M354899 八、新型說明： 【新型所屬之技術領域】 本創作係關於-種電連接器，特別係關於—種支援數位多媒 體信號傳輸的電連接器。 【先前技術】 如圖1所示，為一習知符合顯示埠（Displayp〇rt)標準的電 連接器8,其包含一絕緣本體81、一遮蔽該絕緣本體81的殼體 82，及複數收容於該絕緣本體81的導電端子83。該絕緣本體81 具有一面向對接器件（未圖示）的插接板84，其具有相對的上 扳面840及下板面841 ;該上板面84〇與下板面841上交錯設有複 數端子收容槽842。 結合圖1、2,所有導電端子83結構完全相同，分別具有一水 準延伸的固定部830、自該固定部83〇一端持續延伸的接觸部 83 1、自該固定部830另一端向下彎折而垂直延伸的連接部 832，及自該連接部832另一端向外彎折而水準延伸的端腳 833。各導電端子83的固定部830與接觸部831收容於插接板84 上相應的端子收容槽842部分呈上下兩排收容於相應的端子收 容槽842 ’呈上下兩排交錯排列；其中位於各排一最外側（圖工、 2中的最右側）的為電源端子86。由於所有導電端子83的端腳 833並排在一排，所以端腳833較接觸部831等交錯排列部分須 大幅縮減寬度方可，否則相鄰端腳833之間間距過小，很容易 4成相互間沾到;fef·錫而短路。如此’該習知的導電端子排列方 式使得電源端子86的端腳833的寬度受到限制，而僅能用於傳 輸低電流，如0.5A的電流；如要傳輸大電流時，就會產生高熱。 M354899 因而，如何在保證該電連接器提供標準介面的情況下，有效 增加電源端子的端腳的寬度，提高其傳輸大電流的能力以滿足 夕媒體馆號的傳輸要求’是業内亟需解決的問題。 【新型内容】 本創作提供一種電連接器，其在所有端子的端腳仍呈一排排 列，保S登符合插口標準的條件下，增加電源端子的寬度，滿足 承受較大電流的目的。M354899 VIII. New description: [New technical field] This creation is about an electrical connector, especially for an electrical connector that supports digital signal transmission. [Previous Art] As shown in FIG. 1 , an electrical connector 8 conforming to the display display standard includes an insulative housing 81 , a housing 82 shielding the insulative housing 81 , and a plurality of housings The conductive terminal 83 of the insulating body 81. The insulative housing 81 has a mating plate 84 facing the mating device (not shown), and has an upper upper surface 840 and a lower surface 841; the upper surface 84 〇 and the lower surface 841 are interleaved with a plurality of Terminal receiving groove 842. 1 and 2, all of the conductive terminals 83 have the same structure, respectively having a level extending fixing portion 830, a contact portion 83 1 extending from one end of the fixing portion 83, and bending downward from the other end of the fixing portion 830. The connecting portion 832 which is folded vertically and the end portion 833 which is bent outward from the other end of the connecting portion 832 and which is horizontally extended. The fixing portion 830 of each of the conductive terminals 83 and the contact portion 831 are received on the plug-in board 84. The corresponding terminal receiving slots 842 are received in the upper and lower rows and are received in the corresponding terminal receiving slots 842 ′ in a row of upper and lower rows; One of the outermost sides (the right side of the drawing, 2) is the power terminal 86. Since the end legs 833 of all the conductive terminals 83 are arranged side by side in a row, the staggered portions of the end legs 833 and the contact portions 831 must be greatly reduced in width, otherwise the spacing between the adjacent end legs 833 is too small, and it is easy to Dip into; fef· tin and short circuit. Thus, the conventional arrangement of the conductive terminals allows the width of the terminal 833 of the power supply terminal 86 to be limited, and can only be used to transmit a low current, such as a current of 0.5 A; if a large current is to be transmitted, high heat is generated. M354899 Therefore, how to effectively increase the width of the terminal of the power supply terminal and improve the transmission capacity of the high-current terminal to meet the transmission requirements of the media station number in the case of ensuring that the electrical connector provides a standard interface is an urgent need in the industry. The problem. [New content] This product provides an electrical connector that is arranged in a row at the end of all terminals. When the S-mount is in accordance with the standard of the socket, the width of the power terminal is increased to meet the purpose of withstanding a large current.
