M393851 五、新型說明： 【新型所屬之技術領域】 . 本創作涉及-種電連接器及其 晶月模組與電路板之電連接器及其導電尤其涉及一種用以電性連接 【先前技術】 與本創作相關之電連接器及宜導 板，如中華民騎型翻公46 ^子，—連接晶片模組與電路 本體、收容於絕緣本體中之複。數 ’該電連接器包括絕緣 緣本體之^型’其包括與絕 定腿向上延伸設連接之基部腿以及由固 焊接腳。第-作動臂包括由有= ==接:作動臂包括由固定腿傾斜向上延伸 觸臂末端^第r^i端之齡部及“合部延伸設置之接觸臂。接 一電驅動操作蓋體擠料電端子時藉導電端子之第 :τ之第一連接部因受應力過大而損壞，進而4=^^ 技術3=有必紐供-改岐電雜11及料1端子，以克服先前 【新型内容】 兵廍ίΐΐ之f的係提供—種電連接器及其導電端子，可防止導電端子因 又應力過大而損壞，進而確保電連接聽於良好電性連接狀態。 ；& a 電連接器藉以下技術方案實現：一種電連接器，用以電性連 ^曰曰^，與電路板，其包括絕緣本體及複數容置於絕緣本體中之導電端 b Jir端子包括基部、由基部向上延伸設置之第—接觸部與第二接觸部 及由基柏下延伸設置之複數焊接腳。其中所述第—接觸部之底端沿其長 3 M393851 度方向上設有凹口。 本創作之電連接器之導電端子藉以下技術方案實現：一種電連接器之 導電端子，其包括基部、由基部向上延伸設置之第一接觸部與第二接觸部 及由基部向下延伸設置之複數焊接腳。其中所述第一接觸部之底端沿其長 度方向上設有凹口。 相較於先前技術，本創作之電連接器之導電端子之第一接觸部底端設 有凹口，當導電端子受力時可使第一接觸部所受應力減小，防止第—接觸 部因受應力過大而損壞’進而藉導電端子實現電連接器之良好電性連接功 能。 【實施方式】 睛參閱第一圖至第五圖所示，本創作為一種電連接器1〇〇安裝於電路 板(未圖示)上用一電性連接一種兩側各設有一排導電引腳之晶片模 圖不），其包括絕緣本體1、複數收容於絕緣本體丨中之導電端子2、安 於絕緣本體1上以容納晶片模組(未圖示)之承接座3及安裝於絕緣本體1 上並可相對於絕緣本體1上下運動以驅動導電端子2之操作蓋體4。 止參閱第二圖及第三圖所示，絕緣本體丨為—體成型之矩形構M393851 V. New description: [New technical field] The present invention relates to an electrical connector and an electrical connector of the crystal module and the circuit board and the electrical conduction thereof, and particularly relates to an electrical connection [Prior Art] The electrical connector and the guide plate related to the creation, such as the Chinese people riding the type of 46 ^ sub---connecting the chip module and the circuit body, and being housed in the insulating body. The electrical connector includes a type of insulating body that includes a base leg that extends upwardly from a predetermined leg and a soldered leg. The first actuating arm comprises: ===: the actuating arm comprises an inclined portion extending from the fixed leg to the end of the arm end ^ the end portion of the r^i end and the contact arm extending from the joint portion. The electric drive operating cover is connected When the electric terminal is squeezed, the first connection portion of the conductive terminal: τ is damaged due to excessive stress, and further 4=^^ technology 3 = there is a necessary supply - change the electric 11 and material 1 terminals to overcome the previous [New content] The system of the 廍 廍 ΐΐ 提供 提供 提供 提供 提供 提供 提供 提供 提供 提供 提供 提供 提供 提供 提供 提供 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电 电The connector is realized by the following technical solution: an electrical connector for electrically connecting the circuit board, and the circuit board, comprising an insulating body and a plurality of conductive terminals b Jir terminals accommodated in the insulating body, the base portion and the base portion a first contact portion and a second contact portion extending upwardly and a plurality of soldering legs extending from the base of the base plate, wherein the bottom end of the first contact portion is provided with a notch along a length of 3 M393851 degrees. The electrical terminal of the electrical connector uses the following technology The invention provides a conductive terminal of an electrical connector, comprising: a base portion, a first contact portion and a second contact portion extending upward from the base portion; and a plurality of soldering legs extending downward from the base portion, wherein the first contact portion The bottom end is provided with a notch along the length thereof. Compared with the prior art, the bottom end of the first contact portion of the conductive terminal of the electrical