M358445 五、新型說明： 【新型所屬之技術領域】 本新型係有關於一種具隔離接地片及輸出端子排列結構 之連接器’尤指一種將用以傳輸小於第一種頻率速度的多數第 一端子，與用以傳輸大於第二種頻率速度的多數第二端子，呈 相互平行排列狀，以分別傳輸不同頻率範圍之訊號，且於各該 第一、二端子間，橫置一隔離接地片，除該第一、二端子可彼 鲁此通離、互不干擾外’於該第一、二端子間之雜訊可為該隔離 接地片接地消除，以維持訊號傳輸的品質者。 【先前技術】 目前應用於奸贿傳輸之連姑，通常齡有瓣本體 及夕數柒子，其中各該端子係分別嵌置於該塑膠本體中，藉由 各該^子與對應之連接器銜接，達到傳輸訊號的目的。 習知之連接器，如日本公開發明申請案第2〇〇1_677〇6號 • 及如中國發明專利申請案第02106740.6號所示，於該上述習 矣專利案中所揭示之連接器’各該端子係呈平行之兩列排列。 々第—十一圖所示，其訊號傳輸方式係由位於第一排多數端子 I兩個相_號端子〔（S、S)或(S2、S2)〕並配合—個位於第 〇之接地端子〔⑹或(G2)為—組、由位於第二排多數端子 中兩個相鄰訊號端子(sl、si)並配合—個位於第—排之接地端 ()為組，以傳輸電子訊號；然而上述之習知連接器、於 應用上’位於同列但不同組之訊號端子(s、s2)在同時傳輸訊 M3 5 8445 號時’若其巾-組峨端子⑻讀鮮速度〔如小於動阳〕 進打傳輪，而另一組訊號端子（S2)以高頻率速度〔如大於 lGbps〕進行傳輸，由於各組訊號端子(s、⑻之距離極為接 近，因此常發生彼此干擾的情況，因此習知將傳輸不同頻率速 度之端子’排列於同-排，將導致無法確實有效同時傳輸高、 低頻訊號，而顯其缺點。 本案創作人有4監於此，予以研究創新，揭示出本新型所示 鲁 種具隔離接地片及輸出端子排列結構之連接器。 【新型内容】M358445 V. New description: [New technical field] The present invention relates to a connector with an isolated grounding piece and an output terminal arrangement structure, especially a plurality of first terminals to be used for transmitting less than the first frequency speed. And a plurality of second terminals for transmitting more than the second frequency speed are arranged in parallel with each other to respectively transmit signals of different frequency ranges, and an isolation grounding piece is transversely disposed between the first and second terminals. In addition to the first and second terminals, the interference between the first and second terminals can be eliminated by grounding the grounding strip to maintain the quality of the signal transmission. [Prior Art] At present, the Liangu, which is used for the transmission of bribes, usually has a valve body and a scorpion scorpion, wherein each of the terminals is embedded in the plastic body, and each of the connectors and the corresponding connector Connected to achieve the purpose of transmitting signals. A connector of the present invention, as disclosed in Japanese Laid-Open Patent Application No. 2, No. Hei. It is arranged in two parallel columns. 々第十一十一图, the signal transmission mode is from the first phase of the majority of the terminal I two phase _ terminal [(S, S) or (S2, S2)] and cooperate - the grounding of the second The terminal [(6) or (G2) is a group, and is composed of two adjacent signal terminals (sl, si) located in a plurality of terminals of the second row and matched with a ground terminal () at the first row to transmit an electronic signal. However, the above-mentioned conventional connector, in the application, is located in the same column but different sets of signal terminals (s, s2) transmit the M3 5 8445 at the same time 'if the towel-group 峨 terminal (8) read speed (such as less than The moving yang is in the transmission wheel, and the other signal terminal (S2) is transmitted at a high frequency speed (for example, greater than 1 Gbps). Since the distances of the signal terminals (s, (8) are very close, the mutual interference often occurs. Therefore, it is known that the terminals that transmit different frequency velocities are arranged in the same-row row, which will result in the inability to effectively transmit high- and low-frequency signals at the same time, and the disadvantages are obvious. The creator of this case has 4 supervisors, and research and innovation are revealed. The invention shows the isolated grounding piece and the output terminal Structure of connector columns. [SUMMARY]