為達上述目的，本創作提供下述技術方案：一種電連接器， 包含-絕緣本體、複數收容於該絕緣本體㈣端子，及遮蔽該 絕緣本體的㈣。該絕緣本體具有—對接部，其相對的上板面 與下板面上分別設有複數並列的端子收容槽。該等端子分別包 含-固定部、-自固定部—端延伸的接觸部、—端腳，及連接 該固定部另-端與端㈣連接部1各端子的接卿於該對接 部上呈上、下排收容於相應的端子收容槽且各端子的端腳成一 排的排列。該等端子另包含兩個電源端子及複數其他端子，其 中t別位於上、下排端子中同向的最外側之第—側的端子為電 源端子，該兩個電源端子的連接部及端腳的寬度大於其他端子 的連接部及端腳的寬度。 在-實施例中，該各端子的接觸部呈上下交錯排列， 排的電«子位於該上㈣電源端子的第—㈣相對外側^ P端子中至少—者的連接部包含—沿該第1方向掃向延/ 申的轉折段。該上排的電源端子的連接部進—步包含 ::向橫向延伸的轉折段，且其延伸至該下排的電源二的 弟一側。上下兩排的該電源端子的連接部均包含—沿該第 M354899 ‘彳向橫向延伸的轉折段，且該下排的電源端子的連接部位於兮 上:的電源端子的第_側的相對外側。該電源端子與其他端^ 進一=包含-固定部，該接觸部與連接部分別自該固定部的相 對兩端延伸。5亥上下排各端子的端腳呈一排交錯間隔排列。該 電連接器符合顯示埠標準。 本創作較習知電連接器通過對相應的電源端子設置—橫向 轉折段，提供足夠的空間增加電源端子的寬度，從而減少電源 φ- 料的電阻及減小發熱量，進—步滿足傳輸及承受較大電流的 目的。 【實施方式】 為便於更好的理解本創作，現結合本創作的一較佳實施例作 詳細說明。 如圖3所示，根據本創作一實施例的電連接器丨符合顯示埠 (DiSplayport)標準，其包含一絕緣本體2'複數收容於該絕緣本 體2内的端子3，及一遮蔽該絕緣本體2的殼體4。該電連接器工 鲁可進一步裝配至一電路板P上，供一相應的對接連接器（未圖 示）由其插接端10插入對接，從而實現多媒體信號的傳輸。 如圖4、5、6所示，該絕緣本體2具有一長方體狀主體部2〇， • 及一自該主體部20上凸向插接端1 〇延伸的對接部21。該對接部 21為一板狀體’具有相對的上板面21〇與下板面211 ;且該上板 面210與下板面211上沿插接端10向其相反端延伸至主體部2〇 形成有複數並列的端子收容槽23，且上板面210與下板面211的 各端子收容槽23互成間隔交錯的排列，或是等同於鑛齒狀的排 列。 M354899 進一步結合圖4、5、6、7、8,該等端子3包含兩電源端子3〇、 3〇’及複數其他端子31，所有端子3收容於對接部21上的相應端 子收容槽23内部分呈上下兩排交錯；其中分別位於上、下排端 子中同向的最外側，圖示中的一第一側12(圖4、5、7中最右 側）的兩端子為電源端子30、30,，且該下排電源端子30,位於 该上排電源端子3〇的第一側12的相對外側。所有端子3分別具 有一水準延伸的固定部300、300,、310，自該固定部300、300,、 310—端朝向靠近插接端1〇一端持續水準延伸的接觸部、 3〇1’、311，自該固定部300、300,、31〇另一端彎折延伸的連接 部302、302’、312，及自該連接部302、302,、312向插接端1〇 的相反端彎折而水準延伸的端腳3〇3、3〇3,、313。所有端子3 的固定部300、300’、310與接觸部301、301，、311均收容於對 接部211上的端子收容槽23内成上、下兩排的排列，且該上板 面210與下板面211的兩排端子3的接觸部互成間隔交錯的排 列，而所有端子3的端腳303、303，、313交錯間隔呈一排排列。 具體的，該上排電源端子30的連接部3〇2進一步包含一自該固 疋部300—端朝第一侧12方向横向延伸一段的轉折段3〇5，及自 該轉折段305彎折向下延伸的連接段3〇6，藉該轉折段3〇5使上 排電源端子30的端腳303位於下排電源端子3〇,的端腳3〇3，的相 對外側。該電源端子30,與其他端子31的連接部3〇2,、312是直 接自固定部300，、310彎折延伸，不包含一橫向延伸的轉折段。 該上排電源端子30的橫向轉折段3〇5改變了兩電源端子3〇、3〇, 的端腳303、303,之間原有的祕空間排列，提供足夠的空間 相對於其他端子31增加了兩電源端子3G、3Q，的端腳则、3〇3, M354899 的寬度及其連接部302、302’的寬度，使兩個電源端子從而實 現傳輪大電流的目的。而其他端子3丨的端腳313為滿足一排排 列的要求仍需縮減寬度。須說明的是，本創作的電連接器工在 各端子3的接觸部3〇1、301，、311的長度、位置、排列方式基 本上是符合顯示埠（Displayp〇rt)的標準，所以各接觸部的寬度 基本上是相同的。 如圖3、4所示，該殼體4為一金屬板經過衝壓、裁切彎折形 成，具有一包覆遮蔽該絕緣本體2的收納部4〇及一後蓋42。該 收納部42在插接端10形成供對接器件插入的插口，該後蓋“向 下彎折遮蔽該主體部20的後端。在其他實施例中該後蓋42也可 與該收納部42可分離組裝。該收納部42進一步包含自收納部 40向下延伸的安裝腳41，該安裝腳41用以焊接至電路板p上， 從而將該殼體4固定至電路板p上（見圖3、8)。 本創作的電連接器通過在電源端子的連接部增加一轉折段 改變電源端子的端腳排列位置，在不改變介面標準的條件下使 其在一排上有足夠的排列空間增加電源端子的連接部及端腳 的寬度’從而減少電源端子的電阻及減小發熱量，滿足傳輸及 承受較大電流的目的。轉折段的設置並不局限於上述實施例， 在其他實施财兩電源端子的連接部均可包含騎段，同樣能 夠用以增加連接部及端腳的寬度。 本創作的技術内容及技術特點已揭示如上，然而熟悉本領域 的技術人員仍可能基於本創作的教示及揭示而作種種不背離 本創作精神的替換及修飾。因此，本創作的保護範圍應不限於 實施例所揭示的内容，而應包括各種不背離本創作的替換及修 M354899 飾’並為本專利申請請求項所涵盖。 【圖式簡單說明】 圖1係一習知電連接器的立體分解圖； 圖2係圖1中電連接器的端子的立體圖； 圖3係根據本創作一實施例的電連接器裝配於一電路板上的 立體圖； . 圖4係根據本創作一實施例的電連接器的立體分解圖； 圖5係圖4中電連接器去除殼體後的立體圖； 圖6、7分別係圖4中電連接器去除殼體後的前後視圖； 圖8係根據本創作一實施例的電連接器裝配於一電路板上的 立體圖。 【主要組件符號說明】 1電連接器 10插接端 12第一側 2絕緣本體 20主體部 21對接部 210上板面 211 下板面 23端子收容槽 3端子 30、30’電源端子 31其他端子 300、300’、310 固定部 301 '30Γ '311 接觸部 302、302’、312 連接部 303、303,、313 端腳 305轉折段 306連接段 4殼體 40收納部 -10- M354899 41 安裝腳 P電路板 8電連接器 81絕緣本體 83導電端子 86電源端子 830固定部 832連接部 840上板面 842端子收容槽 42後蓋 82殼體 84插接板 831接觸部 833端腳 841下板面In order to achieve the above object, the present invention provides the following technical solution: an electrical connector comprising: an insulative housing, a plurality of terminals received in the insulative housing (4), and (4) shielding the insulative housing. The insulative housing has a mating portion, and the upper and lower plate faces are respectively provided with