M420064 五、新型說明： 【新型所屬之技術領域】 本創作係一種直立式連接器，尤指一種通用序列匯流排 (Universal Serial Bus ’以下簡稱USB) 3. 0規格之連接器， 能藉由設計於端子上的繞道彎折，減少相鄰端子傳輸路徑之 長度差異，使此類高傳輸速率之連接器能製成直立式構型， 有效地增加電路板設計上空間運用之彈性。 【先前技術】 按’隨著資訊科技及電子產業的蓬勃發展，各式各樣的 電子裝置紛關世’在各個應用層面上均為使用者帶來諸多 的便利性’同時與使用者的生活亦日漸變得密不可分。由於 職連接器能提供熱插拔（H〇t Plug)和隨插即用 (Plug-n-Play)的魏’讓使用者可在不需重新開機的情況 下藉由USB連接器連接各式聰設備（如：滑鼠、鍵盤、掃 描器、數位相機、印表機等），自從1996年聰正式推 出後’USB it接器已成為各式電子裝置相互連接的主要規格之 —〇 近年來在影音通訊產業蓬勃發展下，無論數⑽案容量 的大小或紐資訊流量的需求皆綱性地成長，更佳的傳輸 m質與即雜成為業界開發各式電子裝置時追求的目標之 Θ這二需求不斷推動著訊號高速傳輸相關技術之發展。為 提升訊號傳輸的速度及縮短使用者的等待時間，除改變訊號 編石馬方式外，降低訊號位準（Signal leVel)或提供全雙功 3 :輸板式亦為改良的手段，為此，對於傳輸過程中訊 裝置之間伴特轉更為财，因此，在各 *財4通橋樑的連接器，其訊號傳輸的品質 :::地重視，β 2· 0規格的連接器被發表於2_ 年八最大傳輸逮度為480Mbps，而業界更在簡年進 發表全雙謂輸模叙 3.0規格的賴n，其最大傳輸 速度可達4· 8GbPS ’為USB 2. 〇規格的1〇倍。除了傳輸速度 上的優勢’由於USB 3.0規格的傳輸介面能向下相容於應 2. 〇規格的電子裝置，使得_ & 〇規格的連接器逐漸普及， 越來越夕搭载㈣3. G傳輸介面的電子裝置紛紛問世。 為了因應不同電子裝置的設計，廠商多會推出各式不同 結構的連妨’时在生產、開發之過程中，增加電路板設 計的空間彈性。請參閱第1圖及第2圖所示，為臺灣公 開號第430159號新型專利’係一習知的 2. 〇規格的連接 益’該連接器包括複數支端子U、一基座12、一端子座13 及一殼體14,請參閱第1圖，其中該等端子n係排列整齊並 與该基座12—體射出成型，該等端子n能因該基座12與該 端子座13之匹配而準確地組裝至該端子座13，嗣，將端子座 13容置於該殼體14即完成組装’由於此一習知的連接器係呈 直立式構型，因此廠商毋需將其平置於電路板上，在廠商設 計電路板時能大幅縮減該連接器所須佔用之面積，有效地增 加空間運用彈性。 復請參閱第2圖’在此一習知的usb 2.0規格的連接器 中’各該端子11係呈-f曲狀之構型，各該端子之一端指向該 M420064 ^子座13之前端，另一端則指向該端子座13之底側，且該 等端子11間係形成内外圈之相互關係，因此相鄰之各該端子 11中内圈的該端子11係較外圈的該端子11短，使得各該端 子11之傳輸路徑各不相同。 由於USB介面係一種以差分對訊號進行傳輸之規格，各 端子的長度差異會導致傳輸過程中產生延遲歪斜（Delay Skew )，若成對的差分端子内產生的差分對内歪斜 • <Ιη1τ^ρ&1Γ Skew)過高’將使得接收端無法辨識透過該差 =端子所傳輸之訊號而導致傳輸失敗，此外，喊傳輸的頻 率越同’姆地，對於差分軸歪斜的料鮮也越嚴苛， 成對的差分端子之長度是否—致也更形重要。由於USB 3.0 以问於USB 2.0之頻率傳送訊號，受限於端子間長度差異之 "響傳統上直接將一連接器製成直立式構型之設計無法適 用於USB 3. 0規格的連接器，使得脇& 〇規格的連接器只 能平置於電路板上，此一限制將導致廠商在設計各式電子裝 • 置時無法靈活地配置 3. 0規格的連接器，對於USB 3. 〇 傳輸介面的推廣與普及化均十分不利。 f此，如何改善習知連難之缺失，且在*影響傳輸特 ί·生的則提下’改良連接器的結構，⑽免連接器在電路板上 佔用過多面積’且進-步增加電路板設計的空贿性，即成 為本創作在此欲探討之一重要課題。 【新型内容】 有鑑於習知連接器的諸多缺失，創作人乃依多年的實務 5 ’二-，並經過長久的努力研究與實驗，終於研發出本創作之 一種直立式連接II ’舰驗端子·度差異過大影響連接 器傳輸特性之問題’進一步解決一 USB 3. G規格的連接器必 須佔用電路板過多面積之情形，以確保電路板料的空間彈 性。 本創作係-種直立式連接H，設置於—電路板上，其為 ® 3· 〇規格之連接器’包括一金屬殼體、一絕緣本體、複數 支第連接端子及複數支第二連接端子。其中該金屬殼體呈 現巧度大於寬度之直立式立方體構型，其内部設有一容置空 間且别埏设有一插接口，該插接口係與該容置空間相連通， 該金屬殼體之底侧開設有至少-讓位σ ;該絕緣本體係容 置於該谷置空間中，包括_絕緣座體及__舌板，該絕緣座體 亦為直立式翻’鮮板舰被城至觀緣越内；各該 第—連接端子係呈彎錄之構型，且能被_至該舌板，當 該舌板被組裝至該絕緣座體時，各該第一連接端子之一端能 露出於該絕緣座體之前端，以供一符合咖2 {)規格之裝置 與該等第—連接端子魏連接，而其另—侧係突出於該絕 緣座體之底側，且自該讓位σ突出於該金屬殼體之底側。 該第二連接端子之訊號傳輸速度係較該第一連接端子為 同，該第二連接端子依序包括一第二接觸部、一第二延伸部 及第-接腳部，其中該第二連接端子能透過該舌板被組裝 至該絕緣座體，且各該第二接觸部係、露出於該舌板之前端， 以供-符合USB 3. G規格之裝置與該等第二連接端子電氣連 接’各該第二延伸部係呈·f曲狀之構型，該等第二接腳部係 ，出於該舌板之細，當該舌板被組裝至魏緣座體時，該 等第二接腳部係突出於該絕緣座體之底侧，且自該讓位口突 出於該金屬殼體之底側’料第二延伸部間伽彡成内外圈之 相互關係’其中相鄰之該等第二延伸部中_的該第二延伸 部形成有至少-繞道彎折，以增加關的該第二延伸部之傳 輸路徑，而減少相鄰之該等第二延伸部之傳輸路徑間之長声 差異。 又 如此，相鄰之該第二連接端子即不致因傳輸路徑之差異 影響資料的傳輸，在高速傳輸資料之過財，能有效避免因 該等傳輸路徑之長短差異所導致之差分對内歪斜，且能確保 該等第二連接端子均能正確轉輸資料，以有效解決傳統上 因傳輸路禮差異所造成之問題。透過本創作對端子構型之設 計，便能將高傳輸速度的USB 3.0規格之連接器製成直立式 構i而毋須平置於電路板上，製造廠商將該連接器設計於 一電路板時，便能大幅縮減該連接器所須佔用之面積，使廠 商進行電路板設計時能有效地增加空間運用之彈性。 本創作之另一目的，係該直立式連接器尚包括一接地端 子，該接地端子係呈彎曲狀之構型，且能被組裝至該舌板， 當該舌板被組裝至該絕緣座體内，該接地端子之一端能露出 於該絕緣座體之前端，以供該另一電子裝置與該接地端子連 接，其另一端則係突出於該絕緣座體之底侧，且自該讓位口 突出於該金屬殼體之底側。該接地端子係配置於該等第二連 接端子間，並分別與相鄰之該等第二連接端子間，相隔一等 寬之間隙，且該二間隙之寬度彼此相等，當該等第二連接端 M420064 子進行訊號傳輸時，能因該等間隙之配置而透過該接地端子 降低串音（Crosstalk)之產生。 本創作之再-目的，係各該第二連接軒之該第二延伸 部與該第二接腳部相接處略寬於各該第二延伸部與第二接腳 部之平均寬度’以調整各該第二連接端子之阻抗值。 本創作之又-目的，係當該等第二連接端子透過嵌入成 型（insert molding)之製程與該舌板相結合，或以組裝之 方式與該錄結合H該錢緊祕各該第二延伸部 寺為避免’丨電係數較向之該舌板將降低該等第二連接端子 之高頻特性，該舌板上㈣應於該等第二延伸部的位置，預 留至開孔，以調整各該第二延伸部被包覆或裸露之面 積’藉由介電餘較低之空氣，提高該第二連接端子之高頻 特性。 本創作之又一目的，係該絕緣座體前端設有一前開口， 後端設有一後開口，且該前開口及後開口間貫穿設有一組裝 通道，該絕緣座體之底側設有一底開口，該底開口係與該後 開口及該組裝通道相連通；該舌板能自該絕緣座體之後端插 入該組裝通道，使該舌板之前端突出於該絕緣座體之前端， 且該舌板能藉由構型而匹配定位於該組裝通道中。 本創作之又一目的，係該組裝通道係設於鄰近該絕緣座 體之一侧，且其内壁鄰近該絕緣座體中心之一側凹設有複數 個端子通道’該舌板上設有複數個端子槽，各該端子槽係分 別對應於各該端子通道；各該第一連接端子依序包括一第一 彈性部、一第一延伸部及一第一接腳部，各該彈性部之前端 尚包括了第-接觸部，且當該舌板自該絕緣座體後端插入該 組裝通道時’各該第—接觸部能穿過㈣應之各該端子通 道，並硌出於該絕緣座體之前端。 本創乍之又目的，係各該第一、第二延伸部係呈彎曲 狀之構型’該等第一、第二接腳部係指向該絕緣座體之底側， 且自該底開Π之位置突出於該猶座體之底側，該連接器尚 包括-定位板’該定位板可藉由構型之相互匹配組裝於該底 開口’且該定位板上開設有複數定侃，各該定位孔分別對 應於各該帛、第二接腳部’使得软位板由該底開口與該 絕緣座體組裝成—體時，各該接腳部能分财過所對應之各 該定位孔並突出於該定位板下侧。 本創作之又再-目的，係該金屬殼體之表面設有安裝構 件，使該金屬殼體能穩固地安裝於電路板上。 