M340609 八、新型說明： 【新型所屬之技術領域】 本創作係關於-種電連接器及其導電裝置，尤其涉及_安裝於電路板 上用來連接一晶片模組之電連接器及其導電裝置。 【先前技術】 一先前技術中如美國專利第6,046,597號揭示之一種電連接器，其組裝在 電路板上用來連接-晶片模組。該電連接器包括一座體，收容在座體中 之複數導電裝置及位於座體上方用於壓接晶片模組之蓋體。其中導電裝置 匕括包覆體，位於包覆體内部上、下兩端之上導電體及下導電體，上、 下導電體分別凸出到包覆體之相分別和晶#模組及電路板達成電性接 上、下導電體之間壓接有—段彈簧，通過彈簧給上、下導電體施加彈 性力以達到-較好之接觸效果。献前技術之電連接器雖然通過彈菁取得 =交好之連接效果，惟，上、下導電體f經過此彈簀來達成電性導通 之傳輸賴使得導職置之雜隨上升，並使得糕傳輸時溫度 =較快’若控制不當則可能導致電連接器燒毀，從而不利用電連接器之 正吊工作。另，此先前技術之電連接器亦不利於控制導電裝置之高頻特性。 因此’有必要對前述電連接n進行改賴克服先前技術之缺陷。 【新型内容】 裝置本創作之目的係提供一種降低導電裝置電性阻抗之電連接器及其導電 裝置本創作之另-目的係提供—種具有良好高頻特性之電連接器及其導電 本:iHt之電連接H係通過以下技術方案實現的：—種電連接哭，发勺 U體'組裝於座體中之複數導電裝置，導電裝置包括第—導電^、第^ Ι ΐ及位於第—導電體與第二導電體之間之彈性件，第一導電體具有二 曰一導電體具有插入至管槽並和管槽内壁接觸之導電柱。 本創作之導魏置係通過以下技術方案實現的··—種導電裝置， Γ::、!體、第二導電體及位於第—導電體與第二導電體之間之彈： 第具有管槽，第二導電體具樣人至管槽並和f槽内壁接觸 5 M340609 之導電柱。 相較於先前技術，本創作之導電裝置之第一導電體和第二導電體直接 接觸形成電性導通，使得導電裝置之電性阻抗降低並保持一良好高頻特 性，同時管槽與導電柱之配合使得第一導電體和第二導電體之間具有一六 好之接觸效果。 乂 【實施方式】 參第一圖及第二圖，本創作之電連接器丨組裝於一電路板（未圖示） 上用，連接-晶>；模組（未圖示），其包括一座體（未標示）、收容於座體 中=複數導電裝置5雜於電路板底侧來_座體之@定件6。通過螺检 7從座體頂部裝人並擰人至固定件6，從而將電連接器丨固定於電路板上。 座體包括一上層固持板2、位於上層固持板2下方之下層固持板3及位 t上層固持板2上方之框體4。上層固持板2和下層固持板3共同用來固持 複數導電裝置5。框體4於中部形成收容晶片模組之收容腔4〇。 一併參照第五圖，上層固持板2和下層固持板3上下疊加，其分別設 有相對應之通孔2G ' 30。對狀通孔2G、30相貫通並共同形成供導電^ 5容納之容納孔21。 ^照第三至第五圖，導電裝置5包括第一導電體5〇、第二導電體51及 位^第一導電體5G和第二導電體51之間之彈性件52。第—導電體50及第 二導電體51均分別設有基部·、51〇，基部5〇〇、51〇分別向相反之方向 ，伸出外導電部501、511及内導電部5〇2、512。第一導電體5〇之内導電 部502中開設-帶有勢八狀開口之管槽5〇3，第二導電體51之内導電部沿 為-導電柱。將導電裝置5組裝至座體時，第—導電體％和第二導電體Μ 之基部5=、510及内導電部5〇2、512位於容納孔21中，外導電部則、 511凸出谷納孔21之外，以分別電性連接晶片模組和電路板。内導電部（導 ，柱)512插人朗導電部5G2之f槽5财並和f槽5()3之喃電性 彈性=52位於兩基部5〇〇、51〇之間並給第一導電體％和第二導電體Μ 施加彈性力，贿持導紐置5和外部“模組及電路板之間之良好電性 接觸。當晶片她狀至本_之電連接科，可通賴外之接裝 其固定於框體4之收容腔4〇巾。第一導電體5〇因外導電部5〇ι受晶片模 組按壓而與第二導電體51發生相對移動，同時壓缩彈性件52。在此過程杉 6 M340609 由==1503之内壁始終與導電柱512保持電性接觸。 盔須經過彈性件導 %和第二導電體51直接保持電性接觸，而 使得整個導f M 紐偷’或者舰雜件52之糕較小，所以 阻抗降低並縣了良好之高鱗性。彈性件％ 接器1使用過程中之H ’沒有電流流過或流經之電流很小，所以在電連 另，本創作之ί㈣二因弹性件52傳輸路徑較長而使得溫度快速升高。 ^ 和第二導電體51通過管槽503和導電柱犯 相配口之方式，其接觸效果較為可靠。 内導之第二實施例，該實施例中於第-導電體50,之 =0且古^ 外圍開設有複數狹槽504,，而使得第一導電 體50具有-疋之彈性及活動空間，從而保 :具有較小尺寸誤差之情形下亦可以順利插入二 ==。蕭之彈性作用，而使得第二導電體之導電柱與管槽1之内3 =第七圖’為本創作之第三實施例，第一導電體50”與第二導電體 之基口P 500” ' 510”分別具有和彈性件鋪之斜面5〇5”、513”。由於斜 面505”、513”之存在而使得第一導電體5〇，，與第 性件 與管槽5G3，，之接觸更加可靠。惟，斜面並非必須同時形: =-導電體50”與第二導電體51，，之上，只形成於其中任 = 相應之功能。 ^ 參照第八圖，為本創作之第四實施例，第一導電體5〇”，之 導電體51”，之導電柱512”，分別呈相對應之梯狀結構，以使管槽5〇3，” ，、有較好之導引功能’且與導電柱512”，之接觸效果較好。 各貝把，中：‘電裝置係以具有管槽之第一導電體連接晶片模 組’具有導電柱之^導電體連接電路板，相反地，若將具擔槽之第— 2體連接電路板’而具有導電柱之第二導電體連接晶片模組亦可達成本 創作之，術方案。另’以上各實施例之區別技術特徵亦可以結合使用，例 如’於第-導領之基部上設置斜關來與雜件配合，同時又於其 電部上設置_雜得更权_效科。此外，·摘俩連接器之 7 M340609 固定方式，亦可以不採用固定件6， 於電路板上。 而採用其他之方式來將電連接器1固定 綜上所述，本創作符合新型專利要件，菱依法 以 上所述者僅為本創作之較佳實施例，ϋ °月 限，抱㈣μ㈣」二 創作之範隨抑上述實施例為 =舉凡μ本案技藝之人士援依本_之精神所作之等 皆應涵蓋於以下申請專利範圍内。 —复 【圖式簡單說明】 第一圖係本創作之電連接器之立體組合圖； 苐一圖係本創作之電連接器之立體分解圖；M340609 VIII. New description: [New technical field] This is a kind of electrical connector and its conductive device, especially related to the electrical connector mounted on the circuit board for connecting a chip module and its conductive device . [Prior Art] An electrical connector disclosed in the prior art is disclosed in U.S. Patent No. 6,046,597, which is incorporated on a circuit board for connection to a wafer module. The electrical connector includes a body, a plurality of conductive devices housed in the body, and a cover over the body for crimping the chip module. The conductive device comprises a covering body, and is disposed on the upper and lower ends of the covering body, the upper conductor and the lower conductor, and the upper and lower conductors respectively protrude to the phase of the covering body and the crystal module and the circuit The plate is electrically connected to the upper and lower conductors