201014059 九、發明說明： 【發明所屬之技術領域】 本發明涉及一種設有變壓器與共模抑制模组的電連接器系統，尤其涉及 其變壓器及共模抑制模組之連接結構。 、/ 【先前技術】 傳統具有變《與共模抑制模組之電連接n產品中，通常做法係將變壓 器線圈與共模抑制線圈連體設置’然後裝設於電連接器之内置電路板上，最 後再轉接至外部電路板上。前述之傳統設計中，變壓器與共模抑制線圈組成 模組之線圈需手工繞制，而手工繞制之方式效率低，線圈品質較差，且不利 於生產流程中之自動化，從而導致了連接器的成本較大。 ® 因此，有必要對現有技術進行改進以克服前述缺陷。 【發明内容】 之 本發明所要解決的技術問題係：提供一種具有麵器與共模抑制模組 電連接m其變壓n與共模抑顧組之連接便於自動化生產，提高了= 率’減小了成本。 时/ +¾ 所要解決之技術問題係通以下技術方案實現的：提供一種電 益系統’用以形成網路通路’其包括外部電路板、安裝於外部電 連接器及裝置於外部電路板與電連補之共模抑糖組與變鞋，該網路 路具有互為輸人端與輪出端的第—側與第二側，髓器包括第— 一 線圈，共模抑制模組包括第三線圈與第四線圈，第一線圈之兩端連接ς : 第-側’第二賴之兩端分職性連接於第三鄕四細之—端^盘^ 四線圈之另-端連接至網路通路之第二側，前述賴^ =，^述雙連環形的磁芯設有由—中間壁隔開的兩個並列通孔 第-線圈貫料通孔共同纏繞於前述中間壁上，前述共模抑制模 懸益磁芯形狀相同的另—磁芯，前述第三、第四線圈貫穿前述磁^ 孔纏繞於中間壁上，前述第二制之兩端通 广 = 圈之電性連接。 守赶只現興弟二、苐四線 獨立發明之電連_統_器與共模抑制線圈分開 產效率，而方式繞制，不僅提高了魏器及共模抑制模組的生 间了線_品# ’且易於實現電連接料統中髓器及共模 6 201014059 抑制模組的自動化焊接生產，降低成本。 以下結合圖式及實施方式對本創作進一步說明。 【實施方式】 請參閱第一圖至第三圖及第十二A圖至第十二c圖所揭示之本申請人之 第一種先前設計’其揭示一種電連接器系統100，其包括—外部電路板i、安 . 裝於外部電路板1上之電連接器3、裝置於電連接器3内之變壓器5及共^ 抑制模組7。該電連接器系統100形成有兩個用以傳遞差分信號之網路通/路，、 各網路通路具有互為輸入端與輸出端之第一側P與第二側〇。 ❹ 前述電連接器3包括設有對接空間（未標號）之絕緣本體31、安裝於絕 緣本體31之内置電路板33、設置於内置電路板33 一側並延伸進入前述對 ，間（未標號）之複數對接端子35、設置於内置電路板33另—側並將内置 電路板33連接至外部電路板！之複數轉接端？ S7，所述對接端子 路通路之第二側〇 ’轉接端子37作為網路通路之第一側p。前述内^ 33设有複數導電路徑331及連接於導電路徑33〗之複數導電片3幻。 前述變壓器5包括第-線圈Μ與第二線圈5Χ結合參閱圖十二 第一、第二線圈5卜53均設有中心抽頭55、57，所述魏器5 不^ ❹ 1、53之兩端及中心抽頭％、57均焊接於内置電路板33之部分導電 雜抑制模組7包括絕緣社體7卜收容於魅體Μ内並 -磁心（未圖示）之第三、第四、第五線圈73、75、79( :、冋201014059 IX. INSTRUCTIONS: TECHNICAL FIELD The present invention relates to an electrical connector system including a transformer and a common mode suppression module, and more particularly to a connection structure of a transformer and a common mode suppression module. / / [Prior Art] Traditionally, in the "electrical connection with the common mode suppression module, the common practice is to connect the transformer coil and the common mode suppression coil" and then install it on the built-in circuit board of the electrical connector. And finally transfer to the external board. In the above conventional design, the coils of the transformer and the common mode suppression coil are manually wound, and the method of manual winding is inefficient, the quality of the coil is poor, and it is not conducive to automation in the production process, thereby causing the connector. The cost is large. ® Therefore, it is necessary to improve the existing technology to overcome the aforementioned drawbacks. SUMMARY OF THE INVENTION The technical problem to be solved by the present invention is to provide an electrical connection between a face-sharing device and a common mode suppression module, and the connection between the transformer n and the common mode suppression group facilitates automated production, and improves the rate = minus Small cost. Time / +3⁄4 The technical problem to be solved is achieved by the following technical solutions: providing a power benefit system 'to form a network path' which includes an external circuit board, an external electrical connector and a device for external circuit board and electricity The common mode of the anti-sugar group and the variable shoe, the network path has the first side and the second side of the input end and the round end, the