為便Θ審查委員能對本創作之目的、技術特徵及其功 效’做更進-步之認識與瞭解，兹舉實施例配合圖式，詳細 說明如下： 【實施方式】 本創作係一種直立式連接器，可設置於一電路板上，請 參閱第3圖、第4圖及第5圖所示’其為USB 3.0規格的連 接器，包括-金屬殼體2、-絕緣本體3、複數支第-連接端 子4及複數支第二連接端子5’其中該金屬殼體2呈現高度大 於見度之直立式立方體構型，其内部設有一容置空間22，且 刖端设有一插接口 21，後端設有一組裝口 23，該插接口 21 M420064 及該組裝口 23分別與該容置空間22相連通，一後蓋24能藉 由構型之相匹配組裝至該組裝口 23,使該後蓋24能與該金屬 殼體2相組裝成一體，該金屬殼體2之底側尚開設有一讓位 口 25，該讓位口 25亦與該容置空間22相連通’該金屬殼體 2之表面設有安裝構件26，使該金屬殼體2能穩固地安裝於 電路板上。 該絕緣本體3係容置於該容置空間22中，包括一絕緣座 體31及一舌板32，該絕緣座體31亦為直立式構型，其前端 設有一前開口 311，後端設有一後開口 313，且該前開口 311 及後開口 313間貫穿設有一組裝通道312，該絕緣座體31之 底側則設有一底開口 315,該底開口 315係與該後開口 313 及該組裝通道312相連通，該絕緣座體31尚包括一定位板 33，該定位板33上開設有複數定位孔331，且可藉由構型之 相互匹配組裝於該底開口 315，該組裝通道312係設於鄰近該 絕緣座體31之-側，且其内壁鄰近該絕緣座體&中心之一 側凹叹有複數端子通道314 ;該舌板32能自該絕緣座體 之後開口 313插入該組裝通道312，使該舌板&之前端突出 於該絕緣座體31之前端，且該舌板32能藉由構型而匹配定 位於該組裝通道312中，該舌板32上設有複數端子槽324， 各該端子槽324係分別對應於各該端子通道314。 各該第一連接端子4依序包括-第-彈性部Μ、-第-延伸部42及-第-接腳部43，雜第—彈性部41之前端尚 二括第接觸# 411 ’且各該第一彈性部41能容置於各該 端子槽324中，當該舌板32自該絕緣座體31之後開口⑽ M420064 插入該組裝通道312時，各該第一接觸部411能穿過相對應 之各該端子通道314，並露出於該絕緣座體31之前端，以供 -符合USB 2. G躲之裝置與該等第一連接端子4電氣連接: 各該第-延伸部42係i彎曲狀之構型，各該第—接聊部^ 則係自該底開口 315突出於該絕緣座體31之底側且自該讓 位口 25突出於該金屬殼體2之底側。 κ 請參閱第6圖’各該第二連接端子5之訊號傳輸速度係 • 較該第—連接端子4 (如第4圖所示）為高，各該第二連接端 子5依序包括一第二接觸部51、一第二延伸部52及一第二接 腳部53。請參閱第7圖，該第二連接端子5能與該舌板％ 相結合成-體，且各該第二接觸部51係露出於該舌板32之 前端’以供-符合USB 3. 〇 之裝置與該等第二連接端子5 電氣連接。在此較佳實施财，該等第二連接端子5係透過 嵌入成型（insert molding)之製程與該舌板犯相結合，且 各該第二延伸部52係包覆於該舌板％中，惟，該等第二連 • 接端子5與該舌板32的連接關係並不以此為限，亦可於^ 板32上開設槽道或裝設孔，使該等第二連接端子5能與該舌 板32組裝為-體，廠商可依需求或生產線等製程上之考量自 仃變化其結構，合先陳明。由於該舌板犯係以絕緣材料製成， 為避免介電係數較高之絕緣材料包覆於各該第二延伸部犯將 =該等第二連接端子5之高頻特性，該舌板犯上相對應於 '第二延伸部52的位置，分別預留複數開孔321，以調整 5，Up 52被包覆或裸露之面積，藉由介電係數較低 之空氣提高鱗第二連接端子5之高頻特性。 M420064 ，復請參閱第6圖’各該第二延伸部52係呈彎曲狀之構 型’因此該等第二延伸部52間儀形成内外圈之相互關係，其 中相鄰之該等第二延伸部52中内圈的該第二延伸部52形成 有至少一繞道彎折52卜以增加内圈的該第二延伸部52之傳 輸路L進而減少成對之該等第二延伸部52之傳輸路徑間之 長紐差異’使得成對之該第二連接端子5不致因傳輸路徑之 差異影響龍的傳輸，在高速傳輸㈣之過程中，能有效避 免因該等傳輸路徑之長短差異所導致之差分對内歪斜，而能 確保料第二連接端子5均能正確地傳輸資料，以有效解決 傳統上因傳輸路徑差異所造成之問題。此外，該連接器尚包 括-接地端子G，該接地端子G係呈彎曲狀之構型，復請參閱 第5圖’該接地端子G能被組裝至該舌板32，當該舌板犯 被組裝至該絕緣座體31内，該接地端子G<—端能露出於該 絕緣座體31之前端’以供該另—裝置與該接地端子g連接， f另-端則係突出於該絕緣座體31之底側，且自該讓位口烈 突出於該金屬殼體2之細。復請參閱第6圖，該接地端子g 係配置於該等第二連接端子5間，並分顺相鄰之該等第二 連接端子5間，相隔—等寬之_: D，當該等第二連接端子5 進行訊號傳輸時划鱗_ D之配置而藉由該接地端 降低串音之產生。 請參閱第5圖及第7圖，該等第二接腳部53係突出於該 :板32之底側’當該舌板32被組農至該絕緣座體31時，該 =第二接腳部53係自該底開口 315之位置突出於該絕緣座體 之底側’且自該讓位σ 25突出於該金屬殼體2之底側；復 12 M420064 請參閱第6圖，各該第二延伸部52與各 接處略寬於各該第二延伸部52與第二接腳腳部53相 度，以調整各該第二連接端子5之阻抗值/ 之平均寬 請參閱第4圖，當該等第一連接端子4及 端子5 _由鮮板32組裝至該猶絲 位孔331分別對應於各該第一接腳部43及各_ 〜疋 ，，使得該定位板33由該底開口 315 (如第 體31組裝成—體時’各該第一接腳部43及各該第二 腳部53能分別穿過所對應之各該定位孔331，並突朗^ 定位板33下側，使得該等第一連接端子4及該等第二連接端/ 子5能更穩固地組裝於該絕緣座體31中。 如此’透過本創作對端子翻之設計，便 度的USB 3.0規格之連接器製成直立式構型而毋^平^於 電路板上，而能大幅縮減該連接器所須佔用之面積，使廠商 進行電路板設計時能有效地增加雜運用之彈性。 以上所述’僅為本創作之—較佳實施例惟本創作所 主張之保縣圍，並不以此為限，凡熟悉侧技術領域之人 士’在參酌本創作後所能輕易思及之變化暨修舞，皆應屬於 本創作所欲保護之範_ ^ " 【圖式簡單說明】 第1圖係習知連接器之爆炸示意圖； 第2圖係習知連接器之剖面圖； 第3圖係本創作較佳實施例之爆炸示意圖； M420064 第4圖係本創作較佳實施例之組立示意圖； 第5圖係本創作較佳實施例之分解示意圖； 第6圖係本創作較佳實施例之第二連接端子結構示意圖；及 第7圖係本創作較佳實施例之舌板與第二連接端子結構示意圖 【主要元件符號說明】 金屬殼體 ......2 插接口 ...... 21 容置空間 ......22 組裝口 ...... 23 後蓋 ......24 讓位口 ...... 奶 安裝構件 ......26 絕緣本體 ......3 絕緣座體 ......31 前開口 311 組装通道 ......312 後開口 ...... 313 端子通道 314 底開口 ...... 315 舌板 .......32 開孔 321 M420064 端子槽 …… 324 定位板 …… 33 定位孔 …… 331 第一連接端子 …… 4 第一彈性部 …… 41 第一接觸部 …… 411 第一延伸部 …… 42 第一接腳部 …… 43 第二連接端子 …… 5 第二接觸部 …… 51 第二延伸部 …… 52 繞道彎折 …… 521 第二接腳部 …… 53M420064 V. New description: [New technical field] This is a kind of vertical connector, especially a universal serial bus (USB) 3. 0 specification connector, can be designed by The bypass on the terminal bends to reduce the difference in length of the adjacent terminal transmission path, so that such a high transmission rate connector can be made into an upright configuration, effectively increasing the flexibility of space application in the circuit board design. [Prior Art] According to the booming development of information technology and electronics industry, all kinds of electronic devices have become "a lot of convenience for users at all application levels" while living with users. The gradual change is also inseparable. Because the connector can provide hot plug (H〇t Plug) and plug-and-play (Plug-n-Play) Wei' allows users to connect with various USB connectors without rebooting Cong equipment (such as: mouse, keyboard, scanner, digital