to be crimped with a segment spring, and an elastic force is applied to the upper and lower conductors through the spring to achieve a better contact effect. Although the electrical connector of the pre-deployment technology obtains the connection effect by the elastic phthalocyanine, the upper and lower conductors f pass through the magazine to achieve the transmission of the electrical conduction, which causes the guidance to rise and the When the cake is transferred, the temperature = faster. If it is improperly controlled, the electrical connector may be burnt, so that the positive connector of the electrical connector is not used. In addition, the prior art electrical connector is also detrimental to controlling the high frequency characteristics of the conductive device. Therefore, it is necessary to change the aforementioned electrical connection n to overcome the drawbacks of the prior art. [New Content] The purpose of the present invention is to provide an electrical connector for reducing the electrical impedance of a conductive device and its conductive device. Another object of the present invention is to provide an electrical connector having good high frequency characteristics and its conductive body: The electrical connection H of the iHt is realized by the following technical solutions: a kind of electrical connection crying, a U-shaped body of the scoop is assembled in a plurality of conductive devices in the seat body, and the conductive device comprises a first conductive ^, a ^ Ι ΐ and at the first An elastic member between the electric conductor and the second electric conductor, the first electric conductor having a second electric conductor having a conductive post inserted into the tube groove and contacting the inner wall of the tube groove. The guide of this creation is a kind of conductive device realized by the following technical solutions, Γ::, ! body, second electric conductor and the bomb between the first electric conductor and the second electric conductor: the first tube The slot, the second conductor has a sample to the tube slot and contacts the inner wall of the f-groove with a conductive post of 5 M340609. Compared with the prior art, the first conductor and the second conductor of the conductive device of the present invention are in direct contact to form electrical conduction, so that the electrical impedance of the conductive device is lowered and a good high frequency characteristic is maintained, and the tube groove and the conductive column are simultaneously The cooperation has a good contact effect between the first electrical conductor and the second electrical conductor.乂 [Embodiment] Referring to the first and second figures, the electrical connector of the present invention is assembled on a circuit board (not shown), and is connected to a crystal module (not shown), which includes A body (not shown) is housed in the seat body = a plurality of conductive devices 5 are mixed with the bottom member of the circuit board to form a @piece 6 of the seat body. The electrical connector 丨 is fixed to the circuit board by screwing 7 from the top of the base and screwing it to the fixing member 6. The base body includes an upper layer holding plate 2, a lower layer holding plate 3 below the upper layer holding plate 2, and a frame body 4 above the upper layer holding plate 2. The upper holding plate 2 and the lower holding plate 3 are used together to hold the plurality of conductive devices 5. The frame body 4 forms a receiving cavity 4 accommodating the wafer module in the middle portion. Referring