M305976 八、新型說明： 【新型所屬之技術領域】 種可用於電性連接晶片模組與電路 本創作有關一種電連接器，尤其係指一 板之電連接器。 【先前技術】 將晶片模組電性連接至電路板之電連接器，一般包括基體 持裝置及容置於基體内之複數導電端子。其巾電連接 ^之口 上並與電《狀導電舒紐導接，連接、子接= 片模組與電路板實現電性導接。 ^仅連接作用’ ^電連接H絲好後，導電端子在妓方向_對之勤侧下會發 形變産生-水平方向之勸力，此力與導電端子數成正比。惟 向之趨勢’該等連接器變得越來越小，導電端子數量卻變得 故’累積施加於收容槽關上之侧向力越來越A，極易造成收容槽 襴石反衣，致使晶片模組與電連接器間不能實現可靠之訊號傳輸。 電連接器内之導電端子與電路板之導電片電^ :反，谷置於 卜光命祕_』“ ^，一〜叫接aa叫組放置於電連接器M305976 VIII. New Description: [New Technology Area] Can be used to electrically connect chip modules and circuits. This design relates to an electrical connector, especially to a board electrical connector. [Prior Art] An electrical connector for electrically connecting a chip module to a circuit board generally includes a base holding device and a plurality of conductive terminals housed in the base body. The towel is electrically connected to the mouth of the device and is electrically connected to the electric conductor. The connection and the sub-connection are combined with the circuit board to realize electrical connection. ^Connected action only ^ ^ After the electrical connection of the H wire is good, the conductive terminal will be deformed in the direction of the _ _ to the side of the work side - the perceptual force in the horizontal direction, which is proportional to the number of conductive terminals. However, the trend is that 'the connectors are getting smaller and smaller, and the number of conductive terminals is getting worse'. The cumulative lateral force applied to the receiving slot is more and more A, which is very likely to cause the receiving groove to be reversed. Reliable signal transmission between the chip module and the electrical connector is not possible. The conductive terminal in the electrical connector and the conductive piece of the circuit board are electrically: opposite, the valley is placed in the light and the secret _』 "^, one ~ called aa called group placed in the electrical connector
以一 ΪΙίί連接f，其包括··基體、固持裝置及容置於基财之複數端子， 二中Ίχ有用以谷置晶>{模組之導電區，導電區具有上表面，導電區 有複數端子收錢，導電端子收端子收容射，且端子設魏伸臂，基ς 上垂直於端子延伸臂延伸方向及平行於端子延伸臂延伸方向之相鄰收容^之 間均設有大致爲L狀之支撐體，其自基體上表面向上延伸至—定高度。不^ 之支撐體在晶片模組與電連接H匹瞒可組成—支撐平面以防止導電端子^ 壓過度請’保證導電端子良好之正位度。惟這種電連接器在導電端子數 時，相鄰收容槽之間之隔攔極易破裂。 故，確有必要對此電連接器進行改良以解決習知技術中之上述缺陷。 【新型内容】 ' 本創作之主要目的在於提供一種用以將晶片模組連接至電路板之電連接 杰，不但可調整導電端子正位度，並可較好之保護相鄰收容槽之間之隔欄不 發生破裂，從而提供電連接器與晶片模組間準確且穩定之電性連接。 本創作之目的係通過以下技術方案實現之：本創作電連接器包括：絕緣本 體、容置於絕緣本體中之複數導電端子，其中，絕緣本體設有與晶片模組及電 6 M305976 路板相接觸之導電區，導電區内設有複數端子收容槽，導電端子收容於端子收 容槽中，端子收容槽一相對之兩側牆向上延伸一定之高度形成連續之支撐體二 與習知技術相比，本創作具有以下優點：電連接器絕緣本體上之支爲 連續式設計，故不僅在晶片模組與電連接器匹配時可組成一支撐平面以導 電端子受壓過度變形，保證導電端子良好之正位度’並可增強收容槽之間隔棚 之整體強度’使隔爛能承受更大之側向力。 【實施方式】 請參閱第一、第二圖，本創作公開了一種電連接器丨，用以電性連接晶片 模組（未圖示）及印刷電路板（未圖示），其主要包括：絕緣本體2、容置於= 本體2中之複數導電端子3。 〜心Connect f with a ίί, which includes a base body, a holding device, and a plurality of terminals accommodated in the base, and the second middle Ίχ is useful for arranging crystals. The conductive area of the module has an upper surface, and the conductive area has The plurality of terminals collect money, the conductive terminals receive the terminals, and the terminals are provided with Wei arms, and the bases are substantially perpendicular to the extending direction of the terminal extending arms and the adjacent receiving holes parallel to the extending direction of the terminal extending arms. A support body that extends upward from the upper surface of the substrate to a constant height. The support body of the die can be composed of a chip module and an electrical connection H-supporting plane to prevent the conductive terminal from being over-pressed to ensure a good positive position of the conductive terminal. However, when the number of conductive terminals of the electrical connector is small, the barrier between adjacent receiving slots is easily broken. Therefore, it is indeed necessary to modify the electrical connector to solve the above-mentioned drawbacks in the prior art. [New Content] 'The main purpose of this creation is to provide an electrical connection for connecting the chip module to the circuit board, which not only adjusts the positive position of the conductive terminals, but also better protects between adjacent receiving slots. The barrier does not rupture, providing an accurate and stable electrical connection between the electrical connector and the wafer module. The purpose of the present invention is achieved by the following technical solutions: the present invention includes: an insulative housing, and a plurality of conductive terminals housed in the insulative housing, wherein the insulative housing is provided with the chip module and the electric 6 M305976 a plurality of terminal receiving slots are disposed in the conductive area, the conductive terminals are received in the terminal receiving slots, and the terminal receiving slots extend upwardly from the opposite sides of the wall to form a continuous supporting body. 2 compared with the prior art The present invention has the