camera, printer, etc.), since the official launch of Cong in 1996, 'USB it connector has become the main specification for the interconnection of various electronic devices - in recent years Under the booming development of the audio-visual communication industry, both the size of the case (10) and the demand for news traffic have grown exponentially. The better transmission quality and quality have become the goal pursued by the industry in developing various electronic devices. Second, the demand continues to promote the development of high-speed transmission related technologies. In order to improve the speed of signal transmission and shorten the waiting time of users, in addition to changing the signal encoding method, reducing the signal level (Signal leVel) or providing full-duplex 3: the transmission board type is also an improved means. During the transmission process, the intercommunication between the devices is more profitable. Therefore, in the connector of each of the 4th bridges, the quality of the signal transmission is::: The ground is attached, and the connector of the β 2· 0 specification is published in 2_ In the year of the year, the maximum transmission catch rate was 480 Mbps, and the industry has released the full double-synchronization model 3.0 specification in the year of the Jane, and its maximum transmission speed is up to 4·8 GbPS '1 times the USB 2. 〇 specification. In addition to the advantages of transmission speed, 'the USB 3.0 specification's transmission interface can be backward compatible with electronic devices that should be 2. 〇 specifications, making the _ & 〇 specification connector gradually popular, and it is equipped with (4) 3. G transmission Interface electronic devices have come out. In order to respond to the design of different electronic devices, manufacturers will introduce a variety of different structures to increase the flexibility of the circuit board design during production and development. Please refer to FIG. 1 and FIG. 2, which is a new patent of Taiwan Publication No. 430159, which is a conventional connection 2. The connector includes a plurality of terminals U, a base 12, and a For the terminal block 13 and a housing 14, please refer to FIG. 1 , wherein the terminals n are arranged neatly and integrally molded with the base 12 , and the terminals n can be connected to the base 12 and the terminal block 13 . Matching and accurately assembling to the terminal block 13, 嗣, accommodating the terminal block 13 in the housing 14 to complete assembly 'Because the conventional connector is in an upright configuration, it is urgent for manufacturers to It is placed flat on the circuit board, which can greatly reduce the area occupied by the connector when the manufacturer designs the circuit board, effectively increasing the flexibility of space application. Referring to FIG. 2 'in the conventional usb 2.0 specification connector, each of the terminals 11 has a -f curved configuration, and one end of each of the terminals is directed to the front end of the M420064 ^ submount 13 . The other end is directed to the bottom side of the terminal block 13, and the terminals 11 form a mutual relationship between the inner and outer rings, so that the terminal 11 of the inner ring of each of the adjacent terminals 11 is shorter than the terminal 11 of the outer ring. Therefore, the transmission paths of the terminals 11 are different. Since the USB interface is a specification for transmitting by differential pair signals, the difference in length of each terminal may cause delay skew in the transmission process, if the differential pair in the paired differential terminals is skewed • <Ιη1τ^ ρ&1Γ Skew) too high will cause the receiving end to fail to recognize the signal transmitted through the difference=terminal and cause the transmission to fail. In addition, the frequency of the shouting transmission is the same as that of the ground. Whether the length of the paired differential terminals is too high is also important. Since USB 3.0 transmits signals at the frequency of USB 2.0, it is limited by the difference in length between terminals. The design that traditionally directly forms a connector into a vertical configuration cannot be applied to the connector of USB 3. 