本新型之目的旨在提供—種具隔離接地片及輸出端子排 列結構之連接H，魏括：—轉本體；錄第—端子，呈直 線排列触置於膠本體中，並令各該第—端子之第一端， 伸置於該轉本體找段巾，_接對應連接輯糾小於第 一種頻率速度的訊號，而各該第—端子之第二端，係突出於該 塑膠本體之後端者；多數第二端子，呈直線排列地歲置於該塑 膠本體中’並令各該第二端子之第一端，伸置於該塑膠本體之 前段中，以連接對應連接器所發出大於第二種頻率速度的訊 號’其中該第二鮮速度係切第—頻率速度，而各該第二端 子之第二端，係突出於該塑膠本體之後端者；以及隔離接地 片’嵌置_轉本财，且介於輯第—軒触排第二端 子間，令該隔離接地片可與—接地電路搭接者；如是使提供連 接小於第-種鮮速度之各鄕1子，與連接大於第二種頻 M358445 γ速度之各^第一端子，可呈相互平行排列，且彼此遠離地傳 =同頻率綱之峨，使該第―、二端子互不干擾，且使各 弟―、二端子間之雜訊可為隔離接地片接地消除，以維持訊號 傳輸的品質。 上述各該第一、二端子之第二端，係可分別連接至一電路 板；例如： 1.可令用以傳輸小於第-種頻率速度之各該第—端子的第二 端，係分別搭接於-電路板的第一板面上，並與該電路板對 應之接點焊接者’而傳輸大於第二種頻率速度之各該第二端 子的第二端，係分別搭接於該電路板的第二板面上，並與該 電路板對應之接點焊接者。 ' =令用以傳輸小於第—種頻率速度之各該第—端子的第二 端’係分別穿置於-電路板中，並與該銳板對應之接點焊 接者，而傳輸大於第二種頻率速度之各該第二端子的第二 =者亦分财置於該電路板巾，並與該電路板對應之接轉 3.可令用以傳輸小於第-種頻率速度之各該第—端子的第二 端，係分別搭接於一電路板的第一板面上，並與該電路板對 應之接點焊接者，而傳輸大於第二種頻率速度之各該第 子的第二端，係分別穿置於該電路板中，並與該電路板對應 之接點焊接者。 、 1可令用以傳輸小於第—種頻率速度之各該第-端子的第二 M358445 2系;7财置於—電路射，並與該電路板職之接點焊 接者，而值鹼士 & & _ ~ . 山/而傳輪大於第二種頻率速度之各該第二端子的第二 系77娜接於—電路板上，並與該電路板對應之接點谭 接者。 上述各知―、二端仅第二酬連接之電路板，係指應 用t端之電路板；或用以銜接導線之電路板，以形成-插 頭端之連接g ’本㈣並不自限所翻連接器之形式者。 ^ 依本新型所揭示具隔離接地片及輸出端子·結構之連 接器由於將連接小於第一種頻率速度之各該第一端子，與連 接大於第二種頻率逮度之各該第二端子，呈相互平行的多排排 歹!狀U吏不同頻率速度的訊號，在傳輸時可彼此遠離、互不 干擾，以維持訊號傳輪的品質，而顯本新型之新穎性及實用性。 本新型之可取實體，可由以下之說明及所附各圖式，而得 以明晰。 • 【實施方式】 5月參閱第-至十六圖所示，本新型係有關於一種具隔離接 地片及輸出端子排列結構之連接器，係包括：一歸本體 (100) ’錄第一端子(20)，呈直線排列地嵌置於該塑膠本體 (100)中’並令各該第一端子(2〇)之第一端⑽幻，伸置於該塑 膠本體(⑽)之前段(騰）巾，卿魏應賴H⑽或50a) 所發出小於第-種頻率速度的訊號，而各該第一端子⑽之第 -端(2Gb)，係突出於該塑膠本體⑽)之後端⑽b)者；多數 6 M358445 第二端子(30)，呈直線排列地嵌置於該塑膠本體(1〇〇)中，並 令各該第一端子(30)之第一端（3〇a)，伸置於該塑膠本體（1〇〇) 之前段（100a)中，以連接對應連接器（5〇或5〇a)所發出大於第 二種頻率速度的訊號’其中該第二頻率速度係大於第一頻率速 度，而各該第二端子（3〇)之第二端（3〇b)，係突出於該塑膠本 體（100)之後端（l〇〇b)者；以及隔離接地片（6〇)，嵌置於該塑 膠本體（100)中’且介於該排第一端子（2〇)與該排第二端子（3〇) • 間，並令該隔離接地片（60)可與接地電路搭接〔圖未示出〕 者’如疋使知：供連接小於第一種頻率速度〔如小於勸〕之 各該第一端子（2〇)，與連接大於第二種頻率速度〔如大於 lGbps〕之各該第二端子(3〇)，呈相互平行的多排排列狀態， 使該排各第一端子(2〇)與該排各第二端子（30)彼此遠離地傳 輸不同頻率範圍之訊號，互不干擾，且使第-、二端子(20、 3〇)間之雜訊可為隔離接地片（60)接地消除，以維持訊號傳輸 鲁 的品質。 上述之隔離接地片（6〇)，係突伸有搭接腳（61)，以緊抵於 框圍於該塑膠本體(⑽)外之金屬殼體(igi)上，藉由該金屬殼 體（101)連接於電路板之接地電路上，或插接於對應連接 為時，藉由該金屬殼體（101)搭接於所對應連接器之接地電路 上，以將雜訊接地消除。 如第十七圖至第三十一圖所示，本新型所示之隔離接地片 (60a)係可嵌置於該塑膠本體〇〇〇)中，且介於呈直線排列之各 M358445 第-端子(20)與呈直線排列之各第二端子⑽間，令該隔離接 . 地片（_延伸有搭接腳⑹a)，岭該搭接腳(61a)搭接於各 胃第—端子⑽之第二端⑽)與各該第二端子⑽)之第二端 ' 所連接的電路板(4G)上’而與該電路板⑽)之接地電路 [圖未示出]連接者。 本新贿揭示具隔離接地片及輸出端子排聽構之連接 器，其中各該第一、二端子(2〇、30)之第二端(20b、30b)，係 • ▼分別以下列方式連接至-電路板(40)上；例如： 1.如第-、二、三、四圖所示，令用以傳輸小於第一種頻率逮 度之各該第-端子(2〇)的第二端⑽b)，係分別搭接於—電 路板⑽的第-板面⑷）上，並與該電路板⑽對應之接點 焊接而傳輸大於第二種頻率速度之各該第二端子⑽）的第 二端（3〇b)，係分別搭接於該電路板（40)的第二板面（42) 上，並與該電路板(4〇)對應之接點焊接者。 • 2·如第五、六、七圖所示，可令用則、於傳輸第―種頻率速度 之各該第-端子⑽的第二端（施），係分別穿置於—電ς 板(40)中’亚與該電路板⑽)對應之接點焊接，而傳輸大於 第=種頻率速度之各該第二端子(3〇)的第二端⑽b)，亦分 別穿置於該電路板(4〇)中，並與該電路板⑽對應之接點焊 接者。 第九十圖所示，可令用以傳輸小於第一種頻率速度 之各該第-端子(20)的第二端(_，係分別搭接於一電路 M3 5 8445 板⑽的第-板面⑹上，並與該電路板⑽對應之接點焊 • 接’而傳輸大於第二種頻率速度之各該第二端子(30)的第二 .端(30b)，係分別穿置於該t路板⑽中’並與該電路板⑽ 、對應之接點焊接者。 4.如第十、十一、十二圖所示，可令用以小於傳輸第-種頻 率速度之各該第-端子⑽)的第二端⑽b)，係分別穿置於 一電路板⑽中，並與該電路板⑽對應之接點焊接，而傳 • 輸大於第二種頻率速度之各該第二端子（30)的第二端 (30b)，係为別搭接於該電路板(4〇)上，並與該電路板(4〇) 對應之接點焊接者。 上述各該第一、二端子（20、30)之第二端（2〇b、3〇b)所連 接之電路板(4〇)，係指應用於插座端之電路板(4〇);或用以銜 接導線之電路板(40)，以形成一插頭式之連接器，本新型並不 予自限。 鲁 本新型所揭示具隔離接地片及輸出端子排列結構之連接 器，如第三、七、十、十三圖所示，其中各該第一、二端子（2〇、 30)之第一端（2〇a、30a)，係分別伸置於該塑膠本體（1〇〇)之前 段(100a)中，且其訊號連接面（21、31)係分別朝向相同方向， 以搭接一對應連接器（50)位於同一面之訊號搭接端子；或如第 十四、十五、十六圖所示，各該第一、二端子（2〇、3〇)之第一 %(20a、30a)，係分別伸置於s亥塑膠本體（1〇〇)之前段（i〇〇a) 中，且其訊號連接面（21、31)係呈相對方向，以包失地搭接於 M358445 一對應連接器（50a)之相對兩側。 如第四圖所示’本新型揭示具隔離接地片及輸出端子排列 結構之連接H ’其中於該娜本體(薦）巾係紅有接地端子 (G)或用以銜接電源之端子，由於該接地端子(G)或用以銜接電 源之端子’並非本新型之中請標地，也非必須，本新型並不自 限該接地端子⑹或肋健電源之端子的數量及嵌置於該塑 勝本體（100)中之位置。