pith comprises a first coil, and the common mode suppression module includes a third The coil and the fourth coil are connected to the two ends of the first coil ς: the first side of the second side is connected to the third side of the second line - the end ^ disk ^ the other end of the four coil is connected to the net a second side of the path, the magnetic core of the double ring is provided with two parallel through-hole first-coil through-holes separated by an intermediate wall, and is wound on the intermediate wall, The common mode suppresses the other core of the same shape of the suspension core, and the third and fourth coils are wound around the intermediate wall through the magnetic hole, and the two ends of the second system are electrically connected to each other. Shou rushed only to Xian Xingdi II, the four-wire independent invention of the electrical connection _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _品# 'and easy to realize the electrical connection of the medium and the common mode 6 201014059 suppression module automatic welding production, reducing costs. The present invention will be further described below in conjunction with the drawings and embodiments. [Embodiment] Please refer to the first prior design of the Applicant disclosed in the first to third figures and the twelfth to the eleventh to twelfth c, which discloses an electrical connector system 100, which includes - The external circuit board i, the electrical connector 3 mounted on the external circuit board 1, the transformer 5 installed in the electrical connector 3, and the common suppression module 7. The electrical connector system 100 is formed with two network channels for transmitting differential signals, and each network path has a first side P and a second side 互 which are mutually input and output ends. The electrical connector 3 includes an insulative housing 31 provided with a docking space (not labeled), a built-in circuit board 33 mounted on the insulative housing 31, and is disposed on one side of the built-in circuit board 33 and extends into the pair (not labeled). The plurality of docking terminals 35 are disposed on the other side of the built-in circuit board 33 and connect the built-in circuit board 33 to the external circuit board! Multiple transfer ends? S7, the second side ’ 'switching terminal 37 of the docking terminal path serves as the first side p of the network path. The inner portion 33 is provided with a plurality of conductive paths 331 and a plurality of conductive sheets 3 connected to the conductive paths 33. The transformer 5 includes a first coil Μ and a second coil 5 Χ. Referring to FIG. 12, the first coil and the second coil 5 are respectively provided with center taps 55 and 57. The ends of the Weiner 5 are not ❹ 1, 53 And the part of the center taps %, 57 are soldered to the built-in circuit board 33, and the conductive hetero-inhibition module 7 includes the insulating body 7 and is housed in the charm body and the third, fourth, and fifth cores (not shown). Coils 73, 75, 79 (:, 冋
