1288509 ^ Λ Λ 九、發明說明： - 【發明所屬之技術領域】 本發明係關於一種連接器，更具體而言係關於通過降低在信號 引腳之間產生之電場量使差動阻抗提高，能發送優質之信號的連 接器。 【先前技術】 一般地，所謂連接器係指將電路以及設備彼此之間進行電連接 籲以及脫離之連接物。連接器一般由絕緣體、接點以及配件組成， 並將配線簡單化。此外，通過有效利用設備内之空間，使電子設 備之高密度安裝成為可能。 例如，如筆記型電腦等具有FPD(Flat panel以印丨驭：平面 直角顯示器）監視器之電子設備，其本體之相應印刷電路板（pcB) 和監視器之關信號交換經由多根線進行，所以—般使用如圖i 所就触連翻1和與此職之_連接$ (未圖示）對相應 •信號進行傳送。 參照圖1，通常之插座連接器1，沿著其長度方向，以-定間 隔配置信號傳侧丨腳2，其機細可與插頭連接綠接之構造形 成。在此’信號傳送用引腳2之—端連接於本體之pcB，另一端插 入連接有自FPD现視②—側延長之帶狀線的插頭連接器。由於這 種插座賴闕顧行錄顧魏之鶴元件，狀不損失和 歪曲地對信親行傳送至關重要。為了滿足此情況，重要的是使 6 4 4 二 1288509 Μ •相應電路和阻抗相匹配（matching)並減少通過靜電遮罩之信號 .損失。此外，重要的是對電磁波之干擾（electromagnetic interference : EMI 電磁干擾）和耐受性（electr〇magnetic susceptibility · EMS電磁耐受性）進行良好地設計。 例如’在筆記型電腦之情況下，大約〇. 3V左右之低電压差動 信號（low Voltage Differential Signal:LVDS)自主板内部電路 通過插座連接器和插頭連接器，被傳送到卿監視器，而該低電 #壓差動信號係每間隔180。之位相差信號即被反覆反轉之差動信 號。為了阻抗匹配，重要的是使傳送插座連接器和插頭連接器之 信號的引腳之構造匹配。與此同時，自外部抑制電磁干擾，阻擔向 外部之放射，极鱗件，並齡錢、_之靜電容量亦是 重要的。1288509 ^ Λ 九 IX. DESCRIPTION OF THE INVENTION: - Technical Field of the Invention The present invention relates to a connector, and more particularly to improving differential impedance by reducing the amount of electric field generated between signal pins. A connector that sends a good signal. [Prior Art] Generally, a connector refers to a connector that electrically and detaches a circuit and a device from each other. Connectors are generally composed of insulators, contacts, and accessories, and simplify wiring. In addition, high-density mounting of electronic equipment is made possible by the efficient use of space within the equipment. For example, in an electronic device such as a notebook computer having a FPD (Flat Panel: Flat Right Angle Display) monitor, the signal exchange of the corresponding printed circuit board (PCB) and the monitor of the body is performed via a plurality of wires. Therefore, the corresponding signal is transmitted by using the connection 1 and the connection _ (not shown). Referring to Fig. 1, a conventional socket connector 1 is formed along the longitudinal direction thereof with a signal transmission side foot 2 disposed at a predetermined interval, and the machine can be formed in a green connection with a plug. Here, the end of the signal transmission pin 2 is connected to the pcB of the main body, and the other end is inserted into a plug connector to which a strip line extending from the side of the FPD is extended. Because this kind of socket relies on the record of Wei Zhihe's components, it is crucial for the transmission of the letter to the pros and cons. In order to meet this situation, it is important to make 6 4 4 2 1288509 Μ • Match the corresponding circuit and impedance and reduce the signal loss through the electrostatic mask. In addition, it is important to design electromagnetic interference (electromagnetic interference) and tolerance (electr〇 magnetic susceptibility EMS electromagnetic tolerance). For example, in the case of a notebook computer, the internal circuit of the low voltage differential signal (LVDS) of about 3 V is transmitted to the monitor through the socket connector and the plug connector. The low-voltage # differential signal is 180 per interval. The phase difference signal is the differential signal that is reversed in reverse. For impedance matching, it is important to match the configuration of the pins of the signals that carry the receptacle connector and the plug connector. At the same time, it is important to suppress electromagnetic interference from the outside, and to block external radiation, extremely scale parts, and age, and the electrostatic capacity.
