M412505 • 五、新型說明： 【新型所屬之技術領域】 本創作是有關於一種具有内電路板之模组電連接器，尤指一種 可使用於傳輸乙太網路電子訊號的模組電連接器。 % 【先前技術】 南頻乙太網路傳輸的咼頻訊號傳輸對於電磁干擾 • (Electro_Magnetic Interference，EMI)相當敏感，而一般用來連接 或傳輸高頻乙太網路的線纜是以一種低價的無屏蔽雙絞線 (UnshieldedTwisted Pair Cable，UTP cable)作為傳輸媒介。這種 UTP線财並沒有金屬屏蔽層，因此#高頻峨在該無屏蔽雙絞 線傳遞時，該無屏蔽雙絞線無法提供有效的電磁波屏蔽，導致在 無屏蔽雙絞線内傳輸的高頻訊號很容易與其他電子設備產生交互 影響而產生雜訊（Noise)。-般為克服該無屏蔽雙絞線易受干擾的 • 缺失，而在高頻乙太網路連接器，又稱為模組電連接器或RJ_45 連接器，内裝置-電子模組裝置，以該電子模組執行篩檢訊號 (Signal Conditioning)工作。 如第九圖所示，美國第7,044,750號專利揭露一種乙太網路連 接器’該模組電連接器是由絕緣殼體A、一模組裝置B及一屏蔽 殼體c所組成。該絕緣殼體A具有—對接容室Al及—容置空間 A2，該模組裝置B具有一第一内電路板m、一固持器B2及一第 二内電路板B3。該屏蔽殼體C大致包圍於該絕緣殼體A外緣。該 3 M412505 第内電路板B1具有一組對接端子B1卜且該第-内電路板B1 上裝置有該_器B2。B2喊置有多數雜元件B2i 及二組中間端子B22，各該磁性元件β21是由多數導線膽分別 纏^於_磁芯咖而成，且部份纏繞於各該磁性元件助上的各 私線B211分別電連接至各該適當的t間端子B22,其於未電連 ：接至各射間端子B22的各該導線B211則分別依該模組裝置B ㈣子電路設計而相互電連接。該固持器β2内的多數磁性元件 籲通常包括變壓器(Transformer)及共模遽波器(c〇m_編e Choke Coil’ Co腿。n M〇de⑽,CMC)，該固持器B2内的磁性 元件B21數量及配置順序是依該模組裝置B整體電子電路設計而 可能不同’常見的磁性元件B21配置是四個變壓器及四個共模遽 波益、八個共模遽波器及四個變壓器或四個變壓器加四個共模濾 波器再加四個自動變壓器等。各該固持器犯内的該中間端子M2 是分別被電連接至該第二内電路板B3，使分別配置於該第一内電 • 路板B1及該第二内電路板幻的電子電路相互導通。藉由該模組 裝置B的該第-内電路板B1及該第二内電路板B3的電子電路相 ••互導通’使賴組裝置B具有-完整的電子電路吨行訊號筛檢 工作，並將筛檢過的電子訊號透過該第二Θ電路板B3上的多數連 接端子Β31輸出至該模組電連接器外。 相似的機構設計及電子電路傳輸型態也被揭露於美國第 6,752,664號及第7,524,206號專利等先前技術文件中，於此不另外 贅述。 4 ^505 在前述先前技術的揭露中，模組電連接器的模組裝置B都具 有該第一内電路板B1及該第二内電路板B3，使該模組裝置B的 電子電路及磁性元件B21整體可以被配置於該第一内電路板B1 及忒第二内電路板B3，透過各該中間端子B22電連接該第一内電 路板B1及該第二内電路板B3，使各磁性元件B21及電子電路電 1生導通。因為先前技術是透過各該中間端子B22電連接該第一内 電路板B1及該第二内電路板B3，因此可能增加該模組裝置B的 電子電路的電阻值’進而使賊域置B必顧耗較多能量。此 外’該第-内電路板B1及該第二内電路板B3上是具有不同的電 路配置，且數量眾多的中間端子B22也是必要的，因此這種先前 技術也會造成生產零件管理的壓力。 【新型内容】M412505 • V. New Description: [New Technology Area] This creation is about a modular electrical connector with an internal circuit board, especially a modular electrical connector that can be used to transmit Ethernet electronic signals. . % [Prior Art] The transmission of the sigma frequency signal transmitted by the HF Ethernet is quite sensitive to Electromagnetic Interference (EMI), and the cable used to connect or transmit the HF network is usually low. Unshielded Twisted Pair Cable (UTP cable) is used as the transmission medium. This UTP line does not have a metal shield. Therefore, when the high frequency 传递 is transmitted through the unshielded twisted pair, the unshielded twisted pair cannot provide effective electromagnetic wave shielding, resulting in high frequency signals transmitted in the unshielded twisted pair. It is easy to interact with other electronic devices to generate noise. - In order to overcome the susceptibility of the unshielded twisted pair, the high frequency Ethernet connector, also known as the modular electrical connector or the RJ_45 connector, the internal device - the electronic module device The electronic module performs a Signal Conditioning operation. As shown in the ninth embodiment, U.S. Patent No. 7,044,750 discloses an Ethernet connector. The modular electrical connector is comprised of an insulative housing A, a module assembly B and a shield housing c. The insulating housing A has a mating chamber A1 and a receiving space A2. The module device B has a first inner circuit board m, a holder B2 and a second inner circuit board B3. The shield case C substantially surrounds the outer edge of the insulating case A. The 3 M412505 inner circuit board B1 has a pair of mating terminals B1 and the _B2 is mounted on the first inner circuit board B1. B2 screams a plurality of miscellaneous components B2i and two sets of intermediate terminals B22, each of which is formed by a plurality of wires entangled in a magnetic core, and partially entangled in each of the magnetic components. The wires B211 are electrically connected to the respective t-terminals B22, respectively, which are not electrically connected: the wires B211 connected to the respective inter-radio terminals B22 are electrically connected to each other according to the sub-circuit design of the module device B (4). The majority of the magnetic components in the holder β2 generally include a transformer (transformer) and a common mode chopper (c〇m_ knitting e Choke Coil' Co