The purpose of the present invention is to provide a connection H with an isolated grounding strip and an output terminal arrangement structure, Wei Wei:-turning body; recording the first terminal, which are arranged in a straight line and placed in the plastic body, and make the first The first end of the terminal is extended to the rotating body to find a segment of the towel, and the corresponding connection is corrected to be smaller than the signal of the first frequency speed, and the second end of each of the first terminals protrudes from the rear end of the plastic body a plurality of second terminals are arranged in a straight line in the plastic body and the first ends of the second terminals are extended in the front portion of the plastic body to connect the corresponding connectors to be larger than Two kinds of frequency speed signals 'where the second fresh speed is cut to the first frequency frequency, and the second end of each of the second terminals protrudes from the rear end of the plastic body; and the isolated ground piece 'embedded_turned The money, and between the second - terminal of the series - Xuan touch row, so that the isolated grounding piece can be connected with the grounding circuit; if the connection is provided less than the first-class fresh speed, the connection is greater than The second frequency M358445 γ speed each ^ One terminal can be arranged in parallel with each other and transmitted away from each other = the same frequency, so that the first and second terminals do not interfere with each other, and the noise between each of the two terminals can be grounded to the isolated ground plane Eliminate to maintain the quality of signal transmission. The second ends of the first and second terminals are respectively connected to a circuit board; for example: 1. The second end of each of the first terminals that can transmit less than the first frequency speed is respectively a second end of each of the second terminals that is connected to the first board surface of the circuit board and corresponding to the circuit board and transmits the second terminals of the second frequency speed, respectively The second board of the circuit board and the solder joint corresponding to the board. '=The second end of each of the first terminals for transmitting less than the first frequency frequency is respectively placed in the circuit board, and the solder joint corresponding to the sharp plate is transmitted, and the transmission is greater than the second The second frequency of the second terminal of the frequency speed is also placed on the circuit board towel and connected to the circuit board. 3. The same can be used to transmit less than the first frequency speed. The second end of the terminal is respectively connected to the first board surface of a circuit board, and the solder joint corresponding to the circuit board transmits the second of each of the second sub-frequency speeds The ends are respectively placed in the circuit board and are connected to the solder joints of the circuit board. 