M343322 八、新型說明： 【新型所屬之技術領域】 本創作係有關於-種高頻連接器，旨在提供一種加工、安裝 谷易’並可減省空間且能夠有效防制串音現象與改善迴流損失， 進而大幅提升高頻傳輸效果之高頻連接器。 【先前技術】 眾所周知，電路通道距離過於接近而產生之串音干擾，一直 是影響高頻傳輸品質的主要因素之一，這樣子的干擾普遍發生在 電話、傳真機、數據機、網路等高頻訊號傳輸，既有用以解決連 接器的組配與組配之間產生串音干擾的技術，有的是將連接器的 端子打辮折弯，或是利用增加端子電容量的方式來處理。 。然而’藉由將端子打辮折彎使其達到防止串音功能的連接 功效僅錢到近端串音第5類的標準，至於，棚增加端子 =谷里的方式，主要係透過增加端子面積，以及配合將端子連 ___成’其中的露銅線路係另外建構在印刷電路板上， ==在__方式，與__接_的端 匕的、、％構⑦计’將因為端子與露銅線路聯結不確實而導致 =串音的雜失效，尤其，在連接驗體空間有限之條件下， 望大中田立曰加所需空帛，以及提高整體連接器當 等組件的加工、組裝成本。 双體 何有效地解決習知諸缺點，為本創作所欲解決之主 M343322 要課題。 【新型内容】 本創作之目的，旨在藉經思考時心思之奔放，迄獲解答之喜 悅，並經多次研究、設計改良及反覆之試驗結果，提供一種加工、 安裝容易，並可節省空間且能夠有效防制串音現象，與改善迴流 損失，進而大幅提升高頻傳輸效果的高頻連接器。 • 為達上揭目的，本創作之高頻連接器，係在其殼體的下方， • 裝設一具有若干端子的支撐板，該支撐板的下方，裝設有一 IC電 路板與前述各端子構成電性聯結，此IC電路板係建構有防串音補 償線路機制，其下方並且具有由前述各端子延伸出的接腳，供與 電氣裝置之電路連接，構成-種加工、安裝容易，而且能夠有效 防制串音現象，進而大幅提升高頻傳輸效果的高頻連接器。 具體而言，本創作之高頻連接器係具有下列功效： 1·整個連接H係由殼體、支撐板、職路板上下堆疊構成，大幅 _ 降低所需空間以及相關構件之加工成本，相對降低相關構件之 - 組裝難度。 2·整個連接器係可直接利用位於IG電路板下方的接腳與電氣裝置 之電路連接，使連接器之安裝更為容易。 3·整個連接器的端子，係透過1(:電路板與電氣裝置構成電性聯結 ，可經由1C電路板峨構獅串音補償機制，魏提升高頻傳 輸效果。 4.整個連接㈣K；電路板佈局，係藉由各主要導線與各延伸麵 6 M343322 效應導線耦合成各電容器與電感器。 【實施方式】 本創作之特點，可參閱本案圖式及實施例之詳細說明而獲得 清楚地瞭解。 如第一圖及第二圖所示，本創作之高頻連接器，係包括有： 一殼體10、一支撐板20及一 1C電路板30，請同時配合參照第三圖 及第四圖所示，其中： • 殼體正面處係設有一插槽11，以及在底面設有一開口（圖未 示）；上述支撐板20係裝設在該殼體10的下方，其上係固設有若干 端子21 ’各該端子21係可經由殼體1〇下方的開口伸入殼體1〇内部 的插槽11空間處。 至於，1C電路板30係裝設在支撐板2〇的下方，與各端子21構 成電性聯結，其上並且建構有防串音補償線路機制31，以及在其 底面延伸有由各端子21穿過1C電路板30之接腳211，供與電氣裝置 _ 之電路連接，在具體實施時，其位於1C電路板30底面，用與電氣 裝置電路連接之接腳211，亦可以由各端子21相對應於1(：電路板3〇 底面的接點所構成。 據以，本創作之高頻連接器即可由殼體10、支撐板20、1C電 路板30上下堆疊構成，俾可大幅降低相關構件之加工成本及空 間，相對降低相關構件之組裝難度，再者，整個高頻連接器係直 接利用位於1C電路板30下方的接腳與電氣裝置之電路連接，使連 接器之安裝更為容易’而且，整個連接器的端子21係透過IC電路 M343322 板30的作用下與電氣裝置構成電性聯結，可經由1(：電路板3〇所建 構有防串音補償線路機制，有效提升高頻傳輸效果。 本創作之高頻連接器，其中，該IC電路板之佈局，係應用於 一多層印刷電路板，其包含有主要導線、電容器/電感器數對，延 伸補償效應導線及數個接腳。 請參閱第5-1圖至第5-5圖，在本創作高頻連接器之電路板佈 局中，主要導線301、303分別各自有一延伸補償效應導線31〇1和 # 3102，兩效應導線相互靠近耦合，再與主要導線306之延伸補償效 應導線3103耦合成第一電容器與第一電感器。 而主要導線305之延伸補償效應導線31〇4、主要導線3〇4之延 伸補償效應導線3105、與上述主要導線306之延伸補償效應導線 3106及3110耦合成第二電容器與第二電感器。 另，上述主要導線303之延伸補償效應導線31〇7和上述主要導 線306之延伸補償效應導線31〇8相互靠近耦合成第三電容器與第 φ 三電感器。 • 上述主要導線3〇4之延伸補償效應導線3111和主要導線3〇7之 延伸補侦效應導線3109相互靠近輛合成第四電容器與第四電感 至於主要導線302和308，則無增加的延伸補償效應導線耦合。 综上所述，本創作提供一較佳可行之高頻連接器，爰依法提 呈新型專利之申請，本創作之技術内容及技術特點巳揭示如上， 然而熟悉本項技術之人士仍可能基於本創作之揭示而作各種不背 8 M343322 -4作精神之替換及修飾，因此，本創作之保護範圍應不限 所=者，_紐各種不雜摘作之倾及修飾， 並為以下之巾請專概圍所涵蓋。 【圖式簡單說明】 第一圖係本創作高頻連接器之外觀立體圖； 第-圖係本創作支擇板與1C電路板之外觀結構圖； 第三圖係本創作中支槪與職路板之結構分解圖； 第四圖係本創作1C電路板之底面結構圖； 第5-1圖〜第5一5圖係本創作IC電路板之線路佈局圖，其中 第5—1圖係本創作印刷電路板之線路透視圖； 、 第5-2圖係本創作印刷電路板之一表層之線路圖； 第5-3圖係本創作印刷電路板之一内層之線路圖； 第5-4圖係本創作印刷電路板另一内層之線路圖；以及 第5-5圖係本創作印刷電路板另一表層之線路圖。M343322 VIII. New Description: [New Technology Field] This creation series is about high-frequency connectors, which are designed to provide a kind of processing and installation of Valley Easy' and save space and effectively prevent crosstalk and improve. High-frequency connectors that reduce the loss of return, which greatly enhances the high-frequency transmission. [Prior Art] It is well known that crosstalk interference caused by circuit path distance is always one of the main factors affecting the quality of high-frequency transmission. Such interference generally occurs in telephones, fax machines, data machines, and networks. Frequency signal transmission is used to solve the problem of crosstalk interference between the assembly and the assembly of the connector. Some of them are to bend the terminal of the connector or to increase the capacitance of the terminal. . However, by bending the terminal to bend it to achieve the crosstalk prevention function, it only costs to the near-end crosstalk category 5 standard. As for the way, the shed increases the terminal = valley, mainly by increasing the terminal area. And the connection of the terminal ___ into 'the copper circuit is additionally constructed on the printed circuit board, == in the __ way, and __ _ _ end of the 、, The connection between the terminal and the exposed copper circuit is not correct, resulting in the miscellaneous failure of the crosstalk. In particular, under the condition that the connection space is limited, the large space of the large field is added, and the processing of the components such as the