leg. n M〇de (10), CMC), the magnetic force in the holder B2 The number of components B21 and the order of configuration may vary depending on the overall electronic circuit design of the module device B. The common magnetic component B21 configuration is four transformers and four common mode ripples, eight common mode choppers and four Transformer or four transformers plus four common mode filters plus four automatic transformers. The intermediate terminals M2 in each of the holders are electrically connected to the second inner circuit board B3, respectively, so that the electronic circuits respectively disposed on the first inner circuit board B1 and the second inner circuit board are mutually Turn on. The electronic circuit of the first inner circuit board B1 and the second inner circuit board B3 of the module device B are mutually conductive, so that the device B has a complete electronic circuit totem signal screening operation. The screened electronic signal is output to the outside of the module electrical connector through a plurality of connection terminals 31 on the second circuit board B3. Similar architectural design and electronic circuit transmission types are also disclosed in prior art documents such as U.S. Patent Nos. 6,752,664 and 7,524,206, the disclosures of each of which are incorporated herein by reference. 4 ^ 505 In the foregoing prior art, the module device B of the modular electrical connector has the first inner circuit board B1 and the second inner circuit board B3, so that the electronic circuit and magnetic of the module device B The element B21 may be disposed on the first inner circuit board B1 and the second inner circuit board B3, and electrically connect the first inner circuit board B1 and the second inner circuit board B3 through the intermediate terminals B22 to make each magnetic The element B21 and the electronic circuit are electrically connected. Because the prior art electrically connects the first inner circuit board B1 and the second inner circuit board B3 through the intermediate terminals B22, it is possible to increase the resistance value of the electronic circuit of the module device B. Consider more energy. Further, the first inner circuit board B1 and the second inner circuit board B3 have different circuit configurations, and a large number of intermediate terminals B22 are also necessary, so this prior art also causes pressure on production part management. [New content]
本創作主要目的在於提供一種具有内電路板之模組電連接 器’該模組電連接H内可以減少該模組電連接器㈣電路板使用 數量’以簡化生產線的組裝作業。 本創作的具有内電路板之模組電連接器主要是由一躲沒 體、-模組裝置及-可裝置選擇性於絕緣殼體外的屏蔽殼體所組 成。該絕緣殼體具有-對接容室及—容置空間，該絕緣殼體的容 置空間可收容賴組裝置。顧組裝置具有錄對接端子、至少 -内電路板、錢個磁性元件及錄連接端子，各該對接端子一 端是伸入該絕緣殼體的對接容室，各該對接端子㈣—端是被電 5 M412505 連接至該模組裝置的内電路板。舶電路板上被配置有多數電路 接點及適當電子電路。 /模且裝置的各$磁性元件分別是由多數導線纏繞於一芯 材各-玄磁ί·生元件至少有部分導線終端是被電連接至該内電路板 的電路接點上’各該磁性元件的芯材是被限制於接近制電路板 的表面。玄内電路板至少具有一頸部，該内電路板的頸部是材 料斷面較候’且各該電路接點是被__雜各該磁性元件 、材的另表面各5玄内電路板上的連接端子一端是被電連接 至該内模組電連接器外。 由於本創作㈣電路板可能因電子電路設計而被配置有磁性 π件外的電子零件m子零件包括但不· 1阻器、電容 器或接地‘體4傳統被動式電子零件，惟該些電子零件與本創作 中的磁性70件是以多紐小雜的導_繞於—芯材的結構不 同’且該些被動電子零件是因電路設計而被配置於該内電路板 上，因此並不應被視為本創作的磁性元件。另外，由於本創作對 «亥内電路板上電路接點的描述並非泛指各該電子零件與該内電路 板上的電子電路連接點，而是只限於各該雜元件的導線終端與 該内電路板上的電子電路連接點，因此該内電路板上的非磁性元 件的被動電子零件如何配置或連接並非本創作關切範圍。習於此 項技藝者可能將該非磁性元件的被動電子零件配置或谭接於該内 電路板的任一表面。 6 1 料 U505 【實施方式] 如第圖、第二圖、第三圖及第三A圖所示，本創作第一實施 例主要疋由-絕緣殼體卜一模組裝置2及一屏蔽殼體3所組成。 該絕緣殼體1具有—對接容室u及—容置空間12，該絕緣殼體^ •的對接#至11可收容-對接連接H (圖示中未繪示）。該絕緣殼 :體1的對接容室11及容置空間12之間具有一間隔牆13，該絕緣 殼體1的間隔牆13是被用來分隔該對接容室n及該容置空間12。 鲁該模組電連接⑽模組裝置2是被裝置於該絕緣殼體i的容置空 間12内’且該絕緣殼體！的間_ 13對該容置空間12内的模組 裝置2提供適當保護’避免該對接連接器穿過魏緣殼體【的對 接容室11而進入容置空間12。 a如第-圖及第二圖所示，在本創作第一實施例的該絕緣殼體i 上裝置有二發光树14，該二發光耕14是可選擇㈣裝置於該 絕緣殼體1上，該二發光元件14是可透過適當的電子電路控制而 #使該二發光元件14散發光線。該屏蔽殼體3是包圍在該絕緣殼體 j及該二發光元件外緣14 ’藉該屏蔽殼體3對該模組電連接器及 。亥-發光70件I4提供電磁屏蔽紐。由於該麵贿3為導電金 屬材料氣成，為避免該二發光元件M意外接觸該屏蔽殼體3而造 成短路，本創作第-實施例在該二發光元件14與該屏蔽殼體3之 間較-絕緣蓋15，該絕緣蓋15是由一種絕緣材料形成，以該絕 緣蓋15提供該二發光元件14適當的絕緣保護。 該模組電連接H的模組裝置2是由多數個對接端子^、一内 7 M412505 電路板22夕數個磁性元件23及多數連接端子^所組成。該模 ^裝置2的多數個對接端子21分別自該絕緣殼體1的容置空間η 牙過間㈣13進人對接容室u，使該對接連接咖示巾未繪示） 可與各該對接端子21建立電連接狀態。私靖接端子21未穿過 該絕緣殼體1間_ 13的—献被焊接於該模組裝置2的内電路 板22上’使騎接連接轉輸的電子訊號可峨傳遞至該内電路 板22上的電子電路。