a plurality of terminal receiving slots juxtaposed. The terminals respectively include a fixing portion, a contact portion extending from the end portion of the fixing portion, an end leg, and a connection connecting the terminals of the other end portion and the end portion (four) connecting portion 1 to the mating portion. The lower row is received in the corresponding terminal receiving groove, and the end legs of each terminal are arranged in a row. The terminals further include two power terminals and a plurality of other terminals, wherein the terminals on the outermost side of the same direction in the upper and lower terminals are power terminals, and the connecting portions and the ends of the two power terminals The width is greater than the width of the connection and the end of the other terminals. In the embodiment, the contact portions of the terminals are staggered up and down, and the electric wires of the row are located at the upper (four) of the upper (four) power terminals, and at least the connecting portions of the outer terminals are included along the first The direction sweeps to the extension of the extension / Shen. The connection portion of the power terminals of the upper row further includes a --turning section extending in the lateral direction and extending to the side of the power source 2 of the lower row. The connecting portions of the power terminals of the upper and lower rows each include a turning section extending in the lateral direction along the first M354899', and the connecting portion of the power terminals of the lower row is located on the opposite side of the first side of the power terminal of the power supply terminal . The power terminal and the other end extend into a =-fixing portion, and the contact portion and the connecting portion respectively extend from opposite ends of the fixing portion. The ends of the terminals of the 5th row of the upper and lower rows are arranged in a row at a staggered interval. The electrical connector complies with the display standard. Compared with the conventional power connector, the present invention provides sufficient space to increase the width of the power terminal by reducing the resistance of the power supply φ-material and reducing the heat generation, so as to meet the transmission and the transmission. Withstand the purpose of large currents. [Embodiment] In order to facilitate a better understanding of the present invention, a preferred embodiment of the present invention will now be described in detail. As shown in FIG. 3, the electrical connector according to an embodiment of the present invention conforms to the DiSplayport standard, and includes an insulative housing 2' for receiving a plurality of terminals 3 in the insulative housing 2, and shielding the insulative housing. 2 housing 4. The electrical connector can be further assembled to a circuit board P for a corresponding docking connector (not shown) to be inserted and docked by its plug end 10 to effect transmission of multimedia signals. As shown in Figures 4, 5 and 6, the insulative housing 2 has a rectangular parallelepiped body portion 2, and an abutting portion 21 extending from the body portion 20 to the insertion end 1 . The abutting portion 21 has a plate-shaped body 'having an opposite upper plate surface 21 〇 and a lower plate surface 211; and the upper plate surface 210 and the lower plate surface 211 extend along the insertion end 10 toward the opposite end thereof to the