腳 Vbus、SO、SO’、G1 第二端子 40[Main component symbol description] [Practical] Power terminal Vbus Ground terminal G1 Positive signal terminal SO Negative signal* Terminal so Differential terminals SI, SI, S2, S2, Ground terminal G2 Circuit board 1 1 Perforated 1 11 [This creation] Socket connector 2 0 0 Insulation body 2 Front 2 0 1 Rear 2 0 2 Base 2 1 Tongue 2 2 Terminal slot 2 3 First open π 2 3 Second opening 2 3 2 Conductive terminal 3 First terminal 3 0 First Contact portion 301 first fixed arm 302 13 M364324 first soldering leg 3 0 3 power terminal 3 1 positive signal terminal 3 2 negative signal terminal 3 3 ground terminal 3 4 first soldering leg Vbus, SO, SO', G1 second terminal 40
第二接觸部 401 第二固定臂 402 第二焊腳 403Second contact portion 401 second fixed arm 402 second solder fillet 403
第一差分端子 4 1、4 1 ’ 第二差分端子 4 2 、 4 2’ 接地端子 4 3 第二焊腳 S1 ' ST ' S2 ' S27 > G2 金屬殼體 5 插接空間 51 插口 5 11 固定件 5 2 電路板 600 穿孔 6 1 接地部 6 2 14First differential terminal 4 1 , 4 1 ' second differential terminal 4 2 , 4 2 ' ground terminal 4 3 second solder tail S1 ' ST ' S2 ' S27 > G2 metal housing 5 plug space 51 socket 5 11 fixed Piece 5 2 Circuit board 600 Perforation 6 1 Grounding part 6 2 14