0 specification. Therefore, the connector of the flank & 〇 specification can only be placed flat on the circuit board. This limitation will result in the manufacturer not being able to flexibly configure the connector of the 3.0 specification for the design of various electronic devices. The promotion and popularization of the transmission interface are very unfavorable. f This, how to improve the lack of familiarity, and in the * affect the transmission of the specials, the 'improved connector structure, (10) connector-free occupying too much area on the board' and step-by-step increase circuit The bribery of the board design has become an important topic for this creation. [New content] In view of the many missing connectors, the creator is based on years of practice 5 'two-, and after a long period of hard work research and experiment, finally developed a vertical connection II 'ship test terminal · The problem of too large a difference in the transmission characteristics of the connector' further solves the problem that a USB 3. G-size connector must occupy too much area of the board to ensure the space flexibility of the board material. The author is a type of vertical connection H, which is disposed on a circuit board, which is a connector of the type of "3", including a metal case, an insulative body, a plurality of connection terminals, and a plurality of second connection terminals. . The metal housing has an upright cube configuration with a greater degree of complexity than the width, and has an accommodating space therein and a plug-in interface, the plug-in interface is connected to the accommodating space, and the bottom of the metal shell The side opening is provided with at least - letting position σ; the insulating system is accommodated in the valley space, including the _insulating seat body and the __ tongue plate, and the insulating seat body is also an upright type slab The inner end of the first connecting terminal is exposed when the tongue is assembled to the insulating seat At the front end of the insulating base, a device conforming to the specification of the coffee maker is connected to the first connecting terminal, and the other side thereof is protruded from the bottom side of the insulating seat, and σ protrudes from the bottom side of the metal casing. The signal transmission speed of the second connection terminal is the same as that of the first connection terminal, and the second connection terminal sequentially includes a second contact portion, a second extension portion and a first leg portion, wherein the second connection The terminal can be assembled to the insulating seat through the tongue plate, and each of the second contact portions is exposed at a front end of the tongue plate for electrically connecting the USB 3. G-compliant device and the second connecting terminal Connecting each of the second extensions in a curved shape, the second leg portions are formed by the tongue plate, and when the tongue plate is assembled to the edge of the tongue, a second pin portion protrudes from a bottom side of the insulating seat body, and a mutual relationship between the second extension portion of the metal housing and the inner and outer rings is formed from the retaining port. The second extension portion of the second extension portion is formed with at least a bypass bend to increase the transmission path of the second extension portion that is closed, and reduce the transmission path of the adjacent second extension portion The long difference between the two. In addition, the adjacent second connection terminal does not affect the data transmission due to the difference of the transmission path, and the high-speed transmission of the data can effectively avoid the differential internal skew