所示)及設置於主體71之概導接腳77，前述第三、如(A 練辦㈣77，樓㈣ =片333。第一線圈51之兩端通過内置電路板％之部分 連接於轉接端子37，第—« 51之中心_ 55 $ = 331電性 地線路（未圖示）。前述變壓器5之第二線圈53之兩端盘中心33之接 ^導電路徑33!及導接腳77電性連接於共 ；、 通= 線圏73、75、79之一端。第三、第四線圈乃、75之另一之弟二^四、第五 内置電路板33之部分導電線路331電性連接於前述對接端二 79之另-端連接於内置電路板33之接地線路（未圖示）。 紅線圈 此先前設計中，所述變壓器5與共模抑制模址σ7^ 變壓器5之第-邮i通過内置電路板33之導電路徑33ι與= 參子，= 201014059 接，而將共模抑制模組7之第三、 路通路之第一側P，轉接端子37作為網路通路之第子％作為網 «月參閱第四圖至第六圖及第+_ Δ 第二種先前設計，其揭示f第十二c圖所揭示之本申請人之 砂外部電路板r上:連其包括—外部電路板Γ、安 抑制模組7，，該電連接器系統_开^於外板1，上的變塵器5’及共模 各網路通職有互输儀㈣之^=傳遞 =讀摘路通路， ❹ 緣本體，之内置電路板33ι 置之：，、安裝於絕 空間（未標號）之複數對接端子35, =33進;^述對接 電路板33,連接至外部電路板 、^置電路板33另一側並將内置 路通路之第二侧〇.。前述内^數===，前述對接端子35,作為網 ⑽有觸瓣。外部電路板 第二線圈5r、53.之 均，有中心抽頭55·、57，所述懸器5，之第—、 導電另13,。丑模抑制· 7抽頭55,、57,均焊接於外部電路板1，上之部分 於同一磁芯㈣71，、收綱助丨·内並纏^ ❿ 二B所示)及設置於主#^二并 第五線圈73,、75,、79,(結合參閱圖十 乃，、79,之兩端分別連接77’’前述第三、第四、第五線圈73’、 分導電片13，。第三、第四2各導接腳77, ’各導接腳77,表面焊接於其餘部 板Γ之部分導電路和u，魅73、75之一端依次通過導接腳77’、外部電路 連接於對接端子35Γ，轉接端子幻，及内部電路板33,之導電路徑331，電性 導電路徑η，電性連捲於Γ端分別依次通過導㈣77,、外部電路板1，之部分 電路板γ之接地線路另弟—線圈53’之兩端，第五線圈79,之一端連接於外部 第-線圈51，之中tL另;'端連接於變壓器？之第二線圈53·之中心抽頭57,: 線圈51，之兩端作為前5連接於外部電路板Γ之接地線路（未圖示），第一 此先前設網路通路之第一側ρ，。 將變壓器-5'之第—線^變壓益5’與共模抑制模組7’之位置亦可以互換，即 、7 v通過外部電路板1，之導電路徑11’、轉接端子幻，及 8 201014059 ‘内置電路㈣，之導電路徑训與對接端子於連接，前 述網路通路之第-側Ρ，，而共模抑制模組7,之第三 5作為所 一端作為網路通路的第二側〇1。 弟砵圈73、75的前述 第三圖至第九圖及第十二Α圖至第十二C圖所揭示之本中往人之 -種先心計’其揭示—種電連接 〗， 明 邮啦板2上的電咖4、繼於外部電2、安褒 模抑制模組8與變壓哭6，h ，、連接器4之共 入端與輸出端之第一二與^互為輸 ❹ 83、85制纏繞於同一磁芯上， 第四線圈 設置於主體81之複數導接腳87，前^ = 有—主體幻與 體幻並連接於導接腳87。笛^第—第四線圈83、85收容於所述主 =之兩二 接至、，罔路通路之第二側〇。所述電連接器4設右卢& 奴喆&内部之内置電路板43及連接内置電路板43盥外部電路;te)匆； ===6 ™路㈣上:、=2; 徑21、431，前述第二電路板2及内置電路板43分別設有複數導電路 三、第四線圈83、85之電性^接^電路徑21以及導接腳87實現與第 Α 之電陡連接。珂述内置電路板43及外部電路板2 =有複數連接各導電路徑431、21之導電片433、23，前：板二還： 圈6卜63分別焊接於内置魏板 線 於外部電路板2之導電片23。 Τ电乃W所私接腳87表面焊接 述第-與第二線圈61、63均設有中心抽頭沾、π，第 的，之共中^制模組8還包括縷繞於所述同一磁怒上的第五線圈 接地圈之中心抽頭67電性連接於第五線圈.並通過第五線圈89 之第:圖及第十二A圖至第十二c圖所揭示之本申請人 裝於外部電重電連接器系統100 ’其包括外部電路板2,、安 板上之電連接益4，、及裝置於外部電路板2,與電連接器4,之變 9 201014059 組8' ’以形成多個網路通路，該等網路通路具有互為輸 63,，共二抑—側Ρ,ΐ第二側〇’’變器6,包括第一線圈61.與第二線圈 83，、二同纏‘ϋ*括第三線圈狀與第四線圈85'，前述第三、第四線圈 置於主體卯之i數導接 =ΐ，’共模抑還設有—主體81’與設 川並連接於所==第83,、85,收容於前述主體 .之兩端分別電性連接於===相;接』 於電連== 另一内端連接至網路通路之第二侧〇,。所述電連接器4,财處 數轉接端；47, 電路板43,及連接内置電路板奵與外部電路板2,之複 電_上，細鄕 21，、431，，第：、M麵電板内置電路板43,分別設有複數導電路徑And the third lead, such as (A practice (four) 77, floor (four) = piece 333. Both ends of the first coil 51 are connected to the transfer through a part of the built-in circuit board. Terminal 37, the center of the «« 51 _ 55 $ = 331 electrical ground (not shown). The second coil 53 of the transformer 5 is connected to the center 33 of the disk 33 conductive path 33! and the lead 77 Electrically connected to a common; pass = one of the ends of the line 圏 73, 75, 79. The third, fourth coil is the other brother of the other two, the fourth conductive circuit 331 of the fifth built-in circuit board 33 The other end connected to the aforementioned butt end 79 is connected to a ground line (not shown) of the built-in circuit board 33. Red coil In the previous design, the transformer 5 and the common mode rejection mode σ7^ of the transformer 5 are - The post i is connected to the = parameter, = 201014059 through the conductive path 33ι of the built-in circuit board 33, and the third side of the common mode suppression module 7, the first side P of the path, and the transfer terminal 