該内電路板2上具有-第-表面221及一第 二表面222，該内電路板2的第一表面221及第二表面222是不相 鄰的相對二表面。該内電路板2的第—表面221上配置有多數個 電路接點221卜各該電路接點2211是用來與各該磁性元件^電 連接，使各該磁性元件23的電氣特性能被該内電路板22上的電 子電路利用。The main purpose of the present invention is to provide a modular electrical connector having an inner circuit board. The electrical connection of the module can reduce the number of circuit boards used in the module electrical connector (4) to simplify the assembly operation of the production line. The modular electrical connector of the present invention having an inner circuit board is mainly composed of a detachable body, a module device, and a shield case selectively connected to the outside of the insulating case. The insulating housing has a docking chamber and an accommodating space, and the accommodating space of the insulating shell can accommodate the slinging device. The device has a recording and docking terminal, at least an inner circuit board, a magnetic component and a recording terminal. One end of each of the docking terminals is a docking chamber extending into the insulating housing, and each of the mating terminals (four) is electrically connected. 5 M412505 is connected to the inner board of the module unit. The circuit board is equipped with a number of circuit contacts and appropriate electronic circuits. And the magnetic components of the device are respectively wound by a plurality of wires on a core material. At least some of the wire ends are electrically connected to the circuit contacts of the inner circuit board. The core material of the component is limited to the surface of the circuit board. The inner circuit board has at least one neck, the neck of the inner circuit board is a material cross section, and each of the circuit contacts is __the other magnetic element, the other surface of the material is 5 inner circuit boards One end of the upper connection terminal is electrically connected to the outside of the inner module electrical connector. Because the creation (4) circuit board may be configured with electronic components other than the magnetic components of the electronic components, m sub-components including but not a resistor, capacitor or grounding body 4 traditional passive electronic components, but these electronic components and The magnetic 70 pieces in this creation are different in structure and structure of the core material, and the passive electronic parts are disposed on the inner circuit board due to circuit design, and therefore should not be Think of the magnetic components of this creation. In addition, since the description of the circuit contacts on the circuit board of the present invention does not generally refer to the connection points of the electronic components and the electronic circuits on the inner circuit board, but is limited to the wire terminals of the respective components and the inside. The electronic circuit connection points on the board, so how to configure or connect the passive electronic components of the non-magnetic components on the inner board are not within the scope of this creation. It is contemplated by those skilled in the art that the passive electronic component of the non-magnetic component can be configured or spliced to any surface of the inner circuit board. 6 1 material U505 [Embodiment] As shown in the figure, the second figure, the third figure and the third figure A, the first embodiment of the present invention mainly comprises an insulative housing, a module device 2 and a shielding case. Body 3 is composed. The insulating housing 1 has a docking chamber u and an accommodating space 12, and the mating ends # to 11 of the insulating housing can accommodate a butt joint H (not shown). The insulating case has a partition wall 13 between the mating chamber 11 and the accommodating space 12, and the partition wall 13 of the insulating housing 1 is used to partition the mating chamber n and the accommodating space 12. The module electrical connection (10) of the module is connected to the receiving space 12 of the insulating housing i and the insulating housing! The