五、新型說明： 【新型所屬之技術領域】 本創作係提供一種電連接器線圈模組之改良，尤指線路 板上之第一接點處為焊接有貼片式脈衝變壓線圈元件，且各 第一接點為透過線路連接於焊接有貼片式扼流線圈元件之第 二接點處形成電性傳導路徑，以有效減少佔用的空間、簡化 線路佈局而適用於大量生產，整體成本更為低廉。 【先前技術】 按，現今電腦科技的快速發展，而冑上型_或筆記型 電腦已普遍的存在於社會上之各個角落，其電腦發展趨勢亦 朝運算功能強、速度快及體積小之方向邁進，由於網路通訊 技術也正麵料展巾，並將人触活、學f、工作與 休閒帶入另—有別以往㈣新境界，使人與人之間即可透過 網路通訊相互傳輸所需即時資訊、廣告宣傳或往來郵件等， 同時稭由網路搜尋各種資訊、即時通訊或線上遊戲等，讓人 們與網路之間關係更為熱切且密不可分。 、再者’隨著電腦或筆記型_發展趨勢，使電腦内部之 連接器亦隨之大幅縮小’但連接^於電腦縮小化，即需考量 其電磁效應所產生之峨干_題，1般會影響連接器之 雜訊干擾的朗大致上可分為二大部分’其—絲自連接器 周圍之電磁波干擾，其二為連接器内部所產生之干擾，且一 般R j - 4 5連接n大多被翻於數位通信，此種連接器容 4 易產生可干擾其它電氣設備之高頻電波，域連接器本身訊 V亦谷易被外部傳輸線巾產生之雜訊所景彡響，便有廠商於網 路連接如部為設置有濾波，灿抑魏磁波干擾及維 持訊號傳輸的完整，即可將網路連接器接收之外部網路訊號 、_,亍慮波動作，並保留實際有用的訊號，以便將網路訊號傳 輸至系統主機板介面轉換成為串列式資料傳輸訊號後，便可 在負料處理系統内進行訊號處理。 」而’傳統遽波模組一般為包括有共模扼流圈及脈衝變 至-其+脈衝變壓n結構係在—個環形磁 環狀圍燒孩來進行至少—如上_，且該獅磁=較 於其它有細_芯雖可降低磁通喊，不過脈衝賴器往 往受限於_磁跡狀，—般都是_手讀作，很難利用 自動繞線方式㈣喊高量錄度，當脈賤黯焊接於線 路板上時，敏將導線頭端抵貼在線路板上之導電片，再利 用加熱烊接搶透過焊錫將導線頭端焊接於線路板之導電片上 =電性連接，此種個手工烊接方式不僅較為繁續、品質 控管不易，且焊接的過程巾亦會產生雜f玉時、無法縮短 加工時程及成本高昂之問題。 虽濾波模組有空财求時會有—定_，由於脈衝變壓 器具有-^_積，使舰之線路板上同時設置多個脈 衝變壓器便會侧過多空間，耐符合現今產品輕薄短小之 設計需求，也會影響線路板上之線路佈局且更為複雜，或是 M437561 需要更改祕減麵驗，频上躲失，絲發展出一 種遽波模組之線路板±可_表峨著技術方辦接有表面 黏著型或貼片式脈衝器，將是影響滤麵組整體使用機 能是否能夠提昇之關鍵所在，則有待從事於此行業者重新設 計來加以有效解決。 【新型内容】 故’創作人有鑑於龍電連接器使用上之問題與缺失， 乃搜集相關資料經由多方評估及考量，並利用從事於此行業 之多年研發經驗不斷試作與修改，始設計出此種 線 圈模組之改良新型誕生。 跟 本創作之主要㈣乃在於絕緣座體之基助部為收容有 ，虎模組之線路板，並於線路板上之第—接點處细表面黏 者技術方式焊接有貼片式脈衝變壓線圈元件，且各第一接點 為透過線路連接於利用表面黏著技術方式焊接有貝占片式扼流 線圈7C件之第二接點處形成一電性傳導路徑，用以抑制異常 電麗及遽料必要_訊與轴魅波干擾，並麵訊號傳 輸時之穩定性與可靠度，此種铜有效減少線路板上佔用 空間、簡化線路柄讀積更為小魏，_料製造上所 耗費之工時與成本，並確保製造的品質與良率而適用於大量 生產，使整體成本更為低廉。 【實施方式】 為達成上述目的及功效，本創作所採用之技術手段及其 ^纽、’會圖就本創作之較佳實施例詳加說明其構造與功能 如下，俾利完全瞭解。 "月參閱第一、二、三、四、五圖所示，係分別為本創作 較佳實施例之讀賴®、立體分賴、另-視角之立體分 解圖、側视剖面圖及訊號模組之立體外觀圖，由圖中可清楚 看出，本創作為包括有絕緣座體工、訊號模組2、電氣模組 3及屏蔽殼體4，其中： <該絕緣座體1為具有-基座！ i ’並於基座：i前方處 。又有至少一個呈上下層疊狀排列之第一對接槽1 1 1及第二 對接槽112，且各第二對接槽1i 2内部皆設有懸空狀之 舌板12，而基座11後方處細彡成有可收容至少―個訊號 模組2及電氣模組3之容置空間2〇，並於容置空間工〇下 方一側處設有定位插腳13。 該訊號模組2為具有至少-個線路板2丄及穿設於絕緣 座體1的第-對接槽i i以之彎折狀複數對接端子22， 且各對接端子2 2前方處為具有位於第一對接槽丄丄丄處之 接觸部2 21，並使對接端子2 2尾端所具之焊接端2 2 2 為連接至線路板21上，而線路板2卜側或二侧表面上則 設有複數第-接點211及第二接點2丄2，其第一接點2 11處利用表面黏著技術（SMT)方式焊接有至少一個貼 片式脈衝變壓線圈元件2 3之焊接部2 31，並於第二接點 212處亦利用表面黏著技術（SMT)方式焊接有至少一 M437561 個貼片式扼流線圈元件2 4之焊接部2 41，且各第一接點 211為透過線路板21上之線路210連接於第二接點2 12形成一電性傳導路徑。 再者，線路板21底側處為設有端子座2 5，並使線路 板21垂直定位於端子座2 5前方處，而端子座2 5上設有 連接至線路板2 1上之複蚊位端子2 5 1，且各；^位端子 2 51之焊接端（圖_未示出）為垂直穿出端子座2 5底侧 處而露出於絕緣座體丨外部，再與預設電路板上對應之接點 焊固形成電性連接。 該電氣模組3為具有穿設於絕緣座體丄的舌板丄2内之 複數彈性端子31 1各彈性端子31前方處所具之接觸部 311為位於第二對接槽112處，並使對接端子2 2之焊 接端3 1 2為焊接於峨模組2之線路板2丨上，或者是直 接垂直穿出絕緣座體1外部，再與預設電路板上對應之接點 焊固形成電性連接。 該屏蔽设體4為包覆定位於絕緣座體丄外部，並包括有 别殼體4 1及結合於驗體4丨後方處之外殼體4 2，而前 设體4 1前方處卿成有可與第—對接槽i i i及第二對接 槽1 12相連通之複數開口4Q，且外殼體42底部二侧處 設有複數接地腳4 21。 上述絕緣座體1之基座丄】前方處較佳實施為設有至少 一個第一對接槽111及第二對接槽112，且各第二對接 8 槽112内部皆設有懸空狀之舌板i 2，但於實際應用時， 亦可在基座11上僅設有第—對接槽i丄丄，且第—對接槽 111配合訊號模組2之複數對接端子2 2為形成可供夕^ 電連接器_路插頭（R卜4 5 )插接之插槽，而第二對 接槽1 1 2配合電氣模組3之複數彈性端子3 成可供 外。P電連接ϋ的賴相匯流排（USB)插頭、序列先進 旦，技術（如SATA、eSATA)插頭、高解析多媒體 ρθ ”面（HDMI )插頭或其結合等各種傳輸訊號或電源 用插頭插接之插槽，且目輯紐1之結構設計方式很多， 並配合訊號模組2、電氣模組3可組構而成-單層或多層之 …接器H亦可依實際需要或設計的不同改變訊號模組 2及電氣模組3層疊位置與數量。 當外部插頭（圖中未示出）為插入於絕緣座體i之第一 對接槽1 1 1㈣，其複數導電端子便會抵持接觸於訊號模 組2之複數對接端子2 2形成電性連接，使外部訊號可經由 複數對接端子2 2傳輸至線路板2 1上，並貼片式脈衝 支壓線圈元件2 3及貼片式扼流線圈元件2 4來進行抑制異 吊電壓（如過電壓、雷擊突波）之保護及遽除不必要的雜訊 (n 〇 1 S e)與高頻電磁波干擾（EM I)等，使電連接 器和系統域板介面暇確地鱗峨，並確保訊號傳 輸時之穩a f生與可a度，此種貼#式脈衝變壓線圈元件2 3 、片式抵"1(_線圈元件2 4為利用表面黏著技術方式焊接於 M437561 線路板21透過線路21〇相連接之第一接點211與第二 接點212上，不但可有效減少線路板21上佔用的空間， 以簡化線路板2 1之線路佈局且體積更為小型化，同時節省 製造上所耗費之工時與成本，並確保製造的品質與良率而適 用於大量生產，使整體成本更為低廉。 是以，本創作為針對絕緣座體i之基座i i内部為收容 有訊號模組2之線路板21，並於線路板21上之第一接點 211處利用表面黏著技術方式焊接有至少一個貼片式脈衝 變壓線圈元件2 3，且各第-接點211為透過線路2丄〇 連接於利絲轉著技财式縣有至少-舰料扼流線 圈疋件2 4之第二接點212處形成-電性傳導路徑，此種 可有效減少線路板21侧m 線路佈局且更為小型 化而適用於大量生產’使整it成本更為低廉，惟，該等實施 例並非用嫌定摘作之冑請糊範圍，凡其它未脫離本創 作所揭7F之技藝精神下所完成之均等變化與修飾變更，均應 包含於本創作所涵蓋之專利範圍中。 綜上所述’本創作電連接器線圈模、组之改良確實能達到 其功效及目的，故本創作誠為—實用性優異之創作，實符合 姑專和之申印要件，爰依法提出申請，盼審委早日賜准 =案，以保_作人之辛苦創作，絲鈞局有任何稽疑， 月不吝來函心不，創作人定當竭力配合，實感德便。 