caused by the difference of the length of the transmission path. Moreover, it can ensure that the second connection terminals can correctly transfer the data, so as to effectively solve the problem caused by the traditional difference in the transmission path. Through the design of the terminal configuration, the high-speed USB 3.0 connector can be made into an upright structure without being placed on the circuit board. When the manufacturer designs the connector on a circuit board, It can greatly reduce the area occupied by the connector, so that the manufacturer can effectively increase the flexibility of space application when designing the board. Another object of the present invention is that the upright connector further includes a grounding terminal, the grounding terminal has a curved configuration and can be assembled to the tongue plate, and the tongue plate is assembled to the insulating seat body One end of the grounding terminal can be exposed at a front end of the insulating base body for the other electronic device to be connected to the grounding terminal, and the other end of the grounding terminal protrudes from a bottom side of the insulating base body, and The mouth protrudes from the bottom side of the metal casing. The grounding terminal is disposed between the second connecting terminals, and is separated from the adjacent second connecting terminals by a gap of equal width, and the widths of the two gaps are equal to each other when the second connecting When the terminal M420064 performs signal transmission, crosstalk can be reduced through the ground terminal due to the configuration of the gaps. The re-purpose of the present invention is that the second extension portion of each of the second connecting ridges and the second pin portion are slightly wider than the average width of each of the second extension portion and the second pin portion. Adjusting the impedance value of each of the second connection terminals. The purpose of the present invention is to combine the second connecting terminals with the tongue plate through a process of insert molding, or to assemble the same with the recording. In order to avoid the high frequency characteristic of the second connecting terminals, the tongue plate (4) should be reserved at the position of the second extending portion to the opening. Adjusting the area where each of the second extension portions is covered or exposed 'is improved by the lower dielectric air, thereby improving the high frequency characteristics of the second connection terminal. Another purpose of the present invention is to provide a front opening at the front end of the insulating seat, a rear opening at the rear end, and an assembly passage through the front opening and the rear opening, and a bottom opening is provided on the bottom side of the insulating seat The bottom opening is in communication with the rear opening and the assembly passage; the tongue plate can be inserted into the assembly passage from the rear end of the insulating seat such that the front end of the tongue protrudes from the front end of the insulating seat, and the tongue The plate can be positioned and positioned in the assembly channel by configuration. A further object of the present invention is that the assembly channel is disposed adjacent to one side of the insulating seat, and an inner wall of the inner wall adjacent to one of the centers of the insulating seat is recessed with a plurality of terminal passages. Each of the terminal slots includes a first elastic portion, a first extending portion and a first pin portion, and each of the elastic portions The front end further includes a first contact portion, and when the tongue plate is inserted into the assembly passage from the rear end of the insulating seat body, each of the first contact portions can pass through the (four) respective terminal passages and be insulated from the insulation The front end of the seat. The purpose of the invention is that each of the first and second extension