module _ 13 provides appropriate protection to the module device 2 in the accommodating space 12 to prevent the docking connector from passing through the accommodating chamber 11 of the rim housing into the accommodating space 12. As shown in the first and second figures, the insulative housing i of the first embodiment of the present invention is provided with two light-emitting trees 14 which are selectable (four) devices on the insulating housing 1. The two light-emitting elements 14 are controlled by appropriate electronic circuits to cause the two light-emitting elements 14 to emit light. The shield case 3 is surrounded by the insulating case j and the outer edge 14 of the two light-emitting elements, and the module is electrically connected to the module by the shield case 3. Hai-light 70 I4 provides electromagnetic shielding. Since the bribe 3 is made of a conductive metal material, a short circuit is caused to prevent the two light-emitting elements M from accidentally contacting the shield case 3, and the present embodiment is between the two light-emitting elements 14 and the shield case 3. The insulating cover 15 is formed of an insulating material, and the insulating cover 15 provides appropriate insulation protection for the two light-emitting elements 14. The module device 2 for electrically connecting the module is composed of a plurality of docking terminals ^, a 7 M412505 circuit board 22, a plurality of magnetic elements 23, and a plurality of connecting terminals. The plurality of docking terminals 21 of the module 2 are respectively inserted into the receiving space u from the receiving space η of the insulating housing 1 to make the docking connection room u, so that the docking connection coffee pad is not shown. The terminal 21 establishes an electrical connection state. The private connection terminal 21 does not pass through the insulating housing 1 and is soldered to the inner circuit board 22 of the module device 2, so that the electronic signal transmitted by the riding connection can be transmitted to the internal circuit. Electronic circuitry on board 22. The inner circuit board 2 has a first surface 221 and a second surface 222. The first surface 221 and the second surface 222 of the inner circuit board 2 are opposite two surfaces. A plurality of circuit contacts 221 are disposed on the first surface 221 of the inner circuit board 2, and the circuit contacts 2211 are electrically connected to the magnetic components, so that the electrical characteristics of each of the magnetic components 23 are The electronic circuitry on the inner circuit board 22 is utilized.
如第二圖、第四圖及第五圖所示，在本創作第-實施例所揭露 的設計中’1亥内電路板22上屬於主要電子電路一部分的該些磁性 • 元件23可大致被區分為共模抗流線圈（Common Mode Choke Coil， CMC)及變壓器（Transf〇rmer) ’各該磁性元件23分別是由多數 *導線231纏繞於一芯材232，各該磁性元件23的部份導線231終 端是被焊接於該内電路板22的電路接點2211上。各該磁性元件 23的導線231未被焊接至該内電路板22的電路接點2211者，可 被電連接或焊接至至其他磁性元件23的導線231終端。各該磁性 元件23的導線231多為線徑微小的漆包線，即個別導線mi是_ 種直徑微小的導電體，且各該導電體的外緣塗布一層絕緣漆。 8 M412505 如第m、第三a圖及第四圖所示，本創作第一實施 例_組電連接器中，該模組裝置2的内電路板22是藉由多數連 =端子24將該内電路板22電連接至該模組電連接器外的電路板 或電子裝置主電路板（Main Board, Mother Board, M/B,圖示中未 '_、）依上述本創作第一實施例的揭露，當該對接連接器（圖示 中未繪示）被插入該絕緣殼體丨對接容室u内，該模組裝置2的 子接端子21接收该對接連接器的電子訊號並將該電子訊號傳遞至 鲁該内電路板22,透過該内電路板η上電子電路而將該電子訊號傳 遞至適當電路接點2211 ’使該電子訊號通過各該磁性元件23後經 由各摘性元件23的導線231回到内電路板22上的電子電路， 並透過該連接端子24傳丨該模組電連接器，使雜組電連接器外 的電路板或電子裝置主電路板獲得無雜訊的電子訊號。本實施例 所揭路的主要電子電路是指配置於該内電路板22上用於執行電子 而虎師檢工作的電子電路，該内電路板22的電子電路可依需求而 # 複雜化或增加其他功能。 有關於本創作第一實施例該内電路板22上各磁性元件23的導 線231數1或各磁性元件23間的排列順序並非本創作之限制該 内電路板22上各磁性元件23間如何相互電連接是取決於内電路 板22的電子電路設計，即依内電路板22上電子電路的需求可以 麦化各4磁性元件23導線231數量及各磁性元件22的電氣特性。 亦即在本創作第一實施例圖示中被裝置於内電路板22上的磁性 元件3疋以四個共模抗流線圈及四個變壓器為例，然而在不同需 9 M412505 求的情況時，各制性元件23數量可做是當碰，例如二丘模 抗流線圈及二變鞋，或在共模抗流咖及籠科增加自動變 壓器（auto-transformer)等。 如第二圖及第五圖所示，在本創作第—實施例中，該内電路板 22具有-第-表面221及-第二表面垃，該内電路板22的第一 表面功及該第二表面222是不相鄰的相對二表面。該内電路板 22的各該電路接，點2211是被配置於該内電路板η㈣一表面 卜各該磁性元件23的導線231終端可分別被焊接於各該電路 接點2211或電連接至其他磁性元件23的導線231終端使該内 電路板22上的電子電路可與各該磁性元件μ電連接。各該内電 路板22上的磁性元件23可以是以包覆成形（〇verm〇购g)加工 法而將各該磁性树23的芯材232包覆於—絕緣材料（圖示中未 繪示）内，以使各該磁性元件23被固定於該内電路板22的第二 表面222上。 • 由於各該磁性元件23的導線231多為微小線徑，因此提供適 虽路徑供各該導線231穿越該内電路板22的第一表面221及第二 表面222間是必要的。