TWI356537B - Electrical connector and its insert method - Google Patents
Electrical connector and its insert method Download PDFInfo
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- TWI356537B TWI356537B TW97123002A TW97123002A TWI356537B TW I356537 B TWI356537 B TW I356537B TW 97123002 A TW97123002 A TW 97123002A TW 97123002 A TW97123002 A TW 97123002A TW I356537 B TWI356537 B TW I356537B
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Description
1356537 九、發明說明： 【發明所屬之技術領域】 本發明主要涉及-種電連接器，尤指一種既 插座元件（如，標準USB插座連接器），又可穩固對接— 頭元件（如，記憶卡）的電連接器，以及該電連接器的插 【先前技術】 USB (Universal Serial Bus，通用串列匯流排）是一 種可傳輸高速信號的電連接器，目前廣泛用於連接各種電 子主機與外部設備。隨著USB連接器的普及，業内人士開 始以原有的USB標準為基礎進行進一步研發，設計各種具 有拓展功此、可同日守傳輸標準USB介面電信號和額外電信 號（如記憶卡電信號）的電連接器。 標準USB連接器1〇〇 (請參閱第一、二圖），通常具有 一絕緣本體110、該絕緣本體110包括一基部丨11 ’該基部 111向前延伸形成一舌板112’多個端子通道113沿對接方 向延伸貫穿基部111，並延伸於舌板112 —表面，多個導 電端子120分別對應設置於所述端子通道113，且每一導 電端子120具有一接觸部123、一尾部122及一連接接觸 部123與尾部122的固定部121。 目如的記憶卡4 (請參閱第三圖），如Mi card，其一般 具有一插接端（前端）41及一相對端（後端）42、一第一 絕緣表面（正面）43及一第二絕緣表面（反面）44，該第 一絕緣表面43靠近插接端41處設有一第一介面45，該第 一介面45可為USB介面，該第一介面45具有多個成排設 7 1356537,1356537 IX. Description of the Invention: [Technical Field] The present invention relates generally to an electrical connector, and more particularly to a socket component (e.g., a standard USB receptacle connector) and a stable docking-head component (e.g., memory) The electrical connector of the card and the plug of the electrical connector [Prior Art] USB (Universal Serial Bus) is an electrical connector that can transmit high-speed signals and is widely used to connect various electronic hosts. external device. With the popularity of USB connectors, the industry began to further research and develop based on the original USB standard, designing various USB communication signals and additional electrical signals (such as memory card electrical signals). ) electrical connector. The standard USB connector 1 (refer to the first and second figures) generally has an insulative housing 110. The insulative housing 110 includes a base portion 11'. The base portion 111 extends forward to form a tongue plate 112'. The conductive terminal 120 has a contact portion 123, a tail portion 122 and a conductive terminal 120 respectively disposed on the surface of the tongue plate 112. The fixing portion 121 of the contact portion 123 and the tail portion 122 is connected. The memory card 4 (see the third figure), such as the Mi card, generally has a plug end (front end) 41 and an opposite end (rear end) 42, a first insulating surface (front) 43 and a a second insulating surface (reverse surface) 44, the first insulating surface 43 is provided with a first interface 45 near the plugging end 41, the first interface 45 can be a USB interface, and the first interface 45 has a plurality of rows 7 1356537,
置的第一接觸接點450。此外，該第一絕緣表面43上還可 設有與該第一介面45相鄰的一第二介面46，該第二介面 46具有多個成排設置的第二接觸接點460 ’該第一絕緣表 面43靠近相對端42處還可設有一第三介面47，該第三介 面47具有多個成排設置的第三接觸接點470 °當然’該第 一絕緣表面43上亦可設有其他類型的介面。而該5己彳思卡4 的第二絕緣表面44 一般未設有介面，所述第二絕緣表面 44兩侧緣分別凹設有一凹陷部440，所述凹陷部440分別 與該第二絕緣表面44形成一臺階面。 未有記憶卡電連接器時（請參閱第二圖）’均採用將記 憶卡4直接插入傳統USB連接器1〇〇，使所述記憶卡4的 第一介面45的各第一接觸接點450與各導電端子120的接 觸部123對應導接，以實現電性連接。然’因記憶卡4較 長其突出連接器外的長度太大，會出現晃動，且晃動時容 易碰到其他物體，使得記憶卡4及USB連接器100受到損 傷。 、The first contact contact 450 is disposed. In addition, a second interface 46 adjacent to the first interface 45 may be disposed on the first insulating surface 43. The second interface 46 has a plurality of second contact contacts 460 disposed in a row. A third interface 47 may be disposed adjacent to the opposite end 42 of the insulating surface 43. The third interface 47 has a plurality of third contact contacts 470 in a row. Of course, the first insulating surface 43 may be provided with other Type interface. The second insulating surface 44 of the 5th card 4 is generally not provided with an interface, and the two sides of the second insulating surface 44 are respectively recessed with a recess 440, and the recess 440 and the second insulating surface respectively 44 forms a step surface. When there is no memory card electrical connector (refer to the second figure), the memory card 4 is directly inserted into the conventional USB connector 1〇〇, so that the first contact contacts of the first interface 45 of the memory card 4 are 450 is electrically connected to the contact portion 123 of each of the conductive terminals 120 to achieve electrical connection. However, because the length of the memory card 4 is too long, the length of the connector outside the connector is too large, and swaying occurs, and the other objects are easily caught when the card is shaken, so that the memory card 4 and the USB connector 100 are damaged. ,