1 may be used to transmit a second M358445 2 system of each of the first terminals having a frequency lower than the first frequency; the 7th financial position is placed on the circuit, and the solder joints with the circuit board are connected, and the value is && _ ~ . The second line 77 of each of the second terminals of the mountain/transmission wheel is connected to the circuit board, and the contact point corresponding to the circuit board is connected. The above-mentioned various means, the circuit board with the second end only connected to the second end refers to the circuit board to which the t end is applied; or the circuit board for connecting the wires to form the connection of the plug end g 'this (4) is not self-limiting The form of the connector. ^ The connector with the isolated grounding strip and the output terminal and structure disclosed in the present invention is connected to each of the first terminals that are smaller than the first frequency speed, and to the second terminals that are greater than the second frequency catch. The multi-row rows parallel to each other! U-shaped signals with different frequency velocities can be separated from each other and do not interfere with each other during transmission to maintain the quality of the signal transmission wheel, and the novelty and practicability of the novel. The desirable entities of the present invention can be clarified by the following description and the accompanying drawings. • [Embodiment] In May, as shown in the first to the sixteenth, the present invention relates to a connector having an isolated grounding piece and an output terminal arrangement structure, including: a home body (100) 'recording the first terminal (20), embedded in the plastic body (100) in a straight line and making the first end (10) of each of the first terminals (2) phantom, extending in front of the plastic body ((10)) a towel, Qing Wei Yinglai H (10) or 50a) emits a signal less than the first frequency speed, and the first end (2Gb) of each of the first terminals (10) protrudes from the rear end (10) b of the plastic body (10) The majority of the 6 M358445 second terminals (30) are linearly arranged in the plastic body (1〇〇), and the first ends (3〇a) of the first terminals (30) are extended. In the front section (100a) of the plastic body (1〇〇), a signal greater than the second frequency speed is transmitted by connecting the corresponding connector (5〇 or 5〇a), wherein the second frequency speed is greater than the first a frequency speed, and the second end (3〇b) of each of the second terminals (3〇) protrudes from a rear end (10〇〇b) of the plastic body (100); a grounding piece (6〇) embedded in the plastic body (100) and interposed between the first terminal (2〇) of the row and the second terminal (3〇) of the row, and the isolation grounding piece ( 60) can be connected to the grounding circuit (not shown). If the connection is less than the first frequency speed (such as less than the persuasion) of the first terminal (2〇), and the connection is greater than the second Each of the second terminals (3〇) of the frequency speed (for example, greater than 1 Gbps) is arranged in a plurality of rows parallel to each other, so that the first terminals (2〇) of the row and the second terminals (30) of the row are mutually connected The signals of different frequency ranges are transmitted away from the ground without mutual interference, and the noise between the first and second terminals (20, 3〇) can be grounded to the grounding strip (60) to maintain the quality of the signal transmission. The above-mentioned isolated grounding piece (6〇) protrudes from the overlapping leg (61) to abut against the metal