圖2為部分性地表*基於現有技術之插座連接器的讀圖。參 照圖2，為了防止信號傳送㈣腳組12彼此短路或彎曲，插座連 接器在信號傳送用引腳12a間插入絕緣塊u。此外，具有殼體14， 其以自外部包裹插座連接器之整體的方式構成。 不能防止在信號傳送用引腳12a彼此之間流出/流入之 【發明内容】 但是，在基於現有技術之插座連接器中，絕緣塊^紐揮到 維持信號傳送用引聊12a之結合狀態並轉形狀之作用。此外， 殼體14,主要伽止來自插座連接器之外部的電财流人。因此， 電磁波。 7 1288509 ； •本細_決上述問題而被發财，其目的在於提供一種連 接盗’其補鮮自連接科部向連接糾部之電磁波干擾，還 可以遽罩相高鮮傳送大容量信__可能成為醜之由連 接盗内部之信號傳送㈣腳產生並在⑽彼此之間流出/流入之 電磁波。 為了達到上述目的之本發明的發明人，為了遮罩出 送用引腳細之電磁波，揭示了具有介於⑽之間之遮罩= 的連接器。即，基於本發明之連接器，其特徵在於：在使電路或 電子設備彼此間與引腳彼此間電連接之連接器中包括，沿著長度 T向以-定間隔形成有引腳安全插口之絕緣塊和對應於上述引腳 安全插口插入之信號傳送用引腳組；和介於信號傳送用引腳之間 並使引腳之間的電場量減少之電磁波遮罩機構。 根據本發明，上述遮罩機構具有多個遮罩突起，在上述絕緣塊 上形成分別介於上述信號傳送用引腳間之遮罩突起安全插口，分 別對應上述鮮突起安全插口而插人上述遮罩突起為理想者。 更理想的是，可進-步包含外部殼體，其被結合於上述絕緣 塊、域傳送用引腳組以及多個遮罩突起之結合體的外部來遮罩 外部電磁波。 ' 本發明之另-實關係為，上述鮮機構具衫麵罩突起， 从及與上舒個遮罩姨結合為—體並·其上部之方式而構成 之外部殼體，在上述絕緣塊上形成分別介於上述信號傳送用引腳 1288509 ^ 之遮罩突起安全插口 插入上述遮罩突起。 可以分別對應於上述遮罩突起安全插口而 理想的是，上述遮罩突起之最大寬度小於等於上細虎傳送用 引聊間之距離’取小寬度可設為大於等於上述外部殼體之厚度。 上述連接為可進-步選擇性地包含接地板，在上述絕緣塊形成 接地板安全插口，並在和上述信號傳送用引腳組電絕緣之狀態下 插入上述接地板。 φ 【實施方式】 以下’參照附圖詳細說明本發明之理想實_。在此之前，在 本說明書以及申請範圍中使用之術語以及單詞不可僅限於通常的 或子典上之意義加以解釋，發明人應該基於為了用最好之方法說 明自己之發明而可以適當地定義術語之概念的原則，解釋成與本 發明之技術性思想相符合之含義以及概念。因此，在本說明書中 記載之實施例和附圖上所示之構成僅係本發明之最理想的一實施 Φ 例並非代表本發明之全部技術性思想者，因此，應該理解在本 申請時可能存在可代替該等之各種等價物和變更例之情況。 以下，當說明本發明之理想實施例時，以連接器之一例的插座 連接器作為代表性例進行說明。 圖3為部分性表示基於本發明之理想實施例之插座連接器的 構成之分解立體圖，圖4為表示圖3之插座連接器被裝配後之樣 子的立體圖。 9 1288509 * * • 參照圖3以及圖4，基於本實施例之插座連接器包含··以一定 ·-間隔設置了引腳安全插口 112之絕緣塊110,插入引腳安全插口 112之信號傳送用引腳組120，以及阻擋信號傳送用引腳12〇a彼 此間之電磁波的遮罩機構130。 構成連接器機身之絕緣塊110為維持構成信號傳送用引腳組 120之各個信號傳送用引腳i20a的形態，並防止短路之絕緣體 (insulator)，其具有沿著其長度方向以一定間隔形成之引腳安 • 全插口 112。在引腳安全插口 112之間設置有向下方延長一定長度 並介於信號傳送用引腳120a之間的引腳間支撐台ln。而且，絕 緣塊110也可具有和引腳安全插口 112平行往復排列之接地板安 全插口 115。 另一方面，在_塊110上，沿著Μ度方向以一定間隔設置 有遮罩突起安全插u 113。理想的是，設置料突起安全插口 113， 令其在引腳間支撐台1Η上形成溝槽之形態並介於信號傳送用引 • 腳120a間。 夕延種絕緣塊110之長度根據引腳安全插〇 112之數量，可能有 夕種夂形。例如，當本發明被用於筆記型電腦之監視器用插 座連接器之情況下，絕緣塊11〇可以用與如圖】所示之插座連接 裔1相應之構造構成。 信號傳送用引腳組120分別對應於絕緣塊m之引腳安全插口 112插入。在此，構成信號傳送用引腳組之各個信號傳送用引 1288509 腳120a被結合之-端，例如被電連接於相應⑽。另一端和插入 引腳安全細112 合於職塊⑽之插猶鮮（未圖示） 的相應端子一對一連接。 根據本實關’解機構⑽具扑_練⑶，以及將 多個遮罩突起131彼此連接之連接構件132。麟姨i3i以及連 接構件132在最終組妓成時接地_想者。此外，理想的是，2 is a partial view of a readout of a socket connector based on the prior art. Referring to Fig. 2, in order to prevent the signal transmission (four) leg groups 12 from being short-circuited or bent, the socket connector inserts an insulating block u between the signal transmission pins 12a. In addition, there is a housing 14 that is constructed to wrap the entirety of the receptacle connector from the outside. It is not possible to prevent the signal transmission pin 12a from flowing out/flowing between each other. [Invention] However, in the socket connector based on the prior art, the insulating block is transferred to the state in which the signal transmission guide 12a is combined and turned. The role of shape. In addition, the housing 14 mainly converges the electricity flow person from the outside of the socket connector. Therefore, electromagnetic waves. 7 1288509 ; • This is a _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ may become ugly by the signal transmission inside the connection thief (four) feet generate and (10) electromagnetic waves flowing out / flowing between each other. In order to achieve the above-described object, the inventors of the present invention have disclosed a connector having a mask of between (10) in order to mask a fine electromagnetic wave of the feed pin. That is, a connector according to the present invention is characterized in that, in a connector for electrically connecting a circuit or an electronic device to each other and a pin, a pin-safe socket is formed at a constant interval along a length T. An insulating block and a signal transmitting pin group corresponding to the above-described pin safