MJ94594 五 '新型說明 【新型所屬之技術領域】 電性=^=€綱，機—興输鋪㈣組之間 【先前技術】 元株電廣泛地朗於各種電子設備中，用於在兩個分離之電子 如曰曰片換組和印刷電路板，之間提供電性導通路徑。 子、利第聽⑽麟齡，電連難端子包括上導電端 子之上限位之一對下卡勾’·彈性件固持於上導電端 沿垂ί方向運動之彈力；本體由銅合金製造而成， 上下:二' °又有複數收谷電連接器端子的端子收容孔，端子收容孔之 之便於輯電連接器端子叫，電連接器端子 的部；===内’上_及下限位部之間 之缺ΐ實有必要提供一種改進之電連接器，以克服上述電連接器 【新型内容】 電連問題係提供一種具有可穩定傳輸接地信號之 現：技=題，本_之電連接||係通過町技術方案實 複數端子收容孔二緣本^連m莫f與印刷電路板，其包括：設有 並可相對第-導電端移弟動一^電與第一導Γ子相互配合 孔内壁設有細，_ 3 M394594 括向外側凸伸始終與端子收容孔内壁接觸的抵觸部。 相較於先前技術’本創作之電連接器之第一導電端子的一 始終與端子收容孔内壁的接地金屬層接觸使晶片模組穩定的接地。 【實施方式】 请參閱第-圖至第五圖所示，本創作為一種電性連接晶片模组5盘 印刷電路板6之f連接器，所述f連接器包括絕緣本體7及收容於^ 本，7中之電連接器端子卜該電連接器端子〗包括第—導電端子=’、、 與第-導電端子2以正交方式相互配合之第二導電端子3及置於雷 端子2、3外圍之彈性件4。 電MJ94594 Five new description [new technical field] Electrical = ^ = €, machine - Xing transmission shop (four) between groups [previous technology] Yuanzhudian is widely used in various electronic devices, used in two Separate electronics, such as wafer exchanges and printed circuit boards, provide an electrical conduction path. Sub, Li Di listen (10) Lin age, the electrical connection terminal includes one of the upper limit of the upper conductive terminal to the lower hook '· elastic member is held at the upper conductive end in the direction of the vertical movement; the body is made of copper alloy , Up and down: Two ' ° has a plurality of terminal receiving holes of the terminal of the valley connector, the terminal receiving hole is convenient for the electrical connector terminal, the part of the electrical connector terminal; === inner 'up _ and lower limit There is a need to provide an improved electrical connector to overcome the above-mentioned electrical connector [new content] Electrical connection problem is to provide a stable transmission ground signal: technology, the problem Connection||Through the town's technical solution, the actual number of terminal receiving holes and two edges are connected to the printed circuit board, which includes: and can be moved relative to the first-conducting end, and the first and second guiding dice The inner wall of the mutual matching hole is thin, and the _ 3 M394594 includes an abutting portion which protrudes toward the outer side and always contacts the inner wall of the terminal receiving hole. The chip module is stably grounded as compared with the grounding metal layer of the inner wall of the terminal receiving hole of the first electrical terminal of the prior art connector. [Embodiment] Please refer to the first to fifth figures. The present invention is an f-connector for electrically connecting a five-chip printed circuit board 6 of a chip module, the f-connector including an insulative body 7 and housed in ^ The electrical connector terminal of the present invention includes a first conductive terminal = ', a second conductive terminal 3 that is orthogonally coupled with the first conductive terminal 2, and is placed at the lightning terminal 2. 3 peripheral elastic members 4. Electricity
請具體參閱第四圖所示，第一導電端子2之底部設有向下 。[5 2卜可與印刷電路板6導接。前述尾部21頂端向兩側水平延伸 一對垂直於尾部21之限簡22，用以限定彈性件〇自所述限位^ 之兩侧分別向上延伸出兩導引臂23、24，每一導引臂23、24 位部22之上頂面豎直向上延伸形成一豎直部231、豎直部23丨 ^ 向外側彎折形成-外凸部234及於外凸冑234之末端向内彎折 觸部235。外凸部234與豎直部231相連的内側設有對向凸伸的J 233，外凸部234與接觸部235連接處外側設有一抵觸部236。 臂23、24大體相互平行且呈對稱設置。 I 兩V弓丨Please refer to the fourth figure for details. The bottom of the first conductive terminal 2 is provided downward. [5 2 can be connected to the printed circuit board 6. The top end of the tail portion 21 extends horizontally to two sides to define a pair of legs 22 perpendicular to the tail portion 21 for defining the elastic members. The two guiding arms 23, 24 extend upward from the two sides of the limiting portion, respectively. The top surface of the lead frame 23 and the 24 position portion 22 extends vertically upward to form a vertical portion 231. The vertical portion 23 is bent outwardly to form an outer convex portion 234 and the end of the outer convex portion 234 is inward. The bent portion 235 is bent. The inner side of the outer convex portion 234 connected to the vertical portion 231 is provided with a J 233 which is convexly protruded, and the outer convex portion 234 is provided with an abutting portion 236 at the outer side of the joint portion of the contact portion 235. The arms 23, 24 are generally parallel and symmetrical to one another. I two V bows