為解決前述問題，目前出現一種 - ..一〜.一队R列电迓按器200 (請參閱第四圖），其在傳統USB連接器100的基礎上，將 基部ill的長度增長，且將基部m延伸設有舌板112的 一面向内凹設一插槽114，該插槽114底部與該舌板112 上延伸設有端子通道Π3的一侧大致持平，而每一導電端 子120亦具有前接觸部丨23及後接觸部124，可分別容置 於端子通道113位於舌板112的部份及位於插槽= 的部份。該改良的電連接器200，使得記憶卡4严-β 時能接觸記憶卡4接觸接點而產生信號連接，這；：： 4突出電連接n咖量很小，不會出現晃動，且晃動日^ 8 1356537, 不會輕易碰到其他物體。但因記憶卡4插入時，其第—介 面45的各第一接觸接點45〇將首先會對應接觸到各導電^ 子120的如接觸部123，插到位後才與每一導電端子12〇 的後接觸部124穩固導接，故，記憶卡4插接過裎中，會 出現短暫的導通，而後出現短暫的非導通，進而才產生穩 定的電性導通’如此，可㉟會造成系、统、記憶卡的損壞^ 又因記憶卡4表面可能不只一個介面’記憶卡4插到位後， 所述導電端子120的前接觸部123也可能會與記憶卡4表 面的其他介面的接觸接點（如第二介面46的第二接觸接點 460)接觸，因記憶卡4各介面導通時傳輸的信號或承载的 電壓不同，將產生不特定的導通，而導致信號傳輸的混亂， 進而造成系統、記憶卡的損壞。 因此，有必要設計一種新的電連接器及該電連接器的 插接方法以解決前述問題。 【發明内容】 本發明的目的在於提供一種既可對接一插座元件（如 ，標準USB插座連接器），又可穩固對接一插頭元件（如， 記憶卡），且在對接插頭元件時信號傳輸穩定的電連接器， 以及該電連接器的插接方法。 ° 本發明之電連接器，包括：一絕緣本體，其設有一主 體部，所述主體部前端向後端凹設形成一第一收容空間， 所述主體部於第一收容空間的頂面延伸設有多個間隔排列 的第一端子通道，所述主體部前端設有一第二收容空間， 戶斤述第一收容空間與第一收谷空間相連通，所述主體部的 前端面向前延伸設有一舌板，該第二收容空間位於舌板的 上方，該舌板具有一工作面，於所述工作面上延伸設有多 9 1356537. 個間隔排列的第二端子通道；多個第一導電端子，分別對 應收容於上述第一端子通道内；多個第二導電端子，分別 對應收容於上述第二端子通道内。 與現有技術相比，本發明之電連接器，所述第一收容 空間的頂面延伸設有多個間隔排列的第一端子通道，所述 舌板具有一工作面，於所述工作面上延伸設有多個間隔耕 列的第二端子通道，故所述第一端子通道與第二端子通道In order to solve the aforementioned problems, there is currently a -.. a ~. R-column press 200 (see the fourth figure), which increases the length of the base ill based on the conventional USB connector 100, and A slot 114 is defined in the inner surface of the tongue plate 112. The bottom of the slot 114 is substantially flush with the side of the tongue plate 112 extending from the terminal channel Π3, and each of the conductive terminals 120 is also The front contact portion 23 and the rear contact portion 124 are respectively received in a portion of the terminal passage 113 at the tongue 112 and at a portion where the slot =. The improved electrical connector 200 enables the memory card 4 to contact the contact point of the memory card 4 to generate a signal connection when it is strict-β; this:: 4 protruding electrical connection n is small, no shaking, and shaking Day ^ 8 1356537, will not easily touch other objects. However, when the memory card 4 is inserted, each of the first contact contacts 45 of the first interface 45 will first contact the contact portion 123 of each of the conductive electrodes 120, and the conductive terminals 12 are inserted after being inserted into the position. The rear contact portion 124 is firmly connected, so that the memory card 4 is inserted into the crucible, and a short conduction occurs, and then a short non-conduction occurs, so that a stable electrical conduction is generated, so that 35 can cause the system. The damage of the memory card is also due to the fact that the surface of the memory card 4 may have more than one interface. After the memory card 4 is inserted, the front contact portion 123 of the conductive terminal 120 may also be in contact with other interfaces on the surface of the memory card 4. (such as the second contact contact 460 of the second interface 46) is in contact with each other, because the signals transmitted by the interfaces of the memory card 4 or the voltages carried by them are different, which will cause unconventional conduction, which leads to confusion of signal transmission, thereby causing the system. The damage of the memory card. Therefore, it is necessary to design a new electrical connector and a method of plugging the electrical connector to solve the aforementioned problems. SUMMARY OF THE INVENTION It is an object of the present invention to provide a docking component (eg, a standard USB receptacle connector) and a docking component (eg, a memory card), and stable signal transmission when docking the plug component Electrical connector, and the method of plugging the electrical connector. The electrical connector of the present invention includes: an insulative housing, the main body portion is recessed toward the rear end to form a first receiving space, and the main body portion is extended on a top surface of the first receiving space. There is a plurality of first terminal passages arranged at intervals, and a front end of the main body portion is provided with a second receiving space, wherein the first receiving space communicates with the first receiving space, and the front end of the main body portion extends forwardly. a second receiving space is located above the tongue plate, the tongue plate has a working surface, and a plurality of 9 1356537. second terminal channels arranged at intervals are arranged on the working surface; a plurality of first conductive terminals Each of the plurality of second conductive terminals is respectively received in the second terminal channel. Compared with the prior art, in the electrical connector of the present invention, the top surface of the first receiving space extends with a plurality of spaced-apart first terminal channels, and the tongue plate has a working surface on the working surface. Extending a plurality of second terminal channels spaced apart, so the first terminal channel and the second terminal channel
不在同一平面，且沿插接方向形成一前一後的排列；又’ 由於多個第一導電端子，分別對應收容於上述第一端子通 道内，多個第二導電端子，分別對應收容於上述第二端子通 道内，故第一導電端子與第二導電端子亦不在同一平面， 且沿插接方向形成一前一後的排列。當插入一插座元件 (如，標準USB插座連接器）時，該插座元件可與第二導 電端子對應導接；而當插入一插頭元件（如，記憶十Not in the same plane, and forming a tandem arrangement along the plugging direction; and 'a plurality of first conductive terminals are respectively received in the first terminal channel, and a plurality of second conductive terminals are respectively received in the above In the second terminal channel, the first conductive terminal and the second conductive terminal are also not in the same plane, and a front-to-back arrangement is formed along the plugging direction. When a socket component (e.g., a standard USB receptacle connector) is inserted, the socket component can be connected to the second conductive terminal; and when a plug component is inserted (e.g., memory ten)
Micard)時，將該記憶卡設有接觸接點的一面與位於第〆 收容空間内的第一導電端子對應導接，而該記憶卡未設濟In the case of Micard, the side of the memory card having the contact contact is correspondingly connected to the first conductive terminal located in the second accommodating space, and the memory card is not provided.