10 M437561 係為本創作較佳實施例之立體外觀圖。 係為本創作較佳實施例之立體分解圖。 係為本創作較佳實施例另一視角之立體分解圖。 係為本創作較佳實施例之側視剖面圖。 係為本創作較佳實施例訊號模組之立體外觀圖。 【圖式簡單說明】 第一圖 第二圖 第三圖 第四圖 第五圖 【主要元件符號說明】 1、 絕緣座體 1 0、容置空間 1 1、基座 1 1 1、第一對接槽 2、 訊號模組 2 1、線路板 2 1 0、線路 2 1 1、第一接點 2 1 2、第二接點 2 2、對接端子 2 2 1、接觸部 1 12、第二對接槽 1 2、舌板 13、定位插腳 2 3、貼片式脈衝變壓 線圈70件 2 31、焊接部 2 4、貼片式扼流線圈 元件 2 41、焊接部 2 5、端子座 2 51、定位端子 11 M437561 2 2 2、焊接端 3、 電氣模組 3 1、彈性端子 3 1 2、焊接端 311、接觸部 4、 屏蔽殼體 4 2、外殼體 4 2 1、接地腳 4 0、開口 4 1、前殼體V. New description: [New technical field] The invention provides an improvement of the electrical connector coil module, especially the first contact at the circuit board is a chip-type pulse transformer coil component, and Each of the first contacts is electrically connected to the second contact of the chip-type choke coil component to form an electrical conduction path, so as to effectively reduce the occupied space, simplify the layout of the circuit, and is suitable for mass production, and the overall cost is further improved. It is cheap. [Prior Art] According to the rapid development of computer technology today, the 胄-type or notebook computer has been widely used in every corner of the society, and its computer development trend is also toward the direction of computing power, speed and small size. Moving forward, because the network communication technology is also a fabric towel, and bringing people to life, learning f, work and leisure into another - different from the past (four) new realm, enabling people to communicate with each other through network communication Real-time information, advertising or mailings, etc., while searching the Internet for various information, instant messaging or online games, so that the relationship between people and the Internet is more eager and inseparable. In addition, with the development trend of computers or notebooks, the connectors inside the computer will be greatly reduced. But the connection is reduced to the computer, that is, the electromagnetic effect generated by the computer needs to be considered. The noise that will affect the noise interference of the connector can be roughly divided into two parts: the electromagnetic interference around the connector, and the interference generated inside the connector, and the general R j - 4 5 connection n Most of them are turned over to digital communication. This type of connector 4 is easy to generate high-frequency waves that can interfere with other electrical equipment. The domain connector itself is also vulnerable to the noise generated by the external transmission line. In the network connection, if there is filtering, the suppression of the magnetic interference and the maintenance of the signal transmission, the external network signal received by the network connector, _, 亍, wave action, and retain the actual useful signal In order to transmit the network signal to the system board interface and convert it into a serial data transmission signal, the signal processing can be performed in the negative processing system. And the 'traditional chopper module generally includes a common mode choke and a pulse to - its + pulse transformer n structure is in a ring magnetic ring to burn the child to at least - as above, and the lion Magnetic = compared to other fine _ core can reduce the magnetic flux, but the pulse is often limited to _ track-like, is generally _ hand-reading, it is difficult to use automatic winding method (four) shout high record Degree, when the pulse is soldered on the circuit board, sensitively wire the end of the wire against the conductive sheet on the circuit board, and then use the heating 烊 to grab the solder wire to solder