to the fifth figure together, the upper holding plate 2 and the lower holding plate 3 are superposed one on another, and are respectively provided with corresponding through holes 2G' 30. The through-holes 2G, 30 are penetrated and collectively form a receiving hole 21 for receiving the conductive material 5. According to the third to fifth figures, the conductive device 5 includes the first conductor 5, the second conductor 51, and the elastic member 52 between the first conductor 5G and the second conductor 51. The first conductor 51 and the second conductor 51 are respectively provided with a base portion, 51 〇, and the base portions 5 〇〇 and 51 〇 respectively extend in opposite directions, and the outer conductive portions 501 and 511 and the inner conductive portions 5 〇 2 and 512 are protruded. . A conductive groove 502 having a potential eight-shaped opening is formed in the conductive portion 502 of the first conductive body 5, and the inner conductive portion of the second conductive body 51 is a conductive pillar. When the conductive device 5 is assembled to the base body, the first conductive body % and the second conductive body 基 base portion 5=, 510 and the inner conductive portion 5〇2, 512 are located in the receiving hole 21, and the outer conductive portion is 511 protruding out of the valley. Outside the nanohole 21, the chip module and the circuit board are electrically connected, respectively. The inner conductive portion (guide, column) 512 is inserted into the ferroelectric portion 5G2, the f slot 5 and the f slot 5 () 3 is electrically elastic = 52 is located between the two base portions 5, 51, and gives the first The electrical conductor % and the second electrical conductor Μ exert an elastic force, bridging the guiding core 5 and the external "good electrical contact between the module and the circuit board. When the wafer is shaped like this, the electrical connection section can be relied upon. The outer conductive body 5 is fixed to the receiving cavity 4 of the frame 4. The first conductive body 5 is relatively moved with the second conductive body 51 by the outer conductive portion 5〇 by the wafer module, and the elastic member is compressed at the same time. 52. In this process, the cemetery 6 M340609 is always in electrical contact with the conductive post 512 by the inner wall of ==1503. The helmet must be electrically contacted directly with the second conductor 51 via the elastic member guide %, so that the entire guide f M The stolen 'or the miscellaneous pieces 52's cake is smaller, so the impedance is reduced and the county has a good high scale. The elastic part % of the connector 1 is used during the process of 'H' no current flowing or flowing through the current is very small, so in In addition, the ί(4) 2 of the present invention causes the temperature to rise rapidly due to the long transmission path of the elastic member 52. ^ and the second electric conductor 51 pass The contact between the tube slot 503 and the conductive post is relatively reliable. The second embodiment of the inner guide is provided with a plurality of slots 504 in the periphery of the first conductor 50 and =0. Therefore, the first electric conductor 50 has the elasticity and the movable space of the crucible, thereby ensuring that the elastic effect of the second electric conductor can be smoothly inserted in the case of having a small dimensional error. In the column and the tube groove 3 = the seventh figure is the third embodiment of the present invention, the first electric conductor 50" and the base port