connector of the present invention is provided with a notch, and the first contact can be made when the conductive terminal is stressed. The stress on the part is reduced, and the first contact portion is prevented from being damaged due to excessive stress. Further, the conductive terminal is used to realize a good electrical connection function of the electrical connector. [Embodiment] Referring to the first to fifth figures, The present invention is an electrical connector 1A mounted on a circuit board (not shown) for electrically connecting a chip pattern having a row of conductive pins on each side thereof, which includes an insulating body 1 and a plurality of housings. The conductive terminal 2 in the insulating body 2、 is mounted on the insulating body 1 to receive the socket 3 of the chip module (not shown) and mounted on the insulating body 1 and movable up and down relative to the insulating body 1 to drive the conductive terminal 2 See for locking the lid body 4. The second and the third FIG FIGS., The housing is Shu - shaping of rectangular configuration
=二平板狀之本體部10。本體部10之中部設有—上下貫穿之扣 持孔。扣持孔U之相對兩側中部設有凹槽U °凸出部111之頂端設有導引斜面= 本體。M0之相對兩側設有複數端子收容槽12，用以收 f本體1還包括設於本體部10四角落之複數凸台13。m二可 =作盍，相對於絕緣本體〗上下鶴之· 14。觀^内設^ ，可與操作蓋體4配合用以防止操作蓋體4自^所 述本=1〇沿其一對角線方向之角落處設有定脫洛。所 承接座3安裝於絕緣本體1上，苴包 向上延伸設置之擋牆31。主體部3〇之^體^ 及由主體部30四周 圖示)之承接面細。承接面雇於 模組(未 設置之扣持件32，用以將承接座3 _於絕緣結f相同且相對 包括-由承接座3之主體部3 伸 > 上。母-扣持件32 臂32〇末端朝向主體部30外側方向垂臂細及由扣持 持臂320可收容於絕緣本體丨之 |鎖=32卜所述扣 T听处頌扣部321可於絕緣本 4 M393851 體1之凸出部111之導引斜面111〇之引導下卡扣於絕緣本體】之凸出部 in ^底端’用以將承接座3固定於絕緣本體1上。所述鎖扣部32〗具有 弧狀第一導引面3210。擋牆31之内側設有傾斜第二導引面33 ,第二導引 面33下方設有垂直面34，垂直面34上設有複數成行排列之通孔弘〇。主 體部30之下表面與絕緣本體！之定位孔1〇1之對應位置處設有定位柱 302，可與絕緣本體丨之定位孔1〇1配合，以將承接座3定位於絕緣本體 1上0 操作蓋體4為一框形構件，其具有兩短側壁4〇及連接兩短側壁4〇 之長側壁4卜賴壁4〇與絕縣體丨之端子收容槽12相麻置處設有 ，數狹槽42。長側壁41之四角落向下垂直延伸設有複數導引部43，可與 絶緣本體1之槽體14配合而使操作蓋體4相對於絕緣本體丨上下運動。 導引部43之末端設有卡勾431，可抵持於絕緣本體丨之槽體14之凸塊i4i 底端，用以防止操作蓋體4於向上運動時脫離絕緣本體i。= two flat body portion 10. The middle portion of the main body portion 10 is provided with a fastening hole that penetrates vertically. The middle portion of the opposite side of the holding hole U is provided with a groove U. The top end of the protruding portion 111 is provided with a guiding slope = body. A plurality of terminal receiving slots 12 are defined on opposite sides of the M0, and the body 1 further includes a plurality of bosses 13 disposed at four corners of the body portion 10. m two can be = 盍, relative to the insulation body 〗 〖Up and down the crane. The inner cover can be used to cooperate with the operation cover 4 to prevent the operation cover 4 from being provided with a fixed detachment at a corner of the pair of corners of the operation. The socket 3 is mounted on the insulative housing 1 and the retaining wall 31 is extended upwardly. The receiving surface of the main body portion 3 and the body portion 30 is thin. The receiving surface is employed by the module (the unsupported holding member 32 is used to make the receiving seat 3_the same as the insulating joint f and relatively includes - extending from the main body portion 3 of the receiving seat 3). The female-holding member 32 The end of the arm 32〇 is perpendicular to the outer side of the main body portion 30, and the holding arm 320 can be received in the insulating body ||lock=32. The buckle T is heard and the buckle portion 321 can be insulated. 