37 are used as the network path. The sub-% as the net «month refers to the fourth to sixth figures and the +_ Δ second prior design, which reveals the disclosure disclosed in the twelfth c-picture On the external circuit board r of the person's sand: connect it to the external circuit board 安, the suppression module 7, the electrical connector system _ open to the outer panel 1, the dust filter 5' and the common mode The network has a mutual transmission instrument (4) ^= transmission = read the road path, the edge body, the built-in circuit board 33::, the multiple docking terminal 35 installed in the space (unlabeled), =33 The docking circuit board 33 is connected to the external circuit board, the other side of the circuit board 33, and the second side of the built-in path is 。. The internal number ===, the aforementioned docking terminal 35, as the net (10) There are contact valves. The second coils 5r, 53. of the external circuit board have center taps 55·, 57, the suspension 5, the first, the other 13 , the ugly mode suppression · 7 taps 55, 57 , are soldered to the external circuit board 1, the upper part is in the same magnetic core (four) 71, the end of the auxiliary 丨 · inside and wrapped ^ ❿ 2 B) and set in the main # ^ two and fifth coil 73, 75, 79, (in conjunction with FIG. 10, 79, the two ends are respectively connected with 77'' of the aforementioned third, fourth, and fifth coils 73', and the conductive sheets 13. The third and fourth leads are connected. 77, 'each guide The foot 77 has a surface soldered to a part of the guiding circuit and the u of the remaining board, and one of the charms 73 and 75 is sequentially connected to the mating terminal 35A through an external circuit, the transfer terminal is illusory, and the internal circuit board 33 is The conductive path 331, the electrically conductive path η, electrically connected to the Γ end through the lead (four) 77, the external circuit board 1, the part of the circuit board γ ground line other brother - the end of the coil 53', fifth One end of the coil 79 is connected to the external first coil 51, wherein tL is the other; the end is connected to the transformer? The center tap 57 of the second coil 53·, the coil 51 has both ends as the ground line (not shown) of the first 5 connected to the external circuit board, and the first side ρ of the first network path is set. . The position of the transformer--5's first-line transformer 5' and the common-mode suppression module 7' can also be interchanged, that is, 7v passes through the external circuit board 1, and the conductive path 11' and the transfer terminal are magical. And 8 201014059 'The built-in circuit (4), the conductive path training and the docking terminal are connected, the first side of the aforementioned network path, and the common mode suppression module 7, the third 5 is the one end of the network path Two sides 〇1. The third to the ninth and the twelfth to the twelfth C of the scorpion circle 73, 75 are disclosed in the present article. The electric coffee on the mail board 2, the external electric 2, the ampoule suppression module 8 and the variable pressure