integral connector is improved. , assembly costs. The double body How to effectively solve the shortcomings of the knowledge, is the subject of the creative solution M343322. [New Content] The purpose of this creation is to provide you with the joy of answering through thoughts and thoughts, and through many research, design improvement and repeated test results, providing a process, easy installation, and space saving. The high-frequency connector can effectively prevent the phenomenon of crosstalk and improve the return loss, thereby greatly improving the high-frequency transmission effect. • In order to achieve the goal, the high-frequency connector of the present invention is under the housing, • a support plate having a plurality of terminals is mounted, and an IC circuit board and the aforementioned terminals are mounted under the support plate. Forming an electrical connection, the IC circuit board is constructed with a mechanism for preventing crosstalk compensation lines, and has a pin extending from the aforementioned terminals for connection with an electrical circuit of the electrical device, which is easy to process and install. A high-frequency connector that effectively prevents crosstalk and further enhances high-frequency transmission. Specifically, the high-frequency connector of the present invention has the following effects: 1. The entire connection H is composed of a casing, a support plate, and a stack of upper and lower roads, which greatly reduces the required space and the processing cost of related components. Reduce the complexity of the relevant components - assembly. 2. The entire connector can be directly connected to the electrical circuit of the electrical device using the pins located under the IG circuit board to make the connector easier to install. 3. The terminal of the whole connector is electrically connected through 1 (: the circuit board and the electrical device are electrically connected, and the lion crosstalk compensation mechanism can be constructed through the 1C circuit board to enhance the high-frequency transmission effect. 4. The whole connection (4) K; circuit The layout of the board is coupled to the capacitors and inductors by the main conductors and the extension wires 6 M343322 effect wires. [Embodiment] The features of the present invention can be clearly understood by referring to the detailed description of the drawings and the embodiments. As shown in the first and second figures, the high frequency connector of the present invention includes: a casing 10, a support plate 20 and a 1C circuit board 30, please refer to the third figure and the fourth The figure shows: • a slot 11 is formed on the front surface of the housing, and an opening (not shown) is disposed on the bottom surface; the support plate 20 is mounted under the housing 10 and is fixed thereon. There are a plurality of terminals 21' each of which can extend into the space of the slot 11 inside the housing 1 through an opening below the housing 1。. As for the 1C circuit board 30, it is mounted below the support board 2〇. Forming an electrical connection with each terminal 21 An anti-crosstalk compensation line mechanism 31 is constructed, and a pin 211 extending from the terminal 21 through the 1C circuit board 30 is extended on the bottom surface thereof for connection with the circuit of the electric device_, and in specific implementation, it is located on the 1C circuit board. The bottom surface of the 30, the pin 211 connected to the circuit of the electrical device, may also be formed by the corresponding terminal 21 corresponding to the contact point of the bottom surface of the circuit board 3. According to the above, the high frequency connector of the present invention can be made of the shell. The body 10, the support board 20, and the 1C circuit board 30 are stacked on top of each other, which can greatly reduce the processing cost and space of the related components, and relatively reduce the assembly difficulty of the related components. Furthermore, the entire high-frequency connector is directly used in the 1C