在本創作第一實施例中，該内電路板22凹 设有二長形槽223，使各該磁性元件23的導線231可以透過各該 長开>槽223而被焊接於該第一表面221的電路接點2211。該内電 路板22因s玄二長形槽223的設置而形成材料截斷面積較小的一頸 部224。該内電路板22的二長形槽223及該頸部224的連線將該 内電路板22區隔為二部份，且該内電路板22的二部份是由該頸 部224連接。 由於各該雜元件23使料數_微小的導線231，因此各 «•亥導線231可也在生產線組裝程序中被拉扯斷或使絕緣漆脫落， 這種情形可能發生在各該内電路板22長形槽223的切割邊緣。為 保護各該磁性元件23上的各導線23卜本創作第一實施例對各磁 ϋ元件23 #各s亥導線231触-選擇性的保護設計，即在各該内 電路板22長形槽223位置各組裝一保護件227。各該保護件227 疋由-種絕緣材料製成，且各該保護件227設有多數導線孔2271 供各該磁性元件23的各該導線231穿越。各該保護件227上的各 別導線孔2271間是由-隔攔2272區隔，各該保護件227的隔攔 2272可以設計成容許同一樹生元件23的各導線231 一同穿越同一 導線孔2271’以降低生產線將不同磁性元件23的導線231相互混 淆的機會。此外，本創作第一實施例各圖示中，各該保護件227 的外型尺寸並非此亦可減少生產線在制電路板22的 長形槽223中裝置不正確的保護件227的機會。 如第六圖、第七圖及第八圖所示，本創作第二實施例主要是以 替代前述第-實施例_ 板22為目的，因此該第三實施例除 内電路板22外，大致是使用與該第一實施例相同的結構設計。由 於本創作第二實施例除該内電路板22及保護件227外大致與第一 實施例相同’為避免重複贅述’以下僅就與該第—實施例差異處 詳細揭露。 在第二實施例中，該内電路板22的一第二表面222上被配置 M412505 有乡數雜元件23及錄被賦電子料。雖歸述乡數個被動 是電子零件可以是電阻H、電容器及其他，但為便利以下說明， 該些被動式電子零件是以—種電阻器25作為代表且該電阻器^ 疋被裝置於4内電路板的第二表面222。該内電路板η上具有多 數磁|±元件23、夕數電路接點：叫、多數電阻^ μ、—長型槽 223及-保護件227。各該内電路板22上的磁性元件23是由多數 小線徑的導線231纏繞於一芯材说，且各該磁性元件23的芯材 • 232是被固定於該内電路板22的第二表面222。該内電路板22具 有-第-表面221 ’且各軸電路板22上的電路接點221丨是被排 列於該内電路板22的第一表面221。設置於該内電部板22中間區 域的該長型槽223大致將該内電路板22區隔成二部份，且該内電 路板的二部份是藉由二個不相鄰的頸部224連接，各該内電路板 的頸部224是指内電路板22材料的橫斷面面積較小處。該内電路 板22的長型槽223處選擇性的可以組裝一保護件227，該保護件 φ 227上是以多數隔欄2272區隔成多數導線孔2271。各該磁性元件 23的導線231是分別穿過各該内電路板22保護件227上多數導線 孔2271而被電連接至該内電路板22的各該電路接點2211。 在前述本創作各實施例中，由於該内電路板22可能因電子電 路设计而被配置有磁性元件23外的其他電子零件，這些電子零件 包括但不限於：電阻器、電容器或接地導體等傳統被動式電子零 件。該些被動式電子零件與本創作中的磁性元件23是以多數條小 線徑的導線231缠繞於一芯材232的結構不同，且該些被動電子 12 M412505 零件是因電路設計而選擇性的被配置於勒電路板&上，因此^ 些被動式電子零料賴視為摘作的雜元件23，脚^ 則述各實施例中各該内電路板22的電路接點22ιι並非為該此被 動電子零件而設，該些被動電子零件是透過其他電路連接點料 内電路板22的電子電路電連接。另外，由於本創作對該内電路板 22上電路無2犯的描魅_各該電子料與該内電路板As shown in the second, fourth and fifth figures, in the design disclosed in the first embodiment of the present invention, the magnetic elements 23 belonging to a part of the main electronic circuit on the circuit board 22 within 1H can be roughly It is divided into a common mode choke coil (CMC) and a transformer (Transf〇rmer). Each of the magnetic elements 23 is wound by a plurality of wires 231 on a core member 232, and portions of the magnetic members 23 are respectively The terminal of the wire 231 is soldered to the circuit contact 2211 of the inner circuit board 22. The wires 231 of the respective magnetic members 23 are not soldered to the circuit contacts 2211 of the inner circuit board 22, and may be electrically connected or soldered to the ends of the wires 231 of the other magnetic members 23. The wires 231 of each of the magnetic elements 23 are mostly enameled wires having a small wire diameter, that is, the individual wires mi are small-sized conductors, and the outer edges of the conductors are coated with a layer of insulating varnish. 8 M412505 As shown in the mth, third and fourth figures, in the first embodiment of the present invention, the inner circuit board 22 of the module device 2 is replaced by a plurality of connection terminals 24 The inner circuit board 22 is electrically connected to the circuit board or the electronic device main circuit board outside the module electrical connector (Main Board, Mother Board, M/B, not shown in the figure), according to the first embodiment of the present invention. According to the disclosure, when the docking connector (not shown) is inserted into the insulating housing 丨 docking chamber u, the sub-terminal 21 of the module device 2 receives the electronic signal of the docking connector and The electronic signal is transmitted to the inner circuit board 22, and the electronic signal is transmitted to the appropriate circuit contact 2211' through the electronic circuit on the inner circuit board n. The electronic signal is passed through each of the magnetic elements 23 and then through the respective extracting elements 23. The wire 231 returns to the electronic circuit on the inner circuit board 22, and transmits the module electrical connector through the connection terminal 24, so that the circuit board outside the electrical connector or the main circuit board of the electronic