4 M393851 body 1 The guiding portion of the protruding portion 111 of the protruding portion 111 is buckled to the insulative housing. The bottom end ' is used to fix the receiving seat 3 to the insulative housing 1. The locking portion 32 has An arc-shaped first guiding surface 3210. The inner side of the retaining wall 31 is provided with a slanting second guiding surface 33, a lower surface 34 is disposed below the second guiding surface 33, and a plurality of vertical holes 34 are arranged on the vertical surface 34. A positioning post 302 is disposed at a corresponding position of the lower surface of the main body portion 30 and the positioning hole 1〇1 of the insulating body!, and can be matched with the positioning hole 1〇1 of the insulating body , to position the receiving seat 3 on the insulating body. 1 upper 0 operation cover 4 is a frame-shaped member, which has two short side walls 4〇 and a long side wall 4 connecting two short side walls 4〇, a wall 4 and a county body The terminal receiving groove 12 of the cymbal is provided with a plurality of slots 42. The four corners of the long side wall 41 extend vertically downward to provide a plurality of guiding portions 43 which can cooperate with the groove body 14 of the insulating body 1 to make the operation cover The body 4 is moved up and down with respect to the insulating body. The end of the guiding portion 43 is provided with a hook 431 which can be resisted at the bottom end of the protrusion i4i of the slot body 14 of the insulating body , to prevent the operating cover 4 from moving upward. When it is separated from the insulating body i.
>請重點參㈣四圖及第五圖所示，導電端子2由金屬薄片沖壓而成， 其設有-基部2G。基部2G之旁側之上端垂直延伸設有-固定腿2卜可將 導電端子2固定魏緣本體1之舒收容槽U巾。固魏h上設有複數 倒刺23。基部20之旁側下端垂直延伸設有位於固定腿21下方之基部腿 22。所述基部腿22之側邊向下延伸設有複數焊接腳24。基部2〇之頂俨 向上^設有第—接觸部25與第二接觸部26，肋夾持晶片模而 不)之導電引腳，以實現電連接器觸與晶片模組(未圖示)間之電性 所述第一接觸部25包括由基部20頂端傾斜向上延伸設置之第一 250、由第一連接部250末端彎折設置之彈性部251及由彈性部251 ^ ^上延伸後分叉設置之自由端252與尖端253。所述自由端252之末端設 有-操作部254。所述尖端253之末梢設有第一電氣接點255，可盘^ 換組(未圖示)之導電引腳頂端接觸。所述第二接觸部26包括由2 =傾斜向上延伸設置之第-接觸臂261及由第一接觸臂261 ；；朝 向所述第-電氣娜255延伸設置之第二接觸臂262。第二接觸臂加Ζ 末端設有第二電氣接點泥，可與晶片模組(未圖 觸。所述第一接觸部25之第—連接部250底端沿其長 口 256，可減小第-連接部250於操作蓋體4驅動導電端子 =第-連接部250因7力過大而損壞，進而防止導電端子2^力所 处彈性部251 i Ω」狀叹置。所述基部2〇於固定腿21之相 —缺口 27,以诚治具將導電端子2壓人絕緣本體〖之端子收容槽U中有 5 M393851 此時端子2從旁顺人縣本體1之端子岐槽12中。 •電如子2之烊接腳24伸出絕緣本體丨之底部。導 接觸部25與第二接觸部26# 之底°P V電&子2之第- 將承接座3安裝於絕緣她上槽12頂端。然後 本體1之定位孔101中。同時承，H之疋位柱302 11欠容於絕緣 絕緣本體1之扣持孔n之凹择 :持件32之扣持臂320收容於 緣本體i之凸出扣持件32之鎖扣部321卡扣於絕 電端子2之第二接綱t 將承接座3固定於絕緣本體1上。且導 • 3⑴中，導電“ 第263收容於承触3之端子孔 之通孔340而卡麼於第電電氣接點255穿過承接座3 43之+台zm Id 、弟—電接上。最後藉操作蓋體4之導引邱 4固定於l緣本體ΤΓ緣本體1之槽體M之凸塊⑷底端以將操作蓋體 接腳做彻子2之焊 之電性導通。 即，、現了電連接器100與電路板(未圖示） 田施力下屋操作蓋體4時，操作蓋 ㈣^ ^ 254 ’使得導電端子2之第 子2之#作部 時可將晶片模組(未圖示)放置於承接座3上' ^腳置於導電端子2之第二電氣接點263上。 電端子2之彈力作用下向上運動，知作盍體4於導 變形，使得導電端子2之第一電氣接點25 ='之弟;·接觸部25恢復 二電氣接點263 —起夹持晶片模組(未‘)之^ 電連接器刚與晶片模组(未圖示)間之電性導 =¥電引腳從而貫現 本創作之電連接器100之導雷媳早 ㈣端沿長度方向設有之凹:二妾之第厂連接部 於操作蓋體4下峨端子2之操作部254 ^一連接部25_應力過烟㈣，進 Ιϋ ΐ Γ 0組(未圖示）、電路板(未圖示)間之良好電性連 接功能。另，導電端子2之基部20 2 :厂]〈民灯电性連 導電端子W她^;27，™藉治具將 “ =可於導電端子2之第二接觸部26之第一接觸 %於操作蓋體4下壓導電端子2時总电端子2之苐二接觸部 •千2時所叉應力，避免導電端子之第二接觸 6 片糢組(未_)、料舒2實現與晶 【圖式簡單說明】 ，一圖係本創作之電連接器之立體組合圖； 第二圖係本創作之電連接器之立體分解圖； ，三圖係本創作之電連接器之另一視角之立體分解圖； 苐四圖係本創作之電連職之導電端子之立體圖； 第五圖係本創作之電連接m—顏示之ν·ν方向之剖視圖。 