circuit board. The pins on the lower side of the 30 are connected to the circuit of the electrical device to make the connector easier to install. Moreover, the terminal 21 of the entire connector is electrically connected to the electrical device through the plate 30 of the IC circuit M343322, and can be electrically connected. (: The circuit board 3〇 is constructed with an anti-crosstalk compensation line mechanism to effectively improve the high-frequency transmission effect. The high-frequency connector of the present invention, wherein the layout of the IC circuit board is applied to a multi-layer Brush circuit board, which comprises a main wire, a capacitor/inductor pair, an extension compensation effect wire and a plurality of pins. Please refer to Figures 5-1 to 5-5 for the circuit of the high frequency connector of the present invention. In the board layout, the main wires 301 and 303 respectively have an extension compensation effect wires 31〇1 and #3102, and the two effect wires are coupled to each other, and then coupled with the extension compensation effect wires 3103 of the main wires 306 to form the first capacitor and the first inductor. The extension compensation effect conductor 31〇4 of the main conductor 305, the extension compensation effect conductor 3105 of the main conductor 3〇4, and the extension compensation effect conductors 3106 and 3110 of the main conductor 306 are coupled into the second capacitor and the second inductor. . Further, the extension compensation effect wires 31A of the main wires 303 and the extension compensation effect wires 31A of the main wires 306 are coupled to each other to form a third capacitor and a φth three inductor. • The extension compensation effect conductor 3111 of the main conductor 3〇4 and the extension effect effect conductor 3109 of the main conductor 3〇7 are close to each other to synthesize the fourth capacitor and the fourth inductor to the main conductors 302 and 308, and no extension compensation is added. Effect wire coupling. In summary, this creation provides a better and feasible high-frequency connector, and the application for a new patent is submitted according to law. The technical content and technical features of the creation are disclosed above, but those familiar with the technology may still be based on this The creation of the creation and the various types of M343322 -4 for the replacement and modification of the spirit, therefore, the scope of protection of this creation should be unlimited, _ New Zealand is not mixed with the exquisite and modified, and for the following Please cover the area. [Simple description of the drawing] The first picture is the appearance of the high-frequency connector of the present invention; the first picture is the appearance structure of the creative selection board and the 1C circuit board; the third picture is the branch and the road in the creation The structure of the board is exploded; the fourth picture is the bottom structure of the 1C circuit board; the 5-1th to the 5th 5th is the circuit layout of the IC circuit board, in which the figure 5-1 is Creating a circuit perspective view of the printed circuit board; Figure 5-2 is a circuit diagram of one surface layer of the printed circuit board; Figure 5-3 is a circuit diagram of an inner layer of the printed circuit board; The drawing is a circuit diagram of another inner layer of the printed circuit board; and the fifth drawing is a circuit diagram of another surface layer of the present printed circuit board.
【主要元件符號說明】 10 ·殼體 11 :插槽 20 :支撐板 21 :端子 211 :接腳 30 : 1C電路板 3〇卜 302、303、304、305、306、307、308 :主要導線 9 M343322 31 :防串音補償線路機制 31(U、3102、3103、3104、3105、3106、3107、3108、3109、3110、 3111 :延伸補償效應導線[Description of main component symbols] 10 · Housing 11 : Slot 20 : Support plate 21 : Terminal 211 : Pin 30 : 1C circuit board 3 302 302, 303, 304, 305, 306, 307, 308: Main wire 9 M343322 31 : Anti-crosstalk compensation line mechanism 31 (U, 3102, 3103, 3104, 3105, 3106, 3107, 3108, 3109, 3110, 3111: extension compensation effect wire
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