crying 6, h, the first and second of the common end and the output end of the connector 4 are The input 83, 85 is wound on the same magnetic core, and the fourth coil is disposed on the plurality of guiding pins 87 of the main body 81, and the front part is a body illusion and a body phantom and is connected to the guiding pin 87. The flute-fourth coils 83 and 85 are accommodated in the second side of the bypass path. The electrical connector 4 is provided with a built-in circuit board 43 and a built-in circuit board 43 and an external circuit connected to the built-in circuit board 43; te); ===6 TM road (4) on:, =2; 431. The second circuit board 2 and the built-in circuit board 43 are respectively provided with electrical and electrical paths 21 of the plurality of third and fourth coils 83 and 85, and the conductive pins 87 are electrically connected to the third side. . The built-in circuit board 43 and the external circuit board 2 have a plurality of conductive strips 433, 23 connected to the respective conductive paths 431, 21, and the front: the second board also: the coils 6 and 63 are respectively soldered to the built-in Wei board line on the external circuit board 2 Conductive sheet 23.表面 乃 所 所 所 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 87 The center tap 67 of the fifth coil grounding ring of the anger is electrically connected to the fifth coil, and is applied by the applicant of the fifth coil 89: FIG. 12 and FIG. 12A to FIG. The external electrical and heavy electrical connector system 100' includes an external circuit board 2, an electrical connection 4 on the mounting plate, and a device on the external circuit board 2, and an electrical connector 4, which is a variable 9 201014059 group 8'' Forming a plurality of network paths, the network channels having mutual losses 63, a total of two sides, and a second side 〇'' variator 6, comprising a first coil 61. and a second coil 83, The second winding is surrounded by a third coil and a fourth coil 85', and the third and fourth coils are placed in the main body, and the number of leads is = ΐ, and the common mode is further provided with the main body 81' Chuanhe is connected to == 83, 85, and is accommodated in the main body. Both ends are electrically connected to === phase; respectively, connected to the electrical connection == the other inner end is connected to the second side of the network path Oh, The electrical connector 4, the financial number transfer end; 47, the circuit board 43, and the connection of the built-in circuit board 外部 and the external circuit board 2, the re-power_up, the fine 鄕 21, 431,, the::, M The surface board has a built-in circuit board 43 respectively provided with a plurality of conductive paths