接觸接點的一面與所述第一收容空間的底面貼合，於是贫 憶卡只與第—導電端子對應導接，不會有其他信號的奉 擾’故信號傳輸敎；X記針插人時將依次穿設於 收容空間至第一收容空間内，故記憶卡插 凸 該電連接器的量不會太大，這樣 」：傻凸出於 故記憶卡賴_。 丨灯Μ現晃動’ 本發明之電連接器，包括： 伸設置的插頭連接器;所述插 體部’所述主體部前端向後端 心具有一多 主雜部於所述插接空間的頂面延伸設有;二 10 ;所述插頭連接器包括—讀由上述插座連接 田體部底部㈣向前延伸’於該舌板_表面延伸設有 $個^鬲排列的第二導電端子；藉此，當對接—插頭元件 二返插頭兀件穿經所述插頭連接器的舌板上方，而恰 ^於所述插座連接II的插接空間；當對接—插座元件 l斤逑插紅件恰包覆所賴頭連接^的魏，而被撐 止於所述插座連接器外。One side of the contact contact is attached to the bottom surface of the first receiving space, so that the memory card is only connected to the first conductive terminal, and there is no other signal to disturb the signal transmission; the X pin is inserted The time will be sequentially placed in the accommodating space to the first accommodating space, so the amount of the memory card inserted into the electrical connector will not be too large, so that the stupidity is due to the memory card _. The electric connector of the present invention includes: a plug connector that is extended; the front end portion of the main body portion has a multi-master portion at the top of the plug-in space The extension is provided; the second connector; the plug connector comprises: reading the second conductive terminal arranged by the socket to connect the bottom portion of the body portion (4) to extend forwardly on the surface of the tongue plate _ surface; Therefore, when the docking-plug component two-way plug member passes over the tongue plate of the plug connector, just the socket space of the socket connection II; when the docking-socket component is inserted into the red component The cover is connected to the Wei of the head and is supported outside the socket connector.
口口與現有技術相比，本發明之電連接器，所述插座連接 :具有-主體部，所述主料前端向後翻陷形成一插接 二間，所述主體部於所述插接空間的頂面延伸設有多個間 隔排列的第-導電端子’當對接—插頭元件（如，記憶卡 Micard)時，所述插頭元件穿經所述插頭連接器的舌板上 方，而恰插設於所述插座連接器的插接空間，將該插頭元 件僅與位於插接空間内的第一導電端子對應導接，於是插 頭元件只與第-導電端子對應導接，*會有其他信號的串 擾，故彳§號傳輸穩定；又插頭元件插入時，所述插頭元件 牙經所述插頭連接器的舌板上方，而恰插設於所述插座連 接盗的插接空間’即插頭元件被定位於插接空間内及舌板 上方’故插頭元件插入到位後凸出於該電連接器的量不會 太大’這樣一來’就不會出現晃動’故插頭元件對接穩固。 本發明之電連接器，包括：一主體部，所述主體部前 端凹設形成一收容空間，所述主體部的前端向前延伸設有 一凸台’該凸台頂部形成一導引面連接所述收容空間底 面’所述主體部底部凹設有一缺口連通所述收容空間；多 個第一導電端子’間隔排列設置於所述收容空間的頂面， 且所述第一導電端子向後延伸穿過所述主體部後端而後向 11 下考折形成一第一 毁置於該凸、Z接部；多個第二導電端子，間隔排列 形成—第：’且延伸至缺口處，炎向下'料 與現有技術相4，士 Λ 端凹設形成-收容π，明之電連接器，戶斤述主體部前 卫閭，夕個第一導電端子，間隔排列設 卡頂面，當插入-插頭:件（如，記憶 容空間内的第-導;觸接點的-面與位於收 觸接點的一面盥 子應導接，而該記憶卡未設有接 與第-導電端㈣的底面貼合’於是記憶卡只 號傳轸g #不會有其他錢的串擾，故信 該形另成=f體部的前端向前延伸設有-凸台， 卡插入時自所述導引面 艾。己隐 卡可收I於所n2I 斤述收谷二間内，即所述記憶 面上方空間及所述收容空間構成的較 =插汉工間内，故記憶卡插入後凸出於該電 =會太大，樣-來’就不會出現晃動，故記憶卡 另，夕個第—導電端子，_排列設置於該凸台的^ 上，且延伸至缺口處’並向下彎折形成-第二連^邱 而不是如所述第-導電端子向後延伸穿過所述 後才向下彎折延伸，故減小了所述第二導電端子的二；J 度，節約了製造材料，降低了生產成本，且有效減=了二 號的傳輸距離，減小了阻抗，有利於高頻傳輸。 乜 本發明之電連接器的插接方法，包括有如下步驟 提供一電連接器，所述電連接器包括：一主體部，所述主 體部前端面向後端面凹設形成一收容空間，所述主體苦^、 底部前端向前延伸設有一舌板;多個第一導電碑子，： 12 1356537. 排列設置於所述收容空間的頂面，多個第二導電端子，間 隔排列設置於該舌板上表面；（2)提供一記憶卡，其具有一 第一絕緣表面及與所述第一絕緣表面相對的第二絕緣表 面，所述第—絕緣表面設有多個間隔排列的接觸接點；（3) 將該記憶卡對應置於所述電連接器前方，並使所述第一絕 緣表面朝上，而相對的所述第二絕緣表面朝下；（4)推動該 記憶卡，使該記憶卡自所述電連接器的所述舌板上方進入 所述收容空間内，並恰使所述第一絕緣表面的該等接觸接 點的每一接觸接點分別與一所述第一導電端子對應導接， 而所述第二絕緣表面與所述第二導電端子接觸。 與現有技術相比，本發明之電連接器的插接方法，推 動該記憶卡，使該記憶卡自所述電連接器的所述舌板上方 進入所述收容空間内，並恰使所述第一絕緣表面的該等接 觸接點的每一接觸接點分別與一所述第一導電端子對應導 接，而所述第二絕緣表面與所述第二導電端子接觸，^於 是記憶卡只與第一導電端子對應導接，不會有其他信號的 串擾，故信號傳輸穩定；又該記憶卡自所述電連接器的"所 述舌板上方進入所述收容空間内，即該記憶卡收容於所 舌板上方的空間及所述收容空間形成的插設空間内，故： 憶卡插入後凸出於該電連接器的量不會太大，這樣一來圮 就不會出現晃動，故記憶卡對接穩固。 · 【實施方式】 下面結合附圖和具體實施例對本發明電連接器作 步說明。 請參閲第五圖、第七圖和第十二圖，本發明電連 1，可裳設於電路板2上，用於對接—插座元件（如 = 13 1356537 的USB插座連接器）3或〆插頭元件（如，記憶卡M i card ) 4，該電連接器1包括一絕緣本體5、多個導電端子6及一 遮蔽殼體7。 請參閱第五至八圖，所述絕緣本體5 ’包括一主體部 51，該主體部51前端面向後端面凹設形成一第一收容空間 (插接空間）52，所述主體部51頂部及第一收容空間52 的頂面之間延伸設有多個間隔排列的弟一端子通道5 21。 戶斤述第一收容空間52至少一侧設有一防呆單元522，在本 實施例中防呆單元為設置於所述第一收容空間52靠近底 面的兩側的凸塊522，所述凸塊522分別與該第一收容空 間52的底面形成一臺階面’所述記憶卡4的所述第二絕緣 表面44兩侧緣分別凹設有一凹陷部440，該凸塊522與該 四陷部440相配合，防止記憶卡4插入時插錯邊，即當所 述記憶卡4正確插入時，所述凸塊522剛好卡合於該記憶 十4的凹陷部440，並可起到導引的作用，當所述記憶卡4 摊#邊時，該凸塊522可將該記憶卡4阻擋於第一收容空 間52外（同時參照第九圖所示）。所述主體部51的前端面 向前延伸設有一舌板（凸台）54，所述絕緣本體5的主體 部51前端還設有一第二收容空間（容置空間）53,該第二 收容空間53位於該舌板54的上方，並與所述第一收容空 間52相連通’該舌板54具有一工作面541 ’在本實施例 中’所述工作面541為所述舌板54上與所述第二收容空間 53相鄰接的面’即，所述工作面541為所述舌板54的頂 面，此時’所述工作面541亦形成一恰可在插接記憶卡4 時，導引所述記憶卡4進入所述第一收容空間52的導引面 Μ1。當然還可以根據情况將所述舌板54上背離第二收容 1356537. ^ 53的面作為工作面。所述工作面541上延伸設有多個 工s _列的第二端子通道542 ’該等第一端子通道521的 ^ ^第〆端子通道521與每一所述第二端子通道542對應 f置。所述主體部51底部凹設有一缺口 551連通所述第— =六作問52 ’所述主體部51於臨接所述缺口 551處形成 安#面552，所述缺口 551與所述安裝面552共同形成 一安裝部55 ° 靖參閱第六、第七圖，所述遮蔽殼體7，其抵接於所述 主體苟5 51前端，並包圍所述舌板54及第二收容空間53 ’ 并成一<供外接電子元件插入的對接部（插接口）70 ’所 述對接部70包括所述遮蔽殼體7與所述舌板54共同圍設 形成的/包括第二收容空間53在内的對接空間。所述遮蔽 殼體7設有一頂板Ή、一底板72、及兩側板73，所述第 二收容空間53由該頂板71及所述舌板54的工作面541 園成。所述遮蔽殼體7上設有延伸入插接口 70内的多個彈 片74及由其兩側板73向外彎折延伸的焊接片75,該焊接 片75可與電路板2上相應的焊接點（未圖示）焊接’從而 將遮蔽殼體7固定於電路板2上。 請參閱第七、十、十一圖，所述導電端子6 ’包括多 個第一導電端子61及多個第二導電端子62 ’多個第一導 電端子61形成第一組導電端子，多個第二導電端子62形 成第二組導電端子。其中，所述第一導電端子61對應容設 於所述第一端子通道521，每一所述第一導電端子61具有 一向前延伸的第一接觸部611，且每一所述第一導電端子 61向後延伸穿過所述主體部51後端而後向下（即’向所 述電路板2)彎折延伸形成一第一連接部612，所述第一連 15 接部612與所述第一接觸部611相連接，且相互垂直設置。 户斤述第二導電端子62，其與第一導電端子61的結構相類 似，該第二導電端子62對應容設於所述第二端子通道 542，每一所述第二導電端子62具有一向前延伸的第二接 觸部621，且每一所述第二導電端子62延伸至缺口 551 處，並向下（即’向所述電路板2)彎折延伸形成一第二 連接部622 ’所述第二連接部622與所述第二接觸部621 相連接，且相互垂直設置，即，所述第二連接部622於所 述缺口 551内豎直向下延伸。在本實施例中，每一所述第 二導電端子62延伸至缺口 551處即向下彎折延伸，而不是 如所述第一導電端子61向後延伸穿過所述主體部51後端 才向下彎折延伸’故減小了所述第二導電端子62的整體長 度，節約了製造材料’降低了生產成本’且有效減小了信 號的傳輸距離，減小了阻抗，有利於高頻傳輸。另，在俯 視方向上，對應設置的所述第一導電端子61和第二導電端 子62處於同一直線（如第十一圖中相互平行的各端子中心 線Rl、R2、R3、R4所示），且每一所述第一導電端子μ 的$—接觸部611與相應設置的所述第二導電端子62的第 二接觸部621部份重疊，即，每一所述第一導電端子μ 的第一接觸部611前端位於相應設置的所述第二導電端子 62的第二接觸部621的後端的上方。所述導電端子6的結 構特徵及排列方式’不僅使電連接器1可與傳統的插座元 件（如’標準USB插座連接器）3有效對接，而且可實現 與現今記憶卡4的正確導接（請參閱第三圖，現今記憶卡 4介面，如第一介面45為USB介面時，即，所述記憶卡4 採用的是第三圖中的第一接觸接點450的設置方式時，該 1356537. β插頭連接器實現導接），使得該記憶 弟 接點450無需另外進行排列設置。當然 在其^施财’所料電端子6也可根據需要為其他形 式構餘及排列方式，以配合與該電連接ϋ 1相配接 的插座7L件3及記憶卡4上的接觸接點的設置，在此不再 贊述。