第二導電端子3包括：-大致呈板狀結構之基部3〇、於基部％上 有一中部向内凹陷之導接部3卜於基部30中部之相對兩側緣向外 的固疋部32、於基部30之底部四周設有向内凹陷之凹槽33 ，凹槽33下方並向外凸伸之配合部34。其中，固定部32及配合部^ 係間隔設置於基部3〇兩側，共同形成—導引槽35 可以引導第-導電端子2之兩導引臂23、24上下滑動，又可提^第^ 導電端子2之橫向限位個，靖止第—導電端子2上下滑動時發生产 向偏移，可實現電連接器端子丨之穩定電性連接。 x ，、 彈性件4為彈簀，其兩端分別抵靠於第一導電端子2之限位部22 =頂面和第二導電端子3之蚊部32之下底面。所述彈性件4被抵 壓後發生壓縮變形而驅動第二導電端子3向上運動。 請具體參’五騎示’絕緣本體7設有複數用於收容電連接器端 子1之端子收容孔70，端子收容孔70包括位於頂部之收口部71 ^位 於收口部71下端並向兩側彎折的收容部π，收口部Ή之寬度小於收 4 容部72之寬度。絕緣本體7由塑膠材料成型後在其外側緣及端子收容 孔70内側鍍有一金屬層73 ’該金屬層73具有接地之功效。絕緣本體7 之下底面組裝有一絕緣板8 ’該絕緣板8由塑膠材料製成，可有效防止 短路現象的發生，絕緣板8設有與端子收容孔70位置相對應之端子孔 80 ’端子孔80之寬度小於收容部72之寬度。 請結合第一圖至第四圖所示，組裝時，先將彈性件4套設於第一導 電端子2之兩導引臂23、24之外側緣，然後將第二導電端子3呈正交 方式組裝入第一導電端子2之兩導引臂23、24之内側，第二導電端子 3之固定部32位於第一導電端子2之兩導引臂23、24之凸出部233之 上方並可於凸出部233之上方運動，第二導電端子3之配合部34可於 凸出部233及限位部22之間運動。第一導電端子2之兩導引臂23、24 可沿著第二導電端子3之導引槽35上下滑動，前述彈性件4被限制於 第一導電端子2之限位部22和第二導電端子3之固定部32之外圍之 間。電連接器端子1組裝完成之後，將電連接器端子丨從下而上的組裝 於絕緣本體7之端子收容孔70内，第一導電端子2之兩導引臂23、24 之接觸部235凸出絕緣本體7之上表面，兩導引臂23、24之抵觸部236 始終與端子收容孔70之收口部71内的金屬層73保持接觸，電連接器 子1其他部分位於收容孔70内。將絕緣板8組裝於絕緣本體7之下 方’第一‘電端子2之限位部22位於端子孔80之上方起限位作用，從 而可將電連接器端子1穩定的固持於絕緣本體7與絕緣板8之間。當晶 片模=5放置在該電連接器上時，電連接器端子丨之第二導電端子3與 晶片模組5的錫球50接觸並被按壓向下運動，彈性件4受力被壓縮， 第一導電端子2處於相對靜止狀態，第一導電端子2之兩導引臂23、 24之頭部隨後與錫球5〇相接觸’兩導引臂23、24之抵觸部加始終 與收口部71内之金屬層73保持接觸，第一導電端子2之中部凸出部 233 第二導電端子3電性導通，其尾部21與印刷電路板6相接 端子2從上、中、下三點保持同步接觸，形成穩定的接地 ϋί 接地信號能夠良好的導通，進而使電連接器可傳輸 綜上所述，本創作符合新型專利要件，爰依法提出專， ί 闕，本創狀細料社述實施例 創作之精神所作之等效修飾或變 1VJ*3 ^4594 【圖式簡單說明】 ?—圖係本_之《接liq連接器端； 弟-圖係本創作之電連接器之 之組裝 三圖係本創作之電連接器之電;==二圖 圖 創作之電連接器之電連接器端子立C二:及 第五圖係本創作之電連接器與晶片模組及印刷電路板配合之示The second conductive terminal 3 includes: a base portion 3〇 having a substantially plate-like structure, a guiding portion 3 having a centrally inwardly recessed portion on the base portion, and a solid portion 32 extending outward from opposite sides of the central portion 30, Around the bottom of the base 30, there is provided a recess 33 which is recessed inwardly, and a fitting portion 34 which protrudes downwardly and outwardly from the recess 33. The fixing portion 32 and the matching portion are disposed at intervals on both sides of the base portion 3, and are formed together. The guiding groove 35 can guide the two guiding arms 23 and 24 of the first conductive terminal 2 to slide up and down, and can also raise the second The lateral limit of the conductive terminal 2 is such that when the conductive terminal 2 slides up and down, the production direction is shifted, and the stable electrical connection of the terminal 丨 of the electrical connector can be realized. The elastic member 4 is a magazine, and its two ends abut against the limiting portion 22 of the first conductive terminal 2 = the top surface and the bottom surface of the mosquito portion 32 of the second conductive terminal 3, respectively. After the elastic member 4 is pressed, compression deformation occurs to drive the second conductive terminal 3 to move upward. Specifically, the insulative housing 7 is provided with a plurality of terminal receiving holes 70 for accommodating the electrical connector terminals 1. The terminal receiving holes 70 include a closing portion 71 at the top, and are located at the lower end of the closing portion 71 and are bent to both sides. The folded receiving portion π has a width smaller than the width of the receiving portion 72. The insulating body 7 is formed of a plastic material and is plated with a metal layer 73 on the outer side edge and the terminal receiving hole 70. The metal layer 73 has a grounding effect. The bottom surface of the insulative housing 7 is assembled with an insulating plate 8'. The insulating plate 8 is made of a plastic material, which can effectively prevent the occurrence of a short circuit. The insulating plate 8 is provided with a terminal hole 80' terminal hole corresponding to the position of the terminal receiving hole 70. The width of 80 is smaller than the width of the receiving portion 72. Please refer to the first to fourth figures. When assembling, the elastic member 4 is first sleeved on the outer side edges of the two guiding arms 23 and 24 of the first conductive terminal 2, and then the second conductive