TtTm^431'' 63'烊接於外部電路板2，之導♦ 二 别述第第一線圈61'、 砂的_術。前述電‘㈣二焊接於峨路板 子竹，且對接端子45，作為戶_ w電路板砂之複數對接端 ❹ 所述第-與第二線圈61，、63,均設有中心抽頭65,、^，第 65’接地，共模抑制模組8，還包括雜於所 上 2二輸3冰_，電峨料五_ 89,，_=五= 連接器成本較大。而於該等先前設^率低且品，， 共輪抑制模組之細分職立設置並採用自動化=h制將變屡益與 接种變塵器及共模抑制模組之自動化貝/易於貝現迅連 案之變壓器線_共模抑制線_可以通過^ 各先前設計方 體連接，只要該導體方便各_之連接即^^过各4方案之外之其他導 10 201014059 另外，為節省成本’並方便裝配，所述共模抑麵組還可以是標準的貼 片線圈，該種貼片線圈可方舰表面焊接於内置電路板上。所述共模抑制模 j的磁芯可以是單環形，也可以是雙連環形，所述多個網路通路的共模抑制 =的，圈均纏繞於該磁s。於各先前設計中，變壓器線圈均為單獅磁芯， 第二、弟二線圈共_繞於該磁芯；共模抑制模組均可以不設置第五線圈， 而弟二線圈之中心抽頭直接接地（參閱第十二〇圖），從而節省成本。 前述四種先前設計之電連接器系統均符合題⑼的 ❹ Ο 鹏通道，以滿足不_傳輸速度的需求，如第十_示即提供 10/1000的網路傳輸速度標準的電路圖。 ' σ 請參_十三圖至針六圖，其所揭示為符合本發明之喃實施 分解圖，其電路圖參閱第忙Α圖至第十二⑽。本發明提供另—種 了t方案’該設計方案中係將先前設計之賴器之磁芯、設計為—種 ^^環形磁芯設有由-中·(未標號）隔開的兩個並列通孔則， 苐—線圈貫穿兩通孔3〇1共同纏繞於前述中間壁上。另，共模 二變壓器磁芯300形狀相同的磁芯_，該雙環形磁芯伽設有由士中 間土（未標號）隔開的兩個並列通孔撕，前三 通孔侧均纏繞於前述雙連環形磁芯400之中間壁上’且前述^泉3穿= 通過内置電路板30和/或外部電路板40之導電路徑（未標號）分 先前兩端及巾⑽頭電_接’其餘連制係均分顺前述四種 无心植本相同，且前述第―、第二線圈及第三、第四 稷 接於前述内置電路板3〇和/或外部電路板40之導電片（未標號^上圈直接焊 岸係i發磁芯設置μ環形’從而可以改善_器線圈之磁咸 抑制拉組之用量，從而降低成本。 取“板 以上述’本創作確已符合發日轉利之要件，纽法提出申請專利。惟’ 爲π ί 棘伽之雛實施对，本發.顧並抑上述實施方式. I庠':凡熟習本案技藝之人士援依本發明之精神所作之等效修飾或變化" 白應涵盍於以下申請專利範圍内。 《支化， 【圖式簡單說明】 201014059 第一圖係本申請人先前設計之第— 第二圖係第一圖所示電連接器系统之部組裝立體視1 第三圖係第二圖所示内置電路板與變壓器及^抑麵組之配合示意 ‘圖 圖 圖 申請人先=之第二種電連接器系 =五圖姆四圖所示電連接器系統之部分分解視圖。體視圖 第六圖係紅賴糾部電路㈣變鞋域_ 意 係本申請人先前設計之第三種電連接器系統之組裝立 ^八圖係第七圖所示電連接H系統的部分分解視圖。 見1 f九圖係第八圖所示内置電路板與賴器之配合示意圖。 =圖^申請人先前設計之第四種電連接器系統：組裝立 第十-圖係第十圖所示電連接器系統之部分分解視圖。 第十二Α圖係符合本申請人先前設計與本發 器系統對應之電路示意圖。 卞”林月之咖_網路電連接 第十二B圖係第十二A圖中一個網路通路之電路示意圖。 示意^二〇_針^圖之共模抑賴組省略接&的第五、_的電路 第十二D圖係符合本申請人先前設計與本發明之— φ接器系統對應的電路示意圖。 種__網路電連 =十三圖係符合本發明第一實施方式電連接器系統之部 ^十四圖係符合本發明第二實施方式電連接器系統之部分分解視圖 ^五圖係符合本發明第三實施方式電連接器系統之部分分解視二 纖編”分分解視圖。 ❹ 100 電連接器系統 電連接器 内置電路板 31 ‘圖 圖 外部電路板 絕緣本體 導電路徑 12 331 33 201014059TtTm^431'' 63' is connected to the external circuit board 2, and the first coil 61' and the sand are described. The electric '(4)2 is soldered to the raft board bamboo, and the butt terminal 45 is a plurality of mating ends of the household-w circuit board sand, and the first and second coils 61, 63 are provided with a center tap 65, ^, the 65th grounding, common mode suppression module 8, also includes the above two 2 loses 3 ice _, electric 五 5 _ 89,, _ = 5 = connector cost is greater. In the case of such low setting and low product, the common wheel suppression module is divided into the vertical setting and adopts the automatic =h system to be used for the automation and inoculation of the dust collector and the common mode suppression module. The transformer line _ common mode suppression line _ can be connected by ^ each design square, as long as the conductor is convenient for each _ connection is ^ ^ over the other four programs other than the 10 guide 2010 14059 In addition, to save costs 'And easy to assemble, the common mode suppressor group can also be a standard patch coil, the patch coil can be welded to the built-in circuit board surface. The core of the common mode rejection mode j may be a single ring or a double ring, and the common mode rejection of the plurality of network paths is circumscribed by the magnetic s. In each of the previous designs, the transformer coils are single lion cores, and the second and second coils are _ wound around the core; the common mode suppression module can be provided without the fifth coil, and the center tap of the second coil is directly Grounding (see Figure 12) saves costs. The four previously designed electrical connector systems all conform to the Ο 鹏 通道 channel of the problem (9) to meet the requirements of the _ transmission speed, such as the tenth _ shows the circuit diagram of the 10/1000 network transmission speed standard. 