In the electrical connector of the present invention, the socket is connected to have a body portion, and the front end of the main material is folded backward to form a plug-in two, and the main body portion is in the plug-in space. The top surface extension is provided with a plurality of spaced-apart first-conducting terminals 'when docking-plug elements (eg, memory card Micard), the plug elements pass over the tongue of the plug connector, and are just inserted In the plug-in space of the socket connector, the plug component is only connected to the first conductive terminal located in the plug-in space, so that the plug component only connects with the first-conducting terminal, and * has other signals. Crosstalk, so 彳 § transmission is stable; when the plug component is inserted, the plug component passes over the tongue of the plug connector, and the plug component is inserted into the plug connection of the socket It is located in the docking space and above the tongue plate. Therefore, the amount of the connector that protrudes into the position after the plug component is inserted is not too large, so that there is no sloshing, so the plug component is docked firmly. The electrical connector of the present invention comprises: a main body portion, the front end of the main body portion is recessed to form a receiving space, and a front end of the main body portion is forwardly provided with a boss. The top of the boss portion forms a guiding surface connecting place. a bottom surface of the receiving space is recessed with a notch communicating with the receiving space; a plurality of first conductive terminals are spaced apart from each other on a top surface of the receiving space, and the first conductive terminal extends rearward through The rear end of the main body portion and the rear portion 11 are folded to form a first ruined portion, and the plurality of second conductive terminals are arranged at intervals to form a first: 'and extend to the notch, and the inflammation is downward' Material and the prior art phase 4, the girth end recessed to form - contain π, Ming electrical connector, the main body of the main body avant-garde, the first conductive terminal, the top of the card is arranged at intervals, when inserted - plug: (For example, the first guide in the memory space; the contact surface of the contact point and the dice on the contact point of the contact contact should be connected, and the memory card is not provided with the bottom surface of the first conductive end (four) 'So the memory card only number 轸g ## will not have other Crosstalk, so it is believed that the front end of the body is replaced by a - boss, and the card is inserted from the guide surface. The hidden card can receive I in the n2I. Inside, that is, the space above the memory surface and the accommodating space are relatively smaller than the insertion room, so the memory card is inserted after the protrusion = the power will be too large, and the sample-like will not sway, so The memory card is further provided with a conductive terminal _ arranged on the boss of the boss and extending to the notch and bent downward to form a second connection instead of the first conductive terminal being rearward. After extending through the above, the bending is extended downward, so that the second degree of the second conductive terminal is reduced, the manufacturing material is saved, the production cost is reduced, and the transmission distance of the second number is effectively reduced. The electrical impedance of the present invention includes the following steps: The rear end surface is recessed to form a receiving space, and the main body is bent and the front end of the bottom is extended forward. a plurality of first conductive monuments, 12 1356537. arranged on a top surface of the receiving space, a plurality of second conductive terminals arranged at intervals on the surface of the tongue plate; (2) providing a memory card The first insulating surface and the second insulating surface opposite to the first insulating surface, the first insulating surface is provided with a plurality of spaced contact contacts; (3) the memory card is correspondingly placed The front of the electrical connector with the first insulating surface facing upward and the opposite second insulating surface facing downward; (4) pushing the memory card to make the memory card from the electrical connector The top of the tongue plate enters the receiving space, and each contact contact of the contact points of the first insulating surface is respectively connected to a first conductive terminal, and the second An insulating surface is in contact with the second conductive terminal. Compared with the prior art, the method of plugging the electrical connector of the present invention pushes the memory card such that the memory card enters the receiving space from above the tongue of the electrical connector, and the Each contact contact of the contact points of the first insulating surface is respectively connected to a first conductive terminal, and the second insulating surface is in contact with the second conductive terminal, so that the memory card only Corresponding to the first conductive terminal, there is no crosstalk of other signals, so the signal transmission is stable; and the memory card enters the receiving space from above the tongue of the electrical connector, that is, the memory The card is received in the space above the tongue plate and the insertion space formed by the receiving space. Therefore, the amount of the electrical connector is not too large after the card is inserted, so that the card does not shake. Therefore, the memory card is docked firmly. [Embodiment] Hereinafter, an electrical connector of the present invention