the wire end to the conductive sheet of the circuit board = electrical Connection, such a manual splicing method is not only more prosperous, the quality control is not easy, and the welding process towel also generates miscellaneous jade, can not shorten the processing time and high cost. Although the filter module has a short-term demand, there will be a certain value. Since the pulse transformer has a -^_ product, the transformer board will have a plurality of pulse transformers at the same time, which will have too much space on the side of the ship, and it is designed to meet the current requirements of light and thin products. The demand will also affect the layout of the circuit board and is more complicated, or the M437561 needs to change the secret reduction surface test, and the frequency is lost. The wire develops a circuit board of the chopper module. If there is a surface-adhesive or patch-type pulser, it will be the key to affecting whether the overall function of the filter-face group can be improved. It is still to be redesigned by the industry to effectively solve it. [New content] Therefore, the creators have designed and produced the relevant information based on the problems and lacks of the use of the Longdian connector, and collected and reviewed the relevant materials through various evaluations and trials. A new type of improved coil module was born. The main part (4) of this creation is that the base part of the insulating base is the circuit board containing the tiger module, and the fine surface sticking on the first contact point of the circuit board is soldered with patch-type pulse change. The coil component is pressed, and each of the first contacts is connected to the second contact of the shell-shaped choke coil 7C by a surface bonding technology to form an electrical conduction path for suppressing abnormal electric And the necessary information _ signal and axis charm wave interference, and the stability and reliability of the signal transmission, this copper effectively reduces the space occupied on the circuit board, simplifying the reading of the line handle is smaller Wei, _ material manufacturing It takes time and cost, and ensures the quality and yield of manufacturing, which is suitable for mass production, making the overall cost even lower. [Embodiment] In order to achieve the above objects and effects, the technical means adopted by the present invention and its preferred embodiment are described in detail in the preferred embodiment of the present creation, and the structure and function are as follows. "Monthly, as shown in the first, second, third, fourth and fifth figures, respectively, the readings of the preferred embodiment, the stereoscopic decomposition, the perspective view of the other perspective, the side view and the signal The three-dimensional appearance of the module can be clearly seen from the figure. The present invention includes an insulating body, a signal module 2, an electrical module 3 and a shielding case 4, wherein: <the insulating body 1 is With - pedestal! i 'and in front of the pedestal: i. Further, at least one of the first butting groove 1 1 1 and the second butting groove 112 are arranged in a vertically stacked manner, and each of the second butting grooves 1i 2 is provided with a hanging tongue 12 inside, and the bottom of the base 11 is thin. The accommodating space 2 可 can accommodate at least one of the signal module 2 and the electrical module 3, and the positioning pin 13 is disposed at a lower side of the accommodating space. The signal module 2 is a plurality of mating terminals 22 having at least one circuit board 2 丄 and a first butting groove ii extending through the insulating base 1 , and each of the mating terminals 2 2 is located at the front a pair of contact portions 2 21 at the groove, and the soldering end 2 2 2 at the end of the mating terminal 2 2 is connected to the circuit board 21, and the wiring board 2 is provided on the side or the two side surfaces There are a plurality of first-contacts 211 and second contacts 2丄2, and the first contact 2 11 is welded with at least one soldering part of the chip-type pulse-varying coil component 2 3 by surface adhesion technology (SMT). 