'σ Please refer to Fig. 13 to Fig. 6 for an exploded view of the implementation of the present invention. The circuit diagram is referred to the first to the twelfth (10). The present invention provides another t-solution. In the design, the magnetic core of the previously designed device is designed to have two parallel cores separated by - (without) In the through hole, the 苐-coil is wound around the intermediate wall through the two through holes 3〇1. In addition, the common mode two transformer core 300 has the same shape of the core _, the double toroidal core is provided with two parallel through holes separated by the middle soil (not labeled), and the front three through holes are wound on the side The intermediate wall of the double-connected toroidal core 400 is 'and the aforementioned spring 3 is passed through the conductive path (not labeled) of the built-in circuit board 30 and/or the external circuit board 40, and the previous two ends and the towel (10) are electrically connected. The remaining system is the same as the four kinds of uncentered plants, and the first and second coils and the third and fourth conductive strips connected to the built-in circuit board 3 and/or the external circuit board 40 (not The label ^ upper ring directly soldered the shore i-core core set μ ring 'can improve the amount of magnetic salt suppression pull group of the _ coil, thereby reducing the cost. Take the "board with the above" this creation has indeed met the daily transfer In the case of the requirements, Newfa filed a patent application. However, 'the implementation of the π ί 刺 之 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Modifications or changes " Bai Yinghan is within the scope of the following patent application. 201011059 The first picture is the first design of the applicant. The second picture is the first part of the electrical connector system shown in the first figure. The third part is shown in the second picture. The cooperation between the circuit board and the transformer and the suppression surface group is shown in the figure. Figure 2 Applicant first = the second type of electrical connector system = partial view of the electrical connector system shown in Figure V. Figure 6 of the body view The system is based on the assembly of the third electrical connector system previously designed by the applicant. A partial exploded view of the electrical connection H system shown in the seventh figure. See 1 f Figure 9 is a diagram showing the cooperation between the built-in circuit board and the loader shown in Figure 8. = Figure 4 The fourth type of electrical connector system previously designed by the applicant: assembly tenth - the electrical connector system shown in the tenth figure Partial exploded view. The twelfth map is in accordance with the circuit diagram of the applicant's previous design and the corresponding hair device system. 