will be described with reference to the accompanying drawings and specific embodiments. Referring to the fifth, seventh and twelfth drawings, the electrical connector 1 of the present invention can be mounted on the circuit board 2 for docking-socket components (such as the USB socket connector of 13 1356537) 3 or The plug connector (eg, memory card M i card ) 4 includes an insulative housing 5, a plurality of conductive terminals 6, and a shield housing 7. Referring to the fifth to eighth embodiments, the insulative housing 5' includes a main body portion 51. The front end surface of the main body portion 51 is recessed to form a first receiving space (plug space) 52. A plurality of spaced-apart terminal passages 5 21 are defined between the top surfaces of the first receiving spaces 52. At least one side of the first receiving space 52 is provided with a foolproof unit 522. In the embodiment, the foolproof unit is a bump 522 disposed on both sides of the first receiving space 52 near the bottom surface, the bump Each of the two sides of the second insulating surface 44 of the memory card 4 is recessed with a recessed portion 440. The bump 522 and the four traps 440 are respectively formed on the bottom surface of the first receiving space 52. In cooperation, the memory card 4 is prevented from being inserted into the wrong side when the memory card 4 is inserted, that is, when the memory card 4 is correctly inserted, the bump 522 is just engaged with the recessed portion 440 of the memory 10 and can serve as a guide. When the memory card 4 is spread, the bump 522 can block the memory card 4 outside the first receiving space 52 (see also FIG. 9). The front end of the main body portion 51 is provided with a tongue plate (protrusion) 54. The front end of the main body portion 51 of the insulative housing 5 is further provided with a second receiving space (accommodating space) 53. The second receiving space 53 is provided. Located above the tongue plate 54 and communicating with the first receiving space 52, the tongue plate 54 has a working surface 541. In the present embodiment, the working surface 541 is the tongue plate 54. The adjacent surface of the second receiving space 53 is the top surface of the tongue 54. At this time, the working surface 541 is also formed when the memory card 4 is inserted. The memory card 4 is guided into the guiding surface 1 of the first receiving space 52. It is of course also possible to use the face of the tongue plate 54 facing away from the second receiving 1356537. ^ 53 as a working surface, as the case may be. The second terminal channel 542 of the plurality of s_columns is extended on the working surface 541. The second terminal channel 521 of the first terminal channel 521 corresponds to each of the second terminal channels 542. . A recess 551 is defined in the bottom of the main body portion 51 to communicate with the first portion of the main body portion 51. The main body portion 51 forms a surface 552 adjacent to the notch 551, and the notch 551 and the mounting surface The 552 is formed to form a mounting portion 55°. Referring to the sixth and seventh figures, the shielding case 7 abuts against the front end of the main body 苟51 and surrounds the tongue plate 54 and the second receiving space 53'. And abutting portion (plug-in port) 70 for inserting an external electronic component, the mating portion 70 including the shielding housing 7 and the tongue plate 54 being formed together/including the second receiving space 53 Docking space. The shielding case 7 is provided with a top plate Ή, a bottom plate 72, and two side plates 73. The second receiving space 53 is formed by the top plate 71 and the working surface 541 of the tongue plate 54. The shielding shell 7 is provided with a plurality of elastic pieces 74 extending into the insertion interface 70 and a welding piece 75 bent outwardly from the two side plates 73. The welding piece 75 can be connected with the corresponding welding points on the circuit board 2. (not shown) soldering' to fix the shield case 7 to the circuit board 2. Referring to the seventh, tenth, and eleventh drawings, the conductive terminal 6' includes a plurality of first conductive terminals 61 and a plurality of second conductive terminals 62. The plurality of first conductive terminals 61 form a first set of conductive terminals, and a plurality of The second conductive terminal 62 forms a second set of conductive terminals. The first conductive terminal 61 is correspondingly received in the first terminal channel 521, and each of the first conductive terminals 61 has a first extending portion 611 extending forward, and each of the first conductive terminals 61 extends rearward through the rear end of the main body portion 51 and then extends downward (ie, 'to the circuit board 2) to form a first connecting portion 612, the first connecting portion 612 and the first The contact portions 611 are connected and disposed perpendicular to each other. The second conductive terminal 62 is similar to the structure of the first conductive terminal 61. The second conductive terminal 62 is correspondingly received in the second terminal channel 542, and each of the second conductive terminals 62 has a direction. a second connecting portion 621 extending forwardly, and each of the second conductive terminals 62 extends to the notch 551 and is bent downward (ie, 'to the circuit board 2) to form a second connecting portion 622' The second connecting portion 622 is connected to the second contact portion 621 and disposed perpendicular to each other, that is, the second connecting portion 622 extends vertically downward in the notch 551. In this