【主要元件符號說明】 電連接器 100 本體部 10 扣持孔 11 凸出部 111 端子收容槽 12 槽體 14 導電端子 2 固定腿 21 倒刺 23 第一接觸部 25 彈性部 251 尖端 253 第一電氣接點 255 弟—接觸部 26 第二接觸臂 262 缺口 27 主體部 30 絕緣本體 1 定位孔 101 凹槽 110 導引斜面 1110 凸台 13 凸塊 141 基部 20 基部腿 22 焊接腳 24 第一連接部 250 自由端 252 操作部 254 凹口 256 第一接觸臂 261 第二電氣接點 263 承接座 3 承接面 300 M393851 端子孔 301 定位柱 302 擋牆 31 扣持件 32 扣持臂 320 鎖扣部 321 第一導引面 3210 第二導引面 33 垂直面 34 通孔 340 操作蓋體 4 短側壁 40 長側壁 41 狹槽 42 導引部 43 卡勾 431 8> Please refer to (4) Four and fifth figures, the conductive terminal 2 is stamped from a metal foil, and is provided with a base portion 2G. The upper end of the side of the base 2G is vertically extended with a fixing leg 2 to fix the conductive terminal 2 to the comfort receiving groove U of the Wei edge body 1. There are multiple barbs on the solid Wei h. The lower end of the side of the base 20 extends vertically with a base leg 22 located below the fixed leg 21. The side legs of the base leg 22 extend downwardly to form a plurality of welding legs 24. The top portion of the base portion 2 is provided with a first contact portion 25 and a second contact portion 26, and the rib sandwiches the conductive pins of the wafer mold to realize the electrical connector contact with the wafer module (not shown). The first contact portion 25 includes a first portion 250 extending obliquely upward from the top end of the base portion 20, an elastic portion 251 bent by the end of the first connecting portion 250, and extending from the elastic portion 251. The fork is provided with a free end 252 and a tip end 253. The end of the free end 252 is provided with an operating portion 254. The tip of the tip 253 is provided with a first electrical contact 255 for contacting the top end of the conductive pin (not shown). The second contact portion 26 includes a first contact arm 261 extending from 2 = obliquely upwardly and a first contact arm 261 extending from the first contact arm 261; toward the first contact angle 255. The second contact arm is twisted at the end and provided with a second electrical contact mud, which can be connected to the wafer module (not touched. The bottom end of the first connecting portion 250 of the first contact portion 25 along the long opening 256 can be reduced The first connecting portion 250 drives the conductive terminal in the operation cover 4 = the first connecting portion 250 is damaged due to the excessive force of 7 , and further prevents the elastic portion 251 i Ω from being sighed by the conductive terminal 2 ^. In the phase of the fixed leg 21 - the notch 27, the conductive terminal 2 is pressed into the insulating body by the Chengzhi tool. [The terminal receiving groove U has 5 M393851, and the terminal 2 is in the terminal slot 12 of the side body 1 of the side. • The pin 24 of the electric pole 2 extends beyond the bottom of the insulating body 。. The bottom of the conductive contact portion 25 and the second contact portion 26# is the first of the PVs & the second one - the socket 3 is mounted on the insulation The top end of the slot 12 is then placed in the positioning hole 101 of the body 1. At the same time, the clamping post 302 11 of the H is not recessed by the holding hole n of the insulating and insulating body 1 : the holding arm 320 of the holding member 32 is received at the edge The latching portion 321 of the protruding latching member 32 of the main body i is fastened to the second joint t of the electric insulating terminal 2, and the receiving socket 3 is fixed to the insulative housing 1. In the guide 3(1), The electric "the 263 is accommodated in the through hole 340 of the terminal hole of the contact 3 and the card is passed through the electric electric contact 255 through the +zzmd of the receiving seat 3 43 , the younger brother is electrically connected. Finally, the cover 4 is operated. The guide Qiu 4 is fixed to the bottom end of the bump (4) of the groove body M of the edge body of the l-edge body to electrically connect the operation cover pin to the welding of the block 2. That is, the electrical connector is now available. 