卞"林月之咖_network electrical connection twelfth B picture system twelfth A picture A schematic diagram of a circuit of a network path. The twelfth D-picture of the circuit omitting the fifth and _ of the group is in accordance with the circuit diagram corresponding to the φ connector system previously designed by the applicant and the present invention. __network connection = thirteen Figure 14 is a partial view of an electrical connector system according to a first embodiment of the present invention. Figure 14 is an exploded view of an electrical connector system according to a second embodiment of the present invention. Part of the decomposition depends on the two-fiber splicing" sub-decomposition view. ❹ 100 electrical connector system electrical connector built-in circuit board 31 'Figure external circuit board insulation body conductive path 12 331 33 201014059
333 導電片 35 對接端子 37 轉接端子 5 變壓器 51 第一線圈 53 第二線圈 55 第一線圈之中心抽頭 57 第二線圈之中心抽頭 7 共模抑制相:組 71 主體 73 第三線圈 75 第四線圈 77 導接腳 79 第五線圈 Γ 外部電路板 11， 導電路徑 13' 導電片 3' 電連接器 31' 絕緣本體 33， 内置電路板 331， 導電路徑 333' 導電片 35' 對接端子 37， 轉接端子 5' 變壓器 51’ 第一線圈 53' 第二線圈 55， 第一線圈之中心抽頭 57， 第二線圈之中心抽頭 7' 共模抑制模組 71' 主體 73' 第三線圈 75， 第四線圈 77， 導接腳 79' 第五線圈 2 外部電路板 21 導電路徑 23 導電片 4 電連接器 41 絕緣本體 43 内置電路板 431 導電路徑 433 導電片 47 轉接端子 13 201014059333 Conductive sheet 35 Butt terminal 37 Transfer terminal 5 Transformer 51 First coil 53 Second coil 55 Center tap of the first coil 57 Center tap of the second coil 7 Common mode suppression phase: Group 71 Main body 73 Third coil 75 Fourth Coil 77 lead pin 79 fifth coil Γ external circuit board 11, conductive path 13' conductive sheet 3' electrical connector 31' insulative body 33, built-in circuit board 331, conductive path 333' conductive sheet 35' docking terminal 37, turn Terminal 5' transformer 51' first coil 53' second coil 55, center tap 57 of the first coil, center tap 7' of the second coil common mode suppression module 71' body 73' third coil 75, fourth Coil 77, lead pin 79' fifth coil 2 external circuit board 21 conductive path 23 conductive sheet 4 electrical connector 41 insulative body 43 built-in circuit board 431 conductive path 433 conductive sheet 47 adapter terminal 13 201014059
45 對接端子 6 變壓器 61 第一線圈 63 第二線圈 65 第一線圈之中心抽頭 67 第二線圈之中心抽頭 8 共模抑制模組 81 主體 83 第三線圈 85 第四線圈 87 導接腳 89 第五線圈 2' 外部電路板 21， 導電路徑 23' 導電片 4' 電連接器 41， 絕緣本體 43， 内置電路板 431' 導電路徑 433' 導電片 45’ 對接端子 47' 轉接端子 6' 變壓器 61' 第一線圈 63' 第二線圈 65' 第一線圈之中心抽頭 67' 第二線圈之中心抽頭 8' 共模抑制模組 81' 主體 83’ 第三線圈 85， 第四線圈 87' 導接腳 89， 第五線圈 30 内置電路板 300 變壓器磁芯 301 通孔 40 外部電路板 400 共換抑制磁芯 401 通孔 1445 docking terminal 6 transformer 61 first coil 63 second coil 65 center coil of the first coil 67 center tap of the second coil 8 common mode suppression module 81 body 83 third coil 85 fourth coil 87 lead pin 89 fifth Coil 2' External circuit board 21, conductive path 23' Conductive sheet 4' Electrical connector 41, Insulation body 43, Built-in circuit board 431' Conductive path 433' Conductive sheet 45' Butt terminal 47' Transfer terminal 6' Transformer 61' First coil 63' second coil 65' center tap 67' of the first coil center tap 8' of the second coil common mode suppression module 81' body 83' third coil 85, fourth coil 87' lead pin 89 , the fifth coil 30 built-in circuit board 300 transformer core 301 through hole 40 external circuit board 400 common exchange suppression core 401 through hole 14