terminal 3 is orthogonal. The mode is assembled inside the two guiding arms 23, 24 of the first conductive terminal 2, and the fixing portion 32 of the second conductive terminal 3 is located above the protruding portion 233 of the two guiding arms 23, 24 of the first conductive terminal 2 and The upper portion of the protruding portion 233 is movable, and the engaging portion 34 of the second conductive terminal 3 is movable between the protruding portion 233 and the limiting portion 22 . The two guiding arms 23 and 24 of the first conductive terminal 2 can slide up and down along the guiding groove 35 of the second conductive terminal 3, and the elastic member 4 is limited to the limiting portion 22 of the first conductive terminal 2 and the second conductive Between the periphery of the fixing portion 32 of the terminal 3. After the assembly of the electrical connector terminal 1 is completed, the electrical connector terminal 组装 is assembled from the bottom up into the terminal receiving hole 70 of the insulative housing 7, and the contact portions 235 of the two guiding arms 23, 24 of the first conductive terminal 2 are convex. The contact portion 236 of the two guiding arms 23 and 24 is always in contact with the metal layer 73 in the receiving portion 71 of the terminal receiving hole 70, and the other portion of the electrical connector 1 is located in the receiving hole 70. The insulative plate 8 is assembled under the insulative housing 7 and the limiting portion 22 of the first electrical terminal 2 is positioned above the terminal hole 80 to limit the position of the electrical connector terminal 1 to the insulative body 7 and Between the insulating plates 8. When the die modulo=5 is placed on the electrical connector, the second conductive terminal 3 of the electrical connector terminal 接触 is in contact with the solder ball 50 of the wafer module 5 and is pressed downward to move, and the elastic member 4 is compressed by force. The first conductive terminal 2 is in a relatively static state, and the heads of the two guiding arms 23, 24 of the first conductive terminal 2 are subsequently in contact with the solder ball 5'. The contact portions of the two guiding arms 23, 24 are always attached to the closing portion. The metal layer 73 in the 71 is kept in contact, the second conductive terminal 3 of the first conductive terminal 2 is electrically conductive, and the tail portion 21 is connected to the printed circuit board 6. The terminal 2 is kept from the upper, middle and lower points. Synchronous contact, forming a stable grounding ϋ The grounding signal can be well-conducted, so that the electrical connector can be transmitted. This creation complies with the new patent requirements, and is specially formulated according to law, ί 阙, this creation of fine materials The equivalent modification or change of the spirit of the creation 1VJ*3 ^4594 [Simple description of the diagram] - The diagram of the system is connected to the liq connector; the brother-picture is the assembly of the electrical connector of the creation The figure is the electricity of the electrical connector of the creation; == two map creation The electrical connector terminal of the electrical connector C 2: and the fifth figure is the cooperation of the electrical connector of the present invention with the chip module and the printed circuit board
【主要元件符號說明】 電連接器端子 1 尾部 21 導引臂 23、24 凸出部 233 接觸部 235 第二導電端子 3 導接部 31 凹槽 33 導引槽 35 晶片模組 5 印刷電路板 6 收容孔 70 收容部 72 絕緣板 8 第一導電端子 2 限位部 22 豎直部 231 外凸部 234 抵觸部 236 基部 30 固定部 32 配合部 34 彈性件 4 錫球 50 絕緣本體 7 收口部 71 金屬層 73 端子孔 80[Main component symbol description] Electrical connector terminal 1 Tail portion 21 Guide arm 23, 24 Projection portion 233 Contact portion 235 Second conductive terminal 3 Guide portion 31 Groove 33 Guide groove 35 Chip module 5 Printed circuit board 6 Receiving hole 70 accommodating portion 72 Insulating plate 8 First conductive terminal 2 Limiting portion 22 Vertical portion 231 External convex portion 234 Abutting portion 236 Base portion 30 Fixing portion 32 Mating portion 34 Elastic member 4 Tin ball 50 Insulating body 7 Closing portion 71 Metal Layer 73 terminal hole 80