main body portion 2 The plurality of terminal receiving grooves 23 are formed in parallel, and the upper plate surface 210 and the terminal receiving grooves 23 of the lower plate surface 211 are alternately arranged in a staggered manner, or an arrangement similar to a mineral tooth shape. M354899 is further combined with FIG. 4, 5, 6, 7, and 8. The terminals 3 include two power terminals 3〇, 3〇' and a plurality of other terminals 31. All the terminals 3 are received in the corresponding terminal receiving slots 23 on the mating portion 21. The portions are staggered in upper and lower rows; wherein the upper and lower rows of the terminals are respectively in the same outermost direction, and the two terminals of the first side 12 (the rightmost side in FIGS. 4, 5, and 7) in the figure are the power terminals 30, 30, and the lower row of power terminals 30 are located on opposite sides of the first side 12 of the upper row of power terminals 3A. Each of the terminals 3 has a horizontally extending fixing portion 300, 300, 310, and a contact portion extending from the fixing portion 300, 300, 310-end toward the end of the plug-in end 1 持续 continuously, 3〇1' And 311, connecting portions 302, 302', and 312 extending from the other ends of the fixing portions 300, 300, and 31, and bending from the connecting portions 302, 302, and 312 to opposite ends of the plugging end 1? The end legs 3〇3, 3〇3, and 313 which are horizontally extended. The fixing portions 300, 300' and 310 of the terminals 3 and the contact portions 301, 301, and 311 are respectively received in the terminal receiving grooves 23 of the mating portion 211 in an arrangement of upper and lower rows, and the upper plate surface 210 and The contact portions of the two rows of terminals 3 of the lower plate surface 211 are alternately arranged in a staggered manner, and the end legs 303, 303, and 313 of all the terminals 3 are arranged in a row at an interlaced interval. Specifically, the connecting portion 3〇2 of the upper row of power terminals 30 further includes a turning section 3〇5 extending laterally from the end of the fixing portion 300 to the first side 12, and is bent from the turning section 305. The downwardly extending connecting portion 3〇6, by which the end leg 303 of the upper row of power terminals 30 is located on the opposite side of the end pins 3〇3 of the lower row of power terminals 3〇. The power supply terminal 30 and the connecting portions 3〇2, 312 of the other terminals 31 are directly extended from the fixing portions 300, 310, and extend without extending a laterally extending turning portion. The lateral turning section 3〇5 of the upper row of power terminals 30 changes the original secret space arrangement between the two power terminals 3〇, 3〇, the end legs 303, 303, and provides sufficient space to increase relative to the other terminals 31. The width of the two power terminals 3G, 3Q, 3〇3, M354899 and the width of the connecting portions 302, 302', so that the two power terminals achieve the purpose of large current transmission. The terminal pins 313 of the other terminals 3丨 still need to be reduced in width in order to satisfy the requirements of the row arrangement. It should be noted that the length, position, and arrangement of the contact portions 3〇1, 301, and 311 of the respective connector 3 of the present invention substantially conform to the display 〇 (Displayp〇rt) standard, so each The width of the contacts is substantially the same. As shown