device is free of noise. Electronic signal. The main electronic circuit disclosed in this embodiment refers to an electronic circuit disposed on the inner circuit board 22 for performing electronic and tiger inspection work, and the electronic circuit of the inner circuit board 22 can be complicated or increased according to requirements. Other functions. The order of the number of wires 231 of the magnetic elements 23 on the inner circuit board 22 of the first embodiment of the present invention or the arrangement order of the magnetic elements 23 is not limited by the creation of the magnetic circuit elements 23 on the inner circuit board 22. The electrical connection is dependent on the electronic circuit design of the inner circuit board 22, i.e., the number of wires 231 of each of the four magnetic elements 23 and the electrical characteristics of each of the magnetic elements 22 can be grown on the basis of the requirements of the electronic circuitry on the inner circuit board 22. That is, in the illustration of the first embodiment of the present invention, the magnetic element 3 is mounted on the inner circuit board 22, taking four common mode choke coils and four transformers as an example, but in the case of different requirements of 9 M412505 The number of the various components 23 can be used as a touch, for example, a two-male model choke coil and a two-variable shoe, or an auto-transformer in a common mode anti-flow coffee and cage. As shown in the second and fifth figures, in the first embodiment of the present invention, the inner circuit board 22 has a first surface 221 and a second surface, and the first surface of the inner circuit board 22 is The second surface 222 is a non-adjacent opposing surface. Each of the circuits of the inner circuit board 22 is connected. The point 2211 is disposed on the inner circuit board η (four) surface. The wires 231 of the magnetic component 23 can be soldered to each of the circuit contacts 2211 or electrically connected to other terminals. The wire 231 of the magnetic element 23 terminates such that an electronic circuit on the inner circuit board 22 can be electrically connected to each of the magnetic elements μ. The magnetic element 23 on each of the inner circuit boards 22 may be coated with a core material 232 of each of the magnetic trees 23 in an overmolding process (not shown in the drawing). Inside, so that each of the magnetic members 23 is fixed to the second surface 222 of the inner circuit board 22. • Since the wires 231 of each of the magnetic members 23 are mostly minute wire diameters, it is necessary to provide a suitable path for each of the wires 231 to pass between the first surface 221 and the second surface 222 of the inner circuit board 22. In the first embodiment of the present invention, the inner circuit board 22 is recessed with two elongated slots 223, so that the wires 231 of each of the magnetic elements 23 can be soldered to the first surface through the respective open slots 223. Circuit contact 2211 of 221 . The inner circuit board 22 is formed with a neck portion 224 having a small material cut-off area due to the arrangement of the s-shaped second elongated grooves 223. The two elongated slots 223 of the inner circuit board 22 and the line connecting the neck portions 224 partition the inner circuit board 22 into two parts, and the two portions of the inner circuit board 22 are connected by the neck portion 224. Since each of the miscellaneous elements 23 makes the number of wires _ tiny wires 231, each of the wires 231 can be pulled off or the insulating varnish can be detached in the production line assembly process, which may occur in each of the inner circuit boards 22 . The cut edge of the elongated groove 223. In order to protect each of the wires 23 on each of the magnetic members 23, the first embodiment is designed to protect the respective magnetic yoke members 23 from each other, that is, in the inner slot of each of the inner circuit boards 22 A protective member 227 is assembled at each of the 223 