31. At the second contact 212, at least one M437561 patch-type choke coil component 24 is welded to the soldering portion 2 41 by a surface mount technology (SMT), and each of the first contacts 211 is a transmission line. The line 210 on the board 21 is connected to the second contact 2 12 to form an electrically conductive path. Furthermore, the bottom side of the circuit board 21 is provided with a terminal block 25, and the circuit board 21 is vertically positioned at the front of the terminal block 25, and the terminal block 25 is provided with a mosquito connected to the circuit board 2 1 The soldering terminal (not shown) of the terminal 2 1 and the terminal 2 51 is vertically bent out of the bottom side of the terminal block 25 and exposed outside the insulating housing, and then with the preset circuit board. The corresponding joints are welded to form an electrical connection. The electrical module 3 is a plurality of elastic terminals 31 1 that are disposed in the tongue and groove 2 of the insulating base 丄. The contact portion 311 of each of the elastic terminals 31 is located at the second mating groove 112, and the mating terminal is provided. 2 2 soldering end 3 1 2 is soldered to the circuit board 2 峨 of the 峨 module 2, or directly through the outside of the insulating base 1 and then soldered to the corresponding contact plate on the preset circuit board to form electrical connection. The shielding body 4 is wrapped and positioned outside the insulating seat body, and includes a casing 41 and a casing 42 connected to the rear of the body 4, and the front body 4 1 is formed in front of the body 4 1 . The plurality of openings 4Q are connected to the first butt groove iii and the second butt groove 1 12, and a plurality of grounding legs 421 are disposed at two sides of the bottom of the outer casing 42. Preferably, the base of the insulating base 1 is provided with at least one first butting groove 111 and a second butting groove 112, and each of the second butting 8 slots 112 is provided with a hanging tongue i 2, but in actual application, only the first docking slot i 设有 can be provided on the base 11, and the first docking slot 111 is matched with the plurality of docking terminals 2 2 of the signal module 2 for forming The connector _ road plug (R Bu 4 5 ) is inserted into the slot, and the second docking slot 1 1 2 is matched with the plurality of elastic terminals 3 of the electrical module 3. P-connected 赖 赖 汇 USB USB USB 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB USB The slot and the structure of the frame 1 are designed in many ways, and can be combined with the signal module 2 and the electrical module 3 - single layer or multiple layers... the connector H can also be different according to actual needs or design. Changing the position and number of the signal module 2 and the electrical module 3. When the external plug (not shown) is the first mating slot 1 1 1 (4) inserted into the insulating base i, the plurality of conductive terminals will resist contact. The plurality of docking terminals 2 2 of the signal module 2 are electrically connected, so that the