portions has a curved configuration. The first and second pin portions are directed to the bottom side of the insulating base body, and are opened from the bottom. The position of the cymbal protrudes from the bottom side of the yoke body, and the connector further includes a positioning plate. The positioning plate can be assembled to the bottom opening by mutual matching of the configurations, and the positioning plate is provided with a plurality of fixed 侃. Each of the positioning holes corresponds to each of the cymbals and the second leg portions ′ such that the soft-position plate is assembled into the body by the bottom opening and the insulating seat body, and each of the pin-shaped portions can be divided into corresponding ones. Positioning holes and protruding from the underside of the positioning plate. The purpose of the present invention is to provide a mounting member on the surface of the metal casing so that the metal casing can be stably mounted on the circuit board. For the purpose of making a more in-depth understanding and understanding of the purpose, technical features and efficacy of this creation, the following examples are combined with the drawings, and the details are as follows: [Embodiment] This creation is a vertical connection. , can be set on a circuit board, please refer to Figure 3, Figure 4 and Figure 5, which is a USB 3.0 connector, including - metal housing 2, - insulating body 3, multiple - a connection terminal 4 and a plurality of second connection terminals 5', wherein the metal housing 2 exhibits an upright cube configuration with a height greater than the visibility, an accommodating space 22 is provided therein, and a plug-in interface 21 is provided at the rear end. An assembly port 23 is disposed at the end, and the insertion port 21 M420064 and the assembly port 23 are respectively connected to the accommodating space 22, and a rear cover 24 can be assembled to the assembly port 23 by matching the configuration, so that the back cover is The metal housing 2 can be integrated with the metal housing 2, and a retaining opening 25 is defined in the bottom side of the metal housing 2, and the retaining opening 25 is also in communication with the receiving space 22. The surface is provided with a mounting member 26 to enable the metal housing 2 to be stably secured The circuit board. The insulative housing 3 is received in the accommodating space 22, and includes an insulating base 31 and a tongue 32. The insulating base 31 also has an upright configuration, and a front opening 311 is provided at the front end thereof, and the rear end is provided. There is a rear opening 313, and an assembly passage 312 is formed between the front opening 311 and the rear opening 313. The bottom side of the insulating base 31 is provided with a bottom opening 315. The bottom opening 315 is connected to the rear opening 313 and the assembly. The channel 312 is connected to each other. The insulating block 31 further includes a positioning plate 33. The positioning plate 33 is provided with a plurality of positioning holes 331, and can be assembled to the bottom opening 315 by mutual matching. The assembly channel 312 is assembled. Provided on a side adjacent to the insulating seat 31, and an inner wall adjacent to one side of the insulating seat body & a side of the center is slid with a plurality of terminal passages 314; the tongue plate 32 can be inserted into the assembly from the rear opening 313 of the insulating seat body The channel 312 is such that the front end of the tongue plate & protrudes from the front end of the insulating seat 31, and the tongue plate 32 can be matched and positioned in the assembly channel 312 by a configuration, and the tongue plate 32 is provided with a plurality of terminals. a slot 324, each of the terminal slots 324 corresponding to each of the terminals Road 314. Each of the first connection terminals 4 includes a first-elastic portion Μ, a first-extension portion 42 and a first-leg portion 43 in sequence, and the first