100 and circuit board (not shown) When the field is applied to the cover 4, the operation cover (4) ^ ^ 254 ' enables the wafer module (not shown) when the second part of the conductive terminal 2 is made. Placed on the socket 3' ^ foot is placed on the second electrical contact 263 of the conductive terminal 2. The elastic force of the electrical terminal 2 moves upward, and the body 4 is known to be deformed, so that the first electrical of the conductive terminal 2 Contact 25 = 'the younger brother; · The contact portion 25 restores the two electrical contacts 263 - the electrical connection between the electrical connector that holds the wafer module (not ') and the wafer module (not shown) = The electric lead thus realizes that the lead of the electrical connector 100 of the present invention is provided with a recess along the length direction of the early (four) end: the connecting portion of the second factory is operated at the operating portion of the terminal 2 of the operating cover 4 254 ^ One company The connection portion 25_stress smoke (4), the input Ιϋ Γ 0 group (not shown), the circuit board (not shown) good electrical connection function. In addition, the base of the conductive terminal 2 20 2: factory] The lamp is electrically connected to the conductive terminal W; 27, TM by the jig will " = the first contact % of the second contact portion 26 of the conductive terminal 2 can be used to press the conductive terminal 2 when the operating cover 4 is pressed. The second contact part • the fork stress of 2 hours, avoiding the second contact of the conductive terminal 6 piece module (not _), material Shu 2 realization and crystal [simple description of the figure], a picture is the electrical connection of the creation The three-dimensional exploded view of the electrical connector of the present invention; the third figure is an exploded view of another perspective of the electrical connector of the present creation; A perspective view of the conductive terminal; the fifth figure is a cross-sectional view of the electrical connection m of the present invention in the direction of ν·ν. [Description of main component symbols] Electrical connector 100 Main body portion 10 Buckle hole 11 Projection portion 111 Terminal receiving groove 12 Tank body 14 Conductive terminal 2 Fixing leg 21 Barb 23 First contact portion 25 Elastic portion 251 Tip 253 First electric Contact 255 Brother-contact portion 26 Second contact arm 262 Notch 27 Main body portion 30 Insulating body 1 Positioning hole 101 Groove 110 Guide bevel 1110 Boss 13 Bump 141 Base 20 Base leg 22 Welding leg 24 First connecting portion 250 Free end 252 Operating part 254 Notch 256 First contact arm 261 Second electrical contact 263 Receiving seat 3 Bearing surface 300 M393851 Terminal hole 301 Positioning post 302 Retaining wall 31 Fastening member 32 Buckle arm 320 Locking portion 321 First Guide surface 3210 second guide surface 33 vertical surface 34 through hole 340 operation cover 4 short side wall 40 long side wall 41 slot 42 guide portion 43 hook 431 8