external signal can be transmitted to the circuit board 2 1 via the plurality of docking terminals 2 2 , and the chip pulse-pulsing coil component 2 3 and the patch type 扼The stream coil component 24 is used to protect against differential voltages (such as overvoltage and lightning surge) and to eliminate unnecessary noise (n 〇1 S e) and high frequency electromagnetic interference (EM I) to make electricity The connector and system domain board interface is accurate and ensures signals The stability of the transmission is af and a degree, such a # pulse-transformed coil component 2 3 , chip-type " 1 (_ coil component 2 4 is welded to the M437561 circuit board 21 through the surface adhesion technology The first contact 211 and the second contact 212 connected to each other can effectively reduce the space occupied by the circuit board 21, thereby simplifying the circuit layout of the circuit board 21 and making the volume more compact, and saving manufacturing. The labor and cost of the production, and ensuring the quality and yield of the manufacturing, are suitable for mass production, and the overall cost is lower. Therefore, the creation of the susceptor ii for the insulating base i is to accommodate the signal mode. The circuit board 21 of the group 2 is soldered to the first contact 211 on the circuit board 21 by at least one chip-type pulse-varying coil component 23 by surface adhesion technology, and each of the first-contacts 211 is a transmission line. 2丄〇Connected to the wire-turning technical county, at least the second contact 212 of the ship choke coil element 24 forms an electric conduction path, which can effectively reduce the m line of the circuit board 21 side Layout and more miniaturized for mass production 'making the whole It is cheaper, but these examples are not intended to be used in the scope of the stipulations, and all other changes and modifications that have been made without departing from the spirit of the 7F of this work should be included in In the scope of patents covered by this creation. In summary, the improvement of the coil module and group of the original electrical connector can achieve its efficacy and purpose, so the creation is sincerely - the practicality of the creation is in line with the amateur and The application for the seal, 提出 提出 提出 提出 提出 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼 盼10 M437561 is a three-dimensional appearance of the preferred embodiment of the present invention. This is a perspective exploded view of the preferred embodiment of the present invention. This is a perspective exploded view of another perspective of the preferred embodiment of the present invention. This is a side cross-sectional view of a preferred embodiment of the present invention. This is a three-dimensional appearance of the signal module of the preferred embodiment. [Simple diagram of the diagram] The first diagram, the second diagram, the third diagram, the fourth diagram, and the fifth diagram [Description of the main components] 1. The insulating base 10, the accommodating space 1 1 , the pedestal 1 1 1 , the first docking Slot 2, signal module 2 1 , circuit board 2 1 0, line 2 1 1 , first contact 2 1 2, second contact 2 2, butt terminal 2 2 1, contact portion 12 12, second docking slot 1 2, tongue plate 13, positioning pin 2 3, patch type pulse transformer coil 70 pieces 2 31, welding part 2 4, chip type choke coil element 2 41, welding part 2 5, terminal block 2 51, positioning Terminal 11 M437561 2 2 2, soldering end 3, electrical module 3 1, elastic terminal 3 1 2, soldering end 311, contact 4, shield housing 4 2, outer casing 4 2 1, grounding foot 4 0, opening 4 1, the front housing