embodiment, each of the second conductive terminals 62 extends to the notch 551, that is, extends downwardly, instead of extending the rear end of the main body portion 51 as the first conductive terminal 61 extends rearward. The lower bending extension extends the overall length of the second conductive terminal 62, which saves the manufacturing material 'reduces the production cost' and effectively reduces the transmission distance of the signal, reduces the impedance, and facilitates high-frequency transmission. . In addition, in the top view direction, the corresponding first conductive terminal 61 and second conductive terminal 62 are in the same straight line (as shown by the terminal center lines R1, R2, R3, and R4 parallel to each other in FIG. 11) And the $-contact portion 611 of each of the first conductive terminals μ partially overlaps with the second contact portion 621 of the corresponding second conductive terminal 62, that is, each of the first conductive terminals μ The front end of the first contact portion 611 is located above the rear end of the second contact portion 621 of the second conductive terminal 62 that is disposed correspondingly. The structural features and arrangement of the conductive terminals 6 not only enable the electrical connector 1 to effectively interface with a conventional socket component (such as a 'standard USB receptacle connector) 3, but also achieve a correct connection with the current memory card 4 ( Please refer to the third figure, when the first interface 45 is a USB interface, that is, when the memory card 4 adopts the first contact contact 450 in the third figure, the 1356537 The beta plug connector enables the guiding so that the memory connector 450 does not need to be arranged separately. Of course, the electrical terminal 6 of the device can also be configured and arranged in other forms as needed to match the contact points on the socket 7L and the memory card 4 that are mated with the electrical connector ϋ 1 . Settings, no longer mentioned here.
請參閱第七圖，所述電路板2，其具有—對接口 2〇，且 該電路板2上設有多個間隔排列的供第一導電端子61的第 -連接部612對應插人的第—接腳孔2卜多個間隔排列的 供第二導電端子62的第二連接部622對應插入的第二接腳 孔22’以及兩個分別與所述遮蔽殼體7上的所述焊接片乃 對應焊接的焊接點（未圖示）。Referring to the seventh figure, the circuit board 2 has a pair of interfaces 2A, and the circuit board 2 is provided with a plurality of spaced-apart first connection portions 612 for the first conductive terminals 61 corresponding to the insertion a second pin hole 22 ′ corresponding to the second connection portion 622 of the second conductive terminal 62 and a plurality of spaced apart soldering pads respectively on the shielding case 7 It is the welding point (not shown) corresponding to the welding.
請參閱第七圖，組裝時，先將所述第—導電端子61 及第二導電端子62分別對應容設於所述第—端子通道521 及第二端子通道542内；再將遮蔽殼體7抵接於主體部51 前端，並包圍所述舌板54及第二收容空間53，即可組裝 成一元整的電連接器1。請同時參閱六圖，將電連接器1 裝5又於電路板2上時’將所述第一導電端子6〗及第二導電 端子62的第一連接部612及第二連接部622分別對應插設 並知接於所述電路板2上的第一接腳孔21與第二接腳孔 22中，所述遮蔽殼體7上的焊接片75與所述電路板2的 焊接點相對應焊接’此時’所述電達接器1上的安裝部55 恰好抵接於所述電路板2上，而該電連接器1的絕緣本體 5的主體部51前部及遮蔽殼體7則穿過電路板2的對接口 20，使得該電連接器1卡持於該對接口 2〇中。 請參閱第六、七圖’插接記憶卡4時，先將該記憶卡 17 纪憎本，朗所344二絕緣表面44朝下，即，㈣ 的；板7=:絕緣表面（正面)43朝向所述遮蔽殼體; 然=動= ':表:(反面)44朝向所述舌板… 舌板54上方的所述第二收容空間53進入所1 Π52内’即’該記憶卡4依次穿過所述二 矣而^第Γ收谷印52，並恰使該記憶卡4的第一絕緣 一 的第”面45的各第—接觸接點45〇分別與各第 一導電端子61的第-接觸部611對應導接，而第二絕緣表 ，44與第-收谷空間52的底面相鄰，並與所述第二導電 端子62接觸。於是，所述記憶卡4只與第一導電端子61 的第一接觸部611對應導接，不會有其他信號的串擾，故 仏號傳輸穩定；又，記憶卡4插設於第二收容空間53及第 一收容空間52共同形成的較長的插設空間内，故記憶卡4 插入後凸出於該電連接器1的量不會太大，這樣一來，就 不會出現晃動，故記憶卡4對接穩固。 綜上所述’本發明電連接器1具有如下優點： 1.本發明電連接器1，所述第一收容空間52靠近底面 的兩側分別設有一凸塊522，該凸塊522分別與該第一收 谷空間5 2的底面形成一堂階面’所述記憶卡4的所述第二 絕緣表面44兩側緣分別凹設有一凹陷部440，該凸塊522 和凹陷部440相配合，防止記憶卡4插入時插錯邊，即當 所述記憶卡4正確插入時，所述凸塊522剛好卡合於該記 憶卡4的凹陷部440，並可起到導引的作用，當所述記憶 卡4插錯邊時，該凸塊522可將該記憶卡4阻播於第一收 18 1356537. 容空間52外。 达伸 2. 本發明電連接^，每4述第二導電端子一 端 至缺口 551處即向下彎折延伸’而不是如所述第一延 子61向後延伸穿過所述主體部51後端後才向製 伸，故減小了所述第二導電端子62的整體長度節力 造材料，降低了生產成本，且有效減小了信號的傳輸瓞 減小了阻抗，有利於高頻傳輸。 3. 本發明電連接器1，在俯視方向上，對應的所， 一導電端子61及第二導電端子62處於同一直線（如第产 圖中相互平行的端子中心線Rl、R2、R3、R4所示），真每 一第一導電端子61的第一接觸部611與相應設置的第二*導 電端子62的第二接觸部621部份重疊，即’每一所述第一 導電端子61的第一接觸部611的前端位於相應設置的所述 第二導電端子62的第二接觸部621的後端的上方。所述導 電端子6的結構特徵及排列方式，不僅使電連接器1町與 傳統的插座元件（如，標準的USB插座連接器）3有效對 接，而且可實現與現今記憶卡4的正確導接（請參閱第三 圖’現今記憶卡4介面，如第一介面45為USB介面時，即， 所述記憶卡4採用的是第三圖中的第一接觸接點45〇的設 置方式時，該記憶卡4可與標準[JSB插頭連接器實現導 接），使得該記憶卡4的各第一接觸接點45〇無需另外進行 的排列設置。 4·本發明電連接器卜插接記憶卡4時，先 卡4對應置於所述電連接器4前方，並使所述 =43朝上’而相對的所述第二絕緣表面44朝下，即，使 己憶卡4的第-絕緣表面（正面）43朝向所述遮蔽= 19 7的頂板71，而第二絕緣表面（反面）44朝向所述舌板54, 然後，推動該記憶卡4，使該記憶卡4自所述電連接器土 的所述舌板54上方的所述第二收容空間53進入所述第— 收谷空間52内，即，該記憶卡4依次穿過所述第二收容空 間53與第一收容空間52，在恰使該記憶卡4的第一絕緣 表面43的第一介面45的各第一接觸接點450分別與各第 一導電端子61的第一接觸部611對應導接，而第二絕緣表 面44與第一收容空間52的底面相鄰，並與所述第二導電 端子62接觸。於是記憶卡4只與第一導電端子61的第一 接觸部611對應導接，不會有其他信號的串擾，故信號傳 輸穩定。 5.本發明電連接器1，所述記憶卡4插設於第二收容 空間53及第一收容空間52共同形成的較長的插設空間 内，故記憶卡4插入後突出於電連接器丨的量不會太大， 就不會出現晃動，故記憶卡4對接穩固。 曰 上述說明是針對本發明較佳可行實施例的詳細說明， 但實施例並非用錄定本發_申請專利範圍，凡本發明 所揭示的技術精神下所完成的同㈣化或㈣ 均應 屬於本發明所涵蓋專利範圍。 ^ 【圖式簡單說明】 Ϊ圖圖是現有電連接器與—插座树對接時的立體組合示 =圖是現有電連接器與一插頭元件對接時的立體組合示 第三圖是插頭元件的立體示意圖； 20 1356537 第四圖是一改進的電連接器與一插頭元件對接時的立體組 合不意圖， 第五圖是本發明電連接器與一插頭元件對接時的立體組合 不意圖， 第六圖是第五圖所示電連接器沿A-A方向的剖視圖； 第七圖是第五圖所示電連接器與一插頭元件對接時的立體 分解示意圖； 第八圖是第五圖所示電連接器的絕緣本體另一角度的立體 不意圖， 第九圖是第五圖所示電連接器與一插頭元件對接時另一角 度的局部剖視圖； 第十圖是第五圖所示電連接器的導電端子裝設於電路板上 的立體不意圖； 第十一圖是第五圖所示電連接器的導電端子裝設於電路板 上的俯視圖， 第十二圖是本發明電連接器與一插座元件對接時的剖視 圖。 