end of the miscellaneous-elastic portion 41 includes a second contact #411' and each The first elastic portion 41 can be received in each of the terminal slots 324. When the tongue plate 32 is inserted into the assembly channel 312 from the opening (10) M420064 of the insulating seat 31, each of the first contact portions 411 can pass through the phase. Corresponding to each of the terminal passages 314, and exposed at the front end of the insulating base 31, the device for compliant with the USB 2. G is electrically connected to the first connecting terminals 4: each of the first extending portions 42 is In the curved configuration, each of the first and second accommodating portions protrudes from the bottom opening 315 on the bottom side of the insulating base 31 and protrudes from the retaining opening 25 on the bottom side of the metal casing 2. κ Refer to Fig. 6 'The signal transmission speed of each of the second connection terminals 5 is higher than the first connection terminal 4 (as shown in Fig. 4), and each of the second connection terminals 5 includes a first The two contact portions 51 , a second extension portion 52 , and a second pin portion 53 . Referring to FIG. 7, the second connection terminal 5 can be combined with the tongue plate %, and each of the second contact portions 51 is exposed at the front end of the tongue plate 32 for - conforming to USB 3. The device is electrically connected to the second connection terminals 5. Preferably, the second connecting terminals 5 are combined with the tongue and the tongue by a process of insert molding, and each of the second extending portions 52 is wrapped in the tongue plate %, However, the connection relationship between the second connecting terminal 5 and the tongue 32 is not limited thereto, and a channel or a mounting hole may be formed in the board 32 to enable the second connecting terminal 5 to The tongue plate 32 is assembled into a body, and the manufacturer can change the structure according to the requirements of the process or the production line and the like. Since the tongue is made of an insulating material, in order to prevent the insulating material coated with a higher dielectric constant from being wrapped around each of the second extensions, the high frequency characteristic of the second connecting terminals 5 is violated. Corresponding to the position of the second extension portion 52, a plurality of openings 321 are reserved respectively to adjust the area where the 5, Up 52 is covered or exposed, and the second connection terminal 5 is raised by the air having a lower dielectric constant. High frequency characteristics. M420064, please refer to FIG. 6 'each of the second extensions 52 is in a curved configuration'. Therefore, the second extensions 52 form an internal and outer relationship, wherein the second extensions are adjacent. The second extension 52 of the inner ring of the portion 52 is formed with at least one bypass bend 52 to increase the transmission path L of the second extension 52 of the inner ring and thereby reduce the transmission of the pair of second extensions 52. The long-term difference between the paths is such that the paired second connection terminals 5 do not affect the transmission of the dragon due to the difference of the transmission paths, and in the process of high-speed transmission (4), the difference in length of the transmission paths can be effectively avoided. The differential pair is skewed to ensure that the second connection terminal 5 can correctly transmit data, so as to effectively solve the problem caused by the difference in the transmission path. In addition, the connector further includes a grounding terminal G, which is in a curved configuration. Referring to FIG. 5, the grounding terminal G can be assembled to the tongue 32, when the tongue is smashed Assembled into the insulating base 31, the grounding terminal G<-end can be exposed at the front end of the insulating base 31 for the other device to be connected with the grounding terminal