following advantages: the support on the insulating body of the electrical connector is a continuous design, so that not only when the chip module and the electrical connector are matched, a support plane can be formed to excessively deform the conductive terminal, thereby ensuring a good conductive terminal. The positive position 'and the overall strength of the compartment of the receiving trough' allows the barrier to withstand greater lateral forces. [Embodiment] Please refer to the first and second figures. The present invention discloses an electrical connector 电 for electrically connecting a chip module (not shown) and a printed circuit board (not shown), which mainly includes: The insulative housing 2 is housed in a plurality of conductive terminals 3 in the body 2. ~heart
絕緣本體2呈矩形狀構造，其設有與晶片模組及電路板相接觸之第一導電 區2(H、第二導電區202。第-、第二導電區具有第一表面2〇和與第一表面卻相 平行之第二表面21，貫穿第-表面2G和第二表面21開設複數對應料電端子3 之收容且兩導魏之收容槽23姉設置。魏容之—端設有卡胖 231，與卡持槽231相鄰之側壁232向收容槽23内凸伸-定之厚度。另外，側^ 2士33分別從第-纟面20和第二表面21向外延伸一定之高度形成截面呈矩形之^ 續之支撐體24和不連續之矩形凸塊25。 導電端子域有板狀之主體·，域具有長度、寬度、厚度三個方 向。于主體部31長度方向之相對兩側設有卡持部32，卡持部犯與主體部此 =目同，其與主體職連接後大致呈“工”形。卡持柳上對稱設置倒角斜面 321 ’提供導電端子3插入絕緣本體2時之導向作用。由主體戰寬度方向 =上:分別延伸設置兩個彈性臂33，其具有_且延伸長度鱗。該對彈性臂 33之末端设有可與電子元件(未圖示)相導接之弧形接觸部測。 料纖人絕緣本綱，導電端子3之卡持容置於縣本體2之卡 献231内，兩者以干涉配合之方式定位導電端子缺絕緣本戲中 ㈣申級緣本體2之第—表通和第二表碰，以使其能夠 請參閱第三圖，在本創作電連接器！導電區之第一表面2〇和第二表 祕+ϋ別設置連續支撐體24和不連續之凸塊25，不僅可在晶片模组及電路 板與電連接成—支料面，承絲自餘方向之壓力“f”，$ 7 M305976 ί)電度t至變形，連麵體24㈣讎槽23隔攔(未# =之需強度，使_能承受更大之側向力τ，，，從而狀電連接器$ 【圖式簡單說明】 第-圖係本創作電連接n之立體組合圖。The insulative housing 2 has a rectangular structure, and is provided with a first conductive region 2 (H, a second conductive region 202) in contact with the chip module and the circuit board. The first and second conductive regions have a first surface 2〇 and The second surface 21, which is parallel to the first surface, penetrates the first surface 2G and the second surface 21 to open a plurality of corresponding electrical terminals 3 and is disposed in the two guiding slots 23 。. The side wall 232 adjacent to the holding groove 231 protrudes into the receiving groove 23 and has a thickness. Further, the side surface 2 extends outward from the first surface 20 and the second surface 21 to form a cross section. The rectangular support body 24 and the discontinuous rectangular bumps 25. The conductive terminal region has a plate-shaped main body, and the domains have three directions of length, width and thickness. The opposite sides of the main body portion 31 in the longitudinal direction are provided. The holding portion 32 and the holding portion are identical to the main body portion, and are substantially "work" in shape after being connected to the main body. The chamfered slope 321 ' is symmetrically disposed on the retaining willow to provide the conductive terminal 3 when inserted into the insulative housing 2 The guiding role of the main battle width direction = upper: respectively, two elastic settings 33, which has _ and extended length scales. The end of the pair of elastic arms 33 is provided with an arc-shaped contact portion that can be connected to an electronic component (not shown). The fiber-optic insulation class, the card of the conductive terminal 3 The holding capacity is placed in the card 231 of the county body 2, and the two are positioned in the interference mode to locate the conductive terminal. The insulation is in the play. (4) The first level of the body edge body 2 and the second table touch, so that it can be requested Referring to the third figure, in the present electrical connector! The first surface of the conductive area 2〇 and the second surface secret + screening set the continuous support body 24 and the discontinuous bump 25, not only in the chip module and the circuit board Connected to the electric-supporting surface, the pressure of the wire from the residual direction "f", $7 M305976 ί) electrical conductivity t to deformation, the parallel body 24 (four) groove 23 barrier (not # = the required strength, so _ Can withstand the greater lateral force τ,,, and thus the electrical connector $ [Simple diagram of the diagram] The first diagram is a three-dimensional combination of the creation of the electrical connection n.
第二圖係本創作電連接器另—方向之立體分解 【;;==器安裝後沿第一圖〜方向受力示意圖。 1 20 202 23 232 24 3 32 33 絕緣本體 2 第一導電區 201 第二表面 21 卡持槽 231 側牆 233 凸塊 25 主體部 31 倒角斜面 321 弧形接觸部 331 電連接器 第一表面 第二導電區 收容槽 側壁 支撐體 導電端子 卡持部 彈性臂 8The second figure is the three-dimensional decomposition of the other direction of the original electrical connector [;; == after the installation of the device along the first figure ~ direction force diagram. 1 20 202 23 232 24 3 32 33 Insulation body 2 First conductive area 201 Second surface 21 Holding groove 231 Side wall 233 Bump 25 Main body part 31 Chamfered slope 321 Curved contact part 331 Electrical connector first surface Two conductive area receiving groove side wall support body conductive terminal holding portion elastic arm 8