casing (igi) surrounding the plastic body ((10)), by the metal casing (101) When the grounding circuit is connected to the circuit board, or is plugged into the corresponding connection, the metal casing (101) is overlapped on the grounding circuit of the corresponding connector to eliminate the noise grounding. As shown in the seventeenth to thirty-firstth drawings, the isolated grounding strip (60a) of the present invention can be embedded in the plastic body 〇〇〇), and each of the M358445 arranged in a straight line - Between the terminal (20) and each of the second terminals (10) arranged in a straight line, the isolation is connected. The ground piece (_ extends with the overlapping leg (6) a), and the lap joint leg (61a) is overlapped with each stomach first terminal (10) The second end (10) is connected to a ground circuit (not shown) of the circuit board (4G) connected to the second end ' of each of the second terminals (10)) and to the circuit board (10). This new bribe reveals a connector with an isolated grounding strip and an output terminal, wherein the second ends (20b, 30b) of the first and second terminals (2, 30) are connected in the following manners. To the circuit board (40); for example: 1. As shown in the first, second, third, and fourth figures, the second terminal for transmitting the first terminal (2〇) smaller than the first frequency catch The ends (10)b) are respectively attached to the first-plate surface (4) of the circuit board (10), and are soldered to the corresponding contacts of the circuit board (10) to transmit the second terminals (10) greater than the second frequency speed. The second end (3〇b) is respectively connected to the second board surface (42) of the circuit board (40), and the solder joint corresponding to the circuit board (4〇). • 2· As shown in the fifth, sixth, and seventh diagrams, the second end (application) of each of the first terminals (10) that transmits the first frequency frequency is used to be placed on the electric board. (40) a contact soldering corresponding to the circuit board (10), and transmitting a second end (10) b) of each of the second terminals (3〇) greater than the first frequency frequency, respectively, is also placed in the circuit In the board (4〇), and the solder joint corresponding to the board (10). As shown in FIG. 10, the second end (_, which is respectively connected to a circuit M3 5 8445 board (10)) for transmitting the second terminal (20) smaller than the first frequency speed, may be used. The second end (30b) of each of the second terminals (30) transmitting the second frequency speed corresponding to the second frequency speed on the surface (6) and corresponding to the circuit board (10) is respectively placed In the t-board (10), and the corresponding board welder of the circuit board (10). 4. As shown in the tenth, eleventh, and twelfth figures, the number can be used to be smaller than the transmission frequency of the first type. - a second end (10) b) of the terminal (10) is respectively placed in a circuit board (10) and soldered to a corresponding contact of the circuit board (10), and transmits and receives each of the second terminals greater than the second frequency speed The second end (30b) of (30) is a contact welder that is not attached to the circuit board (4〇) and corresponds to the circuit board (4〇). The circuit board (4〇) to which the second