positions. Each of the protection members 227 is made of an insulating material, and each of the protection members 227 is provided with a plurality of wire holes 2271 for each of the wires 231 of the magnetic members 23 to pass through. The respective wire holes 2271 on each of the protection members 227 are separated by a barrier 2272, and the barriers 2272 of the protection members 227 can be designed to allow the wires 231 of the same tree element 23 to traverse the same wire hole 2271'. The opportunity to confuse the wires 231 of the different magnetic elements 23 with each other is reduced by the production line. In addition, in the respective embodiments of the first embodiment of the present invention, the outer dimensions of the protective members 227 are not the same, and the opportunity for the device to install the incorrect protective members 227 in the elongated slots 223 of the circuit board 22 can be reduced. As shown in the sixth, seventh, and eighth figures, the second embodiment of the present invention is mainly for the purpose of replacing the first embodiment-plate 22, and therefore the third embodiment is substantially the same as the inner circuit board 22. The same structural design as that of the first embodiment is used. Since the second embodiment of the present invention is substantially the same as the first embodiment except for the inner circuit board 22 and the protective member 227, the following is merely a detailed disclosure of the difference from the first embodiment in order to avoid redundancy. In the second embodiment, a second surface 222 of the inner circuit board 22 is provided with a M412505 having a digital component 23 and an electronic component. Although it is said that the passive electronic components can be resistance H, capacitors and others, for the convenience of the following description, the passive electronic components are represented by a resistor 25 and the resistor is disposed in 4. The second surface 222 of the circuit board. The inner circuit board η has a plurality of magnetic |± elements 23, singular circuit contacts: a plurality of resistors ^ μ, a long slot 223 and a protector 227. The magnetic element 23 on each of the inner circuit boards 22 is wound by a plurality of small-diameter wires 231 in a core material, and the core material 232 of each of the magnetic elements 23 is fixed to the inner circuit board 22 Surface 222. The inner circuit board 22 has a --surface 221' and the circuit contacts 221'' on the respective circuit boards 22 are arranged on the first surface 221 of the inner circuit board 22. The elongated slot 223 disposed in the intermediate portion of the inner power board 22 substantially divides the inner circuit board 22 into two parts, and the two parts of the inner circuit board are separated by two non-adjacent necks. 224 is connected, and the neck 224 of each inner circuit board means that the material of the inner circuit board 22 has a small cross-sectional area. A protective member 227 is selectively assembled to the elongated groove 223 of the inner circuit board 22. The protective member φ 227 is partitioned into a plurality of wire holes 2271 by a plurality of spacers 2272. The wires 231 of each of the magnetic members 23 are electrically connected to the respective circuit contacts 2211 of the inner circuit board 22 through a plurality of wire holes 2271 of the inner circuit board 22 protection member 227, respectively. In the foregoing embodiments of the present invention, since the inner circuit board 22 may be configured with other electronic components other than the magnetic component 23 due to electronic circuit design, these electronic components include, but are not limited to, resistors, capacitors, or ground conductors. Passive electronic parts. The passive electronic components and the magnetic component 23 in the present invention are different in structure in which a plurality of small-diameter wires 231 are wound around a core member 232, and the passive electronic 12 M412505 components are selectively selected by circuit design. It is disposed on the circuit board & the passive electronic component is considered to be a hybrid component 23, and the circuit contacts 22 of the inner circuit board 22 in the respective embodiments are not the same. For passive electronic components, the passive electronic components are electrically connected to the electronic circuit of the circuit board 22 in the spot through other circuits. In addition, since the creation does not have the illusion of the circuit on the inner circuit board 22, the electronic material and the inner circuit board