P 500" '510" of the second electric conductor respectively have a slope with the elastic member 5〇5”, 513”. The contact of the first conductor 5〇 with the presence of the slopes 505", 513" is more reliable with the contact of the first member and the tube groove 5G3. However, the bevel does not have to be simultaneously formed: =-conductor 50" and the second electrical conductor 51, on top, only formed in the corresponding function = ^. Referring to the eighth figure, the fourth embodiment of the present invention, The first conductor 5"", the conductor 51", the conductive column 512", respectively, has a corresponding ladder structure, so that the tube groove 5〇3,", has a better guiding function' and The conductive column 512" has a good contact effect. Each of the shells, the middle: 'the electric device is connected to the wafer module by the first conductor having the tube groove', and the conductive body is connected to the circuit board, and conversely, if the second body is connected to the circuit The second embodiment of the board and the second conductor having the conductive pillars can be connected to the wafer module to achieve the present invention. In addition, the different technical features of the above embodiments may also be used in combination, for example, 'the oblique portion of the base of the first guide is arranged to cooperate with the miscellaneous parts, and at the same time, the electric part is set on the electric part. . In addition, the 7 M340609 fixing method of the two connectors can also be used without the fixing member 6 on the circuit board. In other ways, the electrical connector 1 is fixed, and the creation complies with the new patent requirements. The above is only the preferred embodiment of the present invention, and the 月 ° month limit, hug (four) μ (four)" The above embodiments are intended to cover all of the following claims. - complex [Simple diagram of the diagram] The first diagram is a three-dimensional combination diagram of the electrical connector of the present creation; the first diagram is an exploded view of the electrical connector of the present creation;
第三圖係本創作之導電裝置之立體組合圖； 第四圖係本創作之導電裝置之立體分解圖； 第五圖係本創作之導電裝置之剖面示意圖； 第六圖係本創作之第二實施例之第一導電體； 第七圖係本創作之第三實施例之導電裝置； 第八圖係本創作之第四實施例之導電裝置。 【主要元件符號說明】 電連接器 1 上層固持板 2 通孔 20、30 容納孔 21 下層固持板 3 框體 4 收容腔 40 導電裝置 5 第一導電體 50、50’、50”、50’ ”基部 500、510、500，，、510 外導電部 501 >511 内導電部 502、512、502,、 管槽 503、503，、503” 、狹槽 512”、512”， 504’ 斜面 503”， 505”、513” 第二導電體 5 卜 51”、51”， 彈性件 52 固定件 6 螺栓 7 8The third figure is a three-dimensional combination diagram of the conductive device of the present creation; the fourth picture is an exploded view of the conductive device of the present creation; the fifth picture is a schematic sectional view of the conductive device of the present creation; the sixth picture is the second drawing of the present creation The first conductor of the embodiment; the seventh diagram is the conductive device of the third embodiment of the present invention; and the eighth diagram is the conductive device of the fourth embodiment of the present invention. [Main component symbol description] Electrical connector 1 Upper holding plate 2 Through hole 20, 30 Receiving hole 21 Lower holding plate 3 Frame 4 accommodating cavity 40 Conductive device 5 First conductive body 50, 50', 50", 50' ” Base 500, 510, 500, 510, 510 outer conductive portion 501 > 511 inner conductive portion 502, 512, 502, tube groove 503, 503, 503", slot 512", 512", 504 'bevel 503" , 505", 513" second electric conductor 5 卜 51", 51", elastic member 52 fixing member 6 bolt 7 8