in FIGS. 3 and 4, the casing 4 is formed by stamping, cutting and bending a metal plate, and has a receiving portion 4A and a rear cover 42 covering the insulating body 2. The accommodating portion 42 forms a socket for inserting the mating device at the plug end 10, and the rear cover "bends downward to shield the rear end of the main body portion 20. In other embodiments, the rear cover 42 can also be connected to the accommodating portion 42. The accommodating portion 42 further includes a mounting leg 41 extending downward from the accommodating portion 40 for soldering to the circuit board p to fix the housing 4 to the circuit board p (see FIG. 3, 8) The electrical connector of the present invention changes the position of the end of the power terminal by adding a turning point at the connection portion of the power terminal, and has sufficient arrangement space in one row without changing the interface standard. Increasing the width of the connection portion and the end pin of the power terminal to reduce the resistance of the power terminal and reduce the amount of heat generated, so as to meet the purpose of transmitting and receiving a large current. The setting of the turning section is not limited to the above embodiment, and other implementations The connecting portions of the two power terminals may include a riding portion, and can also be used to increase the width of the connecting portion and the end legs. The technical content and technical features of the present disclosure have been disclosed above, but those skilled in the art still It is possible to make various substitutions and modifications without departing from the spirit of the present invention based on the teachings and disclosures of the present creation. Therefore, the scope of protection of the present creation should not be limited to the contents disclosed in the examples, but should include various replacements and repairs that do not deviate from the creation. M354899 is decorated with the requirements of the patent application. [Simplified illustration of the drawings] Fig. 1 is an exploded perspective view of a conventional electrical connector; Fig. 2 is a perspective view of the terminal of the electrical connector of Fig. 1; FIG. 4 is an exploded perspective view of an electrical connector according to an embodiment of the present invention; FIG. 4 is an exploded perspective view of the electrical connector according to an embodiment of the present invention; FIG. 6 and FIG. 7 are respectively front and rear views of the electrical connector of FIG. 4 after removing the housing; FIG. 8 is a perspective view of the electrical connector mounted on a circuit board according to an embodiment of the present invention. Description 1 Electrical connector 10 Plug-in terminal 12 First side 2 Insulating body 20 Main body portion 21 Butt joint 210 Upper plate surface 211 Lower plate surface 23 Terminal receiving groove 3 Terminal 30, 30' Power terminal 31 Other terminals 300, 300', 310 fixing portion 301 '30Γ '311 contact portion 302, 302', 312 connecting portion 303, 303, 313 end leg 305 turning portion 306 connecting portion 4 housing 40 housing portion-10- M354899 41 mounting foot P circuit board 8 electrical connector 81 insulative body 83 conductive terminal 86 power terminal 830 fixing portion 832 connecting portion 840 upper plate surface 842 terminal receiving groove 42 rear cover 82 housing 84 plug plate 831 contact portion 833 end leg 841 lower plate surface