22上的電子電路連接點，而是只限於各該磁性元件23的導線231 終端與朗電路板22上的電子電路連接點，因此該内電路板22 j的非磁性元件的被動電子轉如何崎錢接並縣創作關切 乾圍。習於此項技藝者可能_非雖元件的贿電子零件配置 或焊接於該内電路板22的任一表面。 雖然本創作之技術内容已以較佳實施例揭露如上，然其並 /用以限疋本創作專利範圍’任何所屬技術領域中具有通常知 哉者在不脫離本創作之精神和範圍内，當可作些許之更動與 們飾’因此本創作之保護範圍當以中請專利範圍所界定者為 【圖式簡單說明】 第-圖，為本創作第—實關立體外觀圖。 第-圖，為本創作第—實施例大部分解圖。 第二圖’為本創作第—實施例正視圖。 第二A圖，為第三圖中AA剖面圖。 13 M412505 第四圖，為本創作第一實施例内電路板主要電子電路之電路 圖。 第五圖，為本創作第一實施例内電路板進一步分解圖。 第六圖，為本創作第二實施例内電路板仰視圖。 第七圖，為第六圖正視外觀圖。 第八圖，為本創作第二實施例内電路板進一步分解圖。 第九圖，為美國第7,044,750號專利立體分解圖。 【主要元件符號說明】 A 絕緣殼體 A1 對接容室 A2 容置空間 B 模組裝置 B1 第一内電路板 B11 對接端子 B2 固持器 B21 磁性元件 B211 導線 B212 磁芯 B22 中間端子 B3 第二内電路板 B31 連接端子 C 屏蔽殼體 1 絕緣殼體 . 11 對接容室 12 容置空間 13 間隔牆 14 發光元件 15 絕緣蓋 2 模組裝置 21 對接端子 22 内電路板 221 第一表面 2211 電路接點 222 第二表面 14 M412505 223 長形槽 224 頸部 227 保護件 2271 導線孔 2272 隔欄 23 磁性元件 231 導線 232 芯材 24 連接端子 25 電阻器 3 屏蔽殼體The electronic circuit connection point on 22 is limited to the connection point of the wire 231 of each of the magnetic elements 23 and the electronic circuit on the circuit board 22, so the passive electron transfer of the non-magnetic element of the inner circuit board 22 j is Money is connected to the county's creation concerns. It is possible for a person skilled in the art to configure or solder the electronic component to any surface of the inner circuit board 22. Although the technical content of the present invention has been disclosed in the above preferred embodiments, it is intended to be limited to the scope of the present invention. Anyone having ordinary knowledge in the art can be without departing from the spirit and scope of the present invention. Make a few changes and decorate them. Therefore, the scope of protection of this creation is defined by the scope of patents in the middle of the [simplified description of the drawings] - the first picture, which is the third-dimensional appearance of the creation. The first figure is the most explanatory diagram of the first embodiment of the creation. The second figure is a front view of the first embodiment of the creation. Figure 2A is a cross-sectional view of the AA in the third figure. 13 M412505 The fourth figure is the circuit diagram of the main electronic circuit of the circuit board in the first embodiment of the creation. The fifth figure is a further exploded view of the circuit board in the first embodiment of the present invention. Figure 6 is a bottom plan view of the circuit board in the second embodiment of the present invention. The seventh figure is a front view of the sixth figure. The eighth figure is a further exploded view of the circuit board in the second embodiment of the present invention. The ninth drawing is an exploded perspective view of U.S. Patent No. 7,044,750. [Main component symbol description] A Insulation case A1 Docking chamber A2 accommodating space B Module device B1 First inner circuit board B11 Butt terminal B2 Holder B21 Magnetic element B211 Wire B212 Core B22 Intermediate terminal B3 Second internal circuit Board B31 Connection terminal C Shielding housing 1 Insulating housing. 11 Docking chamber 12 accommodating space 13 Space dividing wall 14 Light-emitting element 15 Insulation cover 2 Module device 21 Butt terminal 22 Inner circuit board 221 First surface 2211 Circuit contact 222 Second surface 14 M412505 223 Long groove 224 Neck 227 Protector 2271 Wire hole 2272 Spacer 23 Magnetic element 231 Wire 232 Core material 24 Connection terminal 25 Resistor 3 Shielding housing
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