【主要元件符號說明】 1電連接器 2電路板 20對接口 21第一接腳孔 22第二接腳孔 3插座元件 21 1356537 4記憶卡 41插接端 42相對端 43第一絕緣表面 44第二絕緣表面 440凹陷部 45第一介面 450第一接觸接點 46第二介面 460第二接觸接點 47第三介面 470第三接觸接點 5絕緣本體 51主體部 52第一收容空間 521第一端子通道 522凸塊 53第二收容空間 54舌板（凸台） 541工作面 542第二端子通道 55安裝部 551 缺口 552安裝面 22 1356537 6導電端子 61第一導電端子 611第一接觸部 612第一連接部 62第二導電端子 621第二接觸部 622第二連接部 7遮蔽殼體 70對接部（插接口） 71頂板 72底板 73側板 74彈片 75焊接片 100USB連接器 110絕緣本體 111基部 112舌板 113端子通道 114插槽 120導電端子 121固定部 122尾部 123接觸部 23 1356537 124接觸部 200電連接器Referring to the seventh figure, in the assembly, the first conductive terminal 61 and the second conductive terminal 62 are respectively accommodated in the first terminal channel 521 and the second terminal channel 542; Abutting on the front end of the main body portion 51 and surrounding the tongue plate 54 and the second receiving space 53, the integral electrical connector 1 can be assembled. Please refer to the six figures at the same time, and when the electrical connector 1 is mounted on the circuit board 2, the first connecting portion 612 and the second connecting portion 622 of the second conductive terminal 62 and the second conductive terminal 62 are respectively corresponding to each other. Inserted and known in the first pin hole 21 and the second pin hole 22 of the circuit board 2, the solder tab 75 on the shielding case 7 corresponds to the solder joint of the circuit board 2 The mounting portion 55 on the electrical connector 1 is just abutted on the circuit board 2, and the front portion of the main body portion 51 of the insulative housing 5 of the electrical connector 1 and the shielding housing 7 are Passing through the pair of interfaces 20 of the circuit board 2, the electrical connector 1 is held in the pair of interfaces 2A. Please refer to the sixth and seventh diagrams. When plugging in the memory card 4, the memory card is first recorded, and the 344 two insulating surface 44 is facing downward, that is, (4); the board 7 =: the insulating surface (front) 43 Facing the shielding shell; then = motion = ': table: (reverse surface) 44 toward the tongue plate... The second receiving space 53 above the tongue plate 54 enters the inside of the magazine 52, that is, the memory card 4 in turn Passing through the two 矣 ^ Γ Γ Γ , , , , , , , , , , , , , , , 恰 恰 恰 恰 恰 恰 恰 恰 恰 恰 恰 恰 恰 恰 恰 52 52 52 52 52 52 52 52 52 The first contact portion 611 is correspondingly connected, and the second insulating table 44 is adjacent to the bottom surface of the first-grain space 52 and is in contact with the second conductive terminal 62. Thus, the memory card 4 is only the first The first contact portion 611 of the conductive terminal 61 is connected to each other, and there is no crosstalk of other signals, so that the transmission of the nickname is stable; and the memory card 4 is inserted into the second accommodating space 53 and the first accommodating space 52. In the long insertion space, the amount of the memory connector 4 protruding from the electrical connector 1 is not too large, so that there is no sway, so the memory The electrical connector 1 of the present invention has the following advantages: 1. The electrical connector 1 of the present invention has a bump 522 disposed on each side of the first receiving space 52 near the bottom surface. The block 522 forms a stepped surface with the bottom surface of the first valley space 52. The two sides of the second insulating surface 44 of the memory card 4 are respectively recessed with a recess 440, the bump 522 and the recessed portion. The 440 is matched to prevent the memory card 4 from being inserted into the wrong side when the memory card 4 is inserted, that is, when the memory card 4 is correctly inserted, the bump 522 is just engaged with the recessed portion 440 of the memory card 4, and can be guided. When the memory card 4 is inserted into the wrong side, the bump 522 can block the memory card 4 from being discharged outside the first space 18 1356537. The space is extended. 2. The electrical connection of the present invention, every 4 The second conductive terminal is bent to extend downward from one end to the notch 551 instead of being extended as the first extension 61 extends rearward through the rear end of the main body portion 51, thereby reducing the second The overall length of the conductive terminal 62 creates a material, which reduces the production cost and effectively reduces the signal transmission. The impedance is reduced, which is advantageous for high-frequency transmission. 3. In the electrical connector 1 of the present invention, in a plan view, a corresponding one of the conductive terminals 61 and the second conductive terminals 62 are in the same straight line (as shown in the first production diagram) The first contact portion 611 of each first conductive terminal 61 partially overlaps the second contact portion 621 of the corresponding second conductive terminal 62, that is, the terminal center line R1, R2, R3, and R4. The front end of the first contact portion 611 of each of the first conductive terminals 61 is located above the rear end of the second contact portion 621 of the second conductive terminal 62. The structural features and arrangement of the conductive terminals 6 In this way, not only the electrical connector 1 is effectively docked with a conventional socket component (for example, a standard USB receptacle connector) 3, but also the correct connection with the current memory card 4 can be realized (please refer to the third figure 'Current memory card today' 4, if the first interface 45 is a USB interface, that is, when the memory card 4 is in the arrangement mode of the first contact contact 45A in the third figure, the memory card 4 can be combined with the standard [JSB plug The connector implements the connection), so that the memory card Each of the first contact contacts 45 of 4 does not need to be arranged separately. 