ends (2〇b, 3〇b) of the first and second terminals (20, 30) are connected is a circuit board (4〇) applied to the socket end; Or the circuit board (40) for connecting the wires to form a plug connector, the present invention is not limited. Luben's new connector with an isolated grounding strip and an output terminal arrangement structure, as shown in the third, seventh, tenth, and thirteenth drawings, wherein the first ends of the first and second terminals (2, 30) (2〇a, 30a), respectively, are placed in the front section (100a) of the plastic body (1〇〇), and the signal connection faces (21, 31) are respectively oriented in the same direction to overlap a corresponding connection The device (50) is located at the signal overlap terminal of the same side; or as shown in the fourteenth, fifteenth, and sixteenth figures, the first % (20a, 30a) of the first and second terminals (2〇, 3〇) ), respectively, is placed in the front section (i〇〇a) of the shai plastic body (1〇〇), and its signal connection surface (21, 31) is in the opposite direction, with the ground strap overlapping with M358445. The opposite sides of the connector (50a). As shown in the fourth figure, the present invention discloses a connection H' having an isolated grounding piece and an output terminal arrangement structure, wherein the body of the body (recommended) has a grounding terminal (G) or a terminal for connecting a power source, The grounding terminal (G) or the terminal for connecting the power supply is not the standard in the new type, nor is it necessary. The new type does not limit the number of terminals of the grounding terminal (6) or the ribbed power supply and is embedded in the plastic. Win the position in the ontology (100).
依本新型_示具_接地狀輸出端子湖結構之連 接器’由於將連接小於第—種頻率速度之各該第一端子⑽， 與連接大於第二_率速度之各該第二端子⑽，呈平行之多 骄拼乃狀恶’而自然的區 分钱罘一一哪丁间，愤1 隔離接地片（60) (60a)，除使連接高速頻率訊號與低速頻率 訊號的第-、二軒⑽，)可峨此遠離、互不干擾之外， 於該第—、二端子間之雜訊可為離接地片接地齡，以維 持訊號傳輪的品質’ _本新型之新酿及實用性。 本新型所揭較微、結構，可料違本触 嘴下予以修飾應用，本_並野自限。 乾 【圖式簡單說明】 第H本新型第—實施例之立體分解圖。 第二圖：係本新型第—實施例之立體圖。 第三圖:係第二圖3-3方向所示之局部剖面圖。 第四圖.鱗二圖4_4方向所示之局部剖面圖。 M358445 第五圖 第六圖 第七圖 第八圖 第九圖 第十圖 第十一圖 第十二圖 第十三圖 第十四圖 第十五圖 第十六圖 第十七圖 係本新型第二實施例之立體分解圖。 係本新型第二實施例之立體圖。· 係第六圖Η方向所示之局， 係本新型第三實施例之立體分解圖° ° 係本新型第三實施例之立體圖。。 係第九圖之ΗΗΟ方向所示q部 丨.係本新型第四實施例之立體分圖 係本新型第四實施例之立體圖。θ 係十二圖阳3方向所示之局部 係本新型第五實施例之立體分解圖 係本新型第五實施例之立體圖。 係第十五圖16-16方向所矛 係、本新型第六實施例之立體分解^剖面廣 第十八圖：係本新型第六實施例之立體圖。· 圖19~19方向所示，圖。 第一十圖.係本新型第七實施例之立體分解圖。 第二十-圖：係本新型第七實施例之立體圖。。 第二十m+n22方 第二十三圖：縣_第八實施例之立體物:面圖 第-十四圖：係本新型第人實施例之立體圖。 五圖··係第二十四圖25义方向所示 第二十爛：縣新鄕九實施•立私軸面圖。 M358445 第二十七® :係本_第九實關之立體圖。 第二十八® :鋪二十悄2δ—28 第固./丄 汀不之剖面圖 第-十九圖.係本新郷十實施例之立體分解圖。 第二十圖··係本新型第十實施例之立體圖。 第^十-圖：係第三十圖3卜31方向所示之剖面圖。 第三十二圖··係習知連接器之端子排列狀態示意圖。 【主要元件符號說明】According to the present invention, the connector _ grounded output terminal lake structure connector 'sends the first terminal (10) which is less than the first frequency speed, and the second terminal (10) which is connected to the second _ rate speed, In parallel, the arrogance is like a sinfulness, and the natural distinction between the money and the money, the anger, the isolation of the grounding piece (60) (60a), in addition to the connection between the high-speed frequency signal and the low-speed frequency signal -, two Xuan (10),) It can be kept away from each other, and the noise between the first and second terminals can be grounded from the grounding piece to maintain the quality of the signal transmission wheel. _ This new type of brewing and practicality . The new type of micro-structure and structure can be modified and applied in violation of the mouth of the mouth. [Simplified illustration of the drawings] An exploded perspective view of the second embodiment of the present invention. Second drawing: a perspective view of the first embodiment of the present invention. Third figure: is a partial cross-sectional view shown in the direction of the third figure 3-3. Fig. 4 is a partial cross-sectional view taken in the direction of Fig. 4_4. M358445 fifth figure sixth figure seventh figure eighth figure ninth figure tenth figure eleventh figure twelfth figure thirteenth figure fourteenth figure fifteenth figure sixteenth figure seventeenth figure is this new type An exploded perspective view of the second embodiment. A perspective view of a second embodiment of the present invention. The third embodiment of the present invention is a three-dimensional exploded view of the third embodiment of the present invention. . The figure is shown in the ninth direction of the ninth direction. The three-dimensional diagram of the fourth embodiment of the present invention is a perspective view of the fourth embodiment of the present invention. θ is a perspective view of the fifth embodiment of the present invention. A perspective view of the fifth embodiment of the present invention is a perspective view of the fifth embodiment of the present invention. Fig. 16 is a perspective view of the sixth embodiment of the present invention, and a perspective view of the sixth embodiment of the present invention. Fig. 18 is a perspective view of a sixth embodiment of the present invention. · Figure 19~19 shows the direction. The tenth figure is a perspective exploded view of the seventh embodiment of the present invention. Fig. 20 is a perspective view showing a seventh embodiment of the present invention. . Twentyth m+n22 side Twenty-third figure: Three-dimensional object of the eighth embodiment: face view Fig. 14 is a perspective view of the first embodiment of the present invention. The five maps are in the direction of the righteousness of the twenty-fourth figure. The twentyth rotten: the county Xinyijiu implementation • the private axis. M358445 Twenty-seventh®: This is a perspective view of the ninth real off. Twenty-eighth®: 铺二十静 2δ—28 固固./丄 汀不之图图 -19图. This is a three-dimensional exploded view of the tenth embodiment. Fig. 20 is a perspective view of a tenth embodiment of the present invention. The twentieth-figure: is a cross-sectional view shown in the direction of the 31st and 3rd. The thirty-second figure is a schematic diagram of the terminal arrangement state of the conventional connector. [Main component symbol description]
(100)塑膠本體 d〇i)金屬殼體 (20b)第二端 (30a)第一端 (40)電路板 (100a)前段 (20) 第一端子 (21) 訊號連接面 (30b)第二端 (41)第一板面 (100b)後端 (20a)第一端 (30) 第二端子 (31) 訊號連接面 (42)第二板面 (50)(50a)連接器（6〇)(60a)隔離接地片 (61)(61a)搭接腳（G)接地端子(100) plastic body d〇i) metal housing (20b) second end (30a) first end (40) circuit board (100a) front section (20) first terminal (21) signal connection surface (30b) second End (41) First plate surface (100b) Rear end (20a) First end (30) Second terminal (31) Signal connection surface (42) Second board surface (50) (50a) Connector (6〇) (60a) Isolated grounding lug (61) (61a) lapped foot (G) grounding terminal
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