g, and the other end protrudes from the insulating The bottom side of the seat body 31 and protrudes from the let-off port to the thinness of the metal casing 2. Referring to FIG. 6, the grounding terminal g is disposed between the second connecting terminals 5, and is divided between the adjacent second connecting terminals 5, separated by - equal width _: D, when such The second connection terminal 5 performs the configuration of the scale _D when the signal is transmitted, and the generation of the crosstalk is reduced by the ground terminal. Referring to FIG. 5 and FIG. 7 , the second leg portions 53 protrude from the bottom side of the plate 32. When the tongue plate 32 is assembled to the insulating seat 31, the second connection The leg portion 53 protrudes from the bottom opening 315 from the bottom side of the insulating seat body and protrudes from the retaining position σ 25 on the bottom side of the metal casing 2; the complex 12 M420064, see Fig. 6, each of which The second extension portion 52 and each of the junctions are slightly wider than the second extension portion 52 and the second pin leg portion 53 to adjust the impedance value of each of the second connection terminals 5 / the average width. In the figure, when the first connecting terminal 4 and the terminal 5_ are assembled by the fresh plate 32 to the juxtaposition hole 331 respectively corresponding to the first pin portions 43 and the respective _ 〜 疋, so that the positioning plate 33 is The bottom opening 315 (when the first body 31 is assembled into a body), the first pin portion 43 and each of the second leg portions 53 can respectively pass through the corresponding positioning holes 331, and the positioning plate is protruded. The lower side of the 33, so that the first connecting terminal 4 and the second connecting end 5 can be more stably assembled in the insulating base 31. Thus, the design of the terminal is turned over by the present invention. The USB 3.0 specification connector is made in an upright configuration and is mounted on the circuit board, which can greatly reduce the area occupied by the connector, so that the manufacturer can effectively increase the miscellaneous application when designing the circuit board. Elasticity. The above description is only for the purpose of this creation. The preferred embodiment is only the Baoxianwei claimed by the author. It is not limited to this. Those who are familiar with the technical field of the side can easily think after considering this creation. And the change and the dance, should belong to the scope of the creative protection _ ^ " [Simple diagram of the diagram] Figure 1 is a schematic diagram of the explosion of the conventional connector; Figure 2 is a cross-sectional view of the conventional connector 3 is a schematic exploded view of a preferred embodiment of the present invention; M420064 FIG. 4 is a schematic diagram of a preferred embodiment of the present invention; FIG. 5 is an exploded view of a preferred embodiment of the present invention; FIG. 7 is a schematic structural view of a second connecting terminal of the preferred embodiment; and FIG. 7 is a schematic structural view of a tongue plate and a second connecting terminal of the preferred embodiment of the present invention. [Main component symbol description] Metal housing... 2 plug Interface... 21 accommodating space..... .22 Assembly port... 23 Rear cover...24 Retaining port... Milk mounting member...26 Insulation body...3 Insulation seat Body...31 Front opening 311 Assembly channel...312 Rear opening... 313 Terminal channel 314 Bottom opening... 315 Tongue... .32 Opening 321 M420064 Terminal slot... 324 Positioning plate... 33 Positioning hole... 331 First connection terminal... 4 First elastic part... 41 First contact part... 411 First extension part... 42 One pin... 43 Second connection terminal... 5 Second contact part... 51 Second extension part... 52 Bypass bending... 521 Second pin...53
接地端子 ......GGround terminal ......G
間隙 …… D 15Clearance ...... D 15