4. When the electrical connector of the present invention is inserted into the memory card 4, the first card 4 is placed in front of the electrical connector 4, and the =43 is facing upwards and the opposite second insulating surface 44 is facing downward. That is, the first insulating surface (front surface) 43 of the memory card 4 is directed toward the top plate 71 of the shielding = 197, and the second insulating surface (reverse surface) 44 is directed toward the tongue plate 54, and then the memory card is pushed 4. The memory card 4 is inserted into the first receiving space 53 from the second receiving space 53 above the tongue 54 of the electrical connector soil, that is, the memory card 4 passes through the device in sequence. The first receiving space 53 and the first receiving space 52 are respectively disposed at the first contact contacts 450 of the first interface 45 of the first insulating surface 43 of the memory card 4 and the first conductive terminals 61 respectively. The contact portion 611 is correspondingly connected, and the second insulating surface 44 is adjacent to the bottom surface of the first receiving space 52 and is in contact with the second conductive terminal 62. Therefore, the memory card 4 is only connected to the first contact portion 611 of the first conductive terminal 61, and there is no crosstalk of other signals, so the signal transmission is stable. The electrical connector 1 of the present invention is inserted into the long insertion space formed by the second receiving space 53 and the first receiving space 52, so that the memory card 4 is inserted and protrudes from the electrical connector. The amount of 丨 is not too large, and there will be no sway, so the memory card 4 is docked firmly. The above description is for the detailed description of the preferred embodiments of the present invention, but the embodiments are not intended to be used in the scope of the present invention, and all of the same (4) or (4) should be included in the technical spirit disclosed by the present invention. The scope of patents covered by the invention. ^ [Simple diagram of the drawing] The diagram is a three-dimensional combination of the existing electrical connector and the socket tree. The figure is a three-dimensional combination of the existing electrical connector and a plug component. The third figure is the three-dimensional of the plug component. 20 1356537 The fourth figure is a schematic combination of a modified electrical connector and a plug component, the fifth figure is a three-dimensional combination of the electrical connector of the present invention and a plug component, the sixth figure It is a cross-sectional view of the electrical connector shown in the fifth figure along the AA direction; the seventh figure is a perspective exploded view of the electrical connector shown in FIG. 5 when it is docked with a plug component; and the eighth figure is the electrical connector shown in FIG. The ninth figure is a partial cross-sectional view of another angle when the electrical connector is connected to a plug component, and the eleventh figure is the conductive of the electrical connector shown in FIG. The ellipse is not shown in FIG. 11 is a top view of the electrical terminal of the electrical connector shown in FIG. 5 is mounted on the circuit board, and the twelfth is an electrical connector and a plug of the present invention. When the cross-sectional view of the docking element. [Main component symbol description] 1 electrical connector 2 circuit board 20 to interface 21 first pin hole 22 second pin hole 3 socket member 21 1356537 4 memory card 41 plug end 42 opposite end 43 first insulating surface 44 Second insulating surface 440 recessed portion 45 first interface 450 first contact contact 46 second interface 460 second contact contact 47 third interface 470 third contact contact 5 insulating body 51 main body portion 52 first receiving space 521 first Terminal channel 522 bump 53 second receiving space 54 tongue (protrusion) 541 working surface 542 second terminal channel 55 mounting portion 551 notch 552 mounting surface 22 1356537 6 conductive terminal 61 first conductive terminal 611 first contact portion 612 A connecting portion 62, a second conductive terminal 621, a second contact portion 622, a second connecting portion 7, a shielded housing 70, a mating portion (plug-in interface) 71, a top plate 72, a bottom plate 73, a side plate 74, a spring piece 75, a solder tab, a 100-USB connector 110, an insulating body 111, a base portion 112 Plate 113 terminal channel 114 slot 120 conductive terminal 121 fixing portion 122 tail portion 123 contact portion 23 1356537 124 contact portion 200 electrical connector
Claims (1)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW97123002A TWI356537B (en) | 2008-06-20 | 2008-06-20 | Electrical connector and its insert method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW97123002A TWI356537B (en) | 2008-06-20 | 2008-06-20 | Electrical connector and its insert method |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| TW201001822A TW201001822A (en) | 2010-01-01 |
| TWI356537B true TWI356537B (en) | 2012-01-11 |
Family
ID=44824968
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW97123002A TWI356537B (en) | 2008-06-20 | 2008-06-20 | Electrical connector and its insert method |
Country Status (1)
| Country | Link |
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| TW (1) | TWI356537B (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US8687373B2 (en) | 2009-06-17 | 2014-04-01 | Industrial Technology Research Institute | Card structure, socket structure, and assembly structure thereof |
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2008
- 2008-06-20 TW TW97123002A patent/TWI356537B/en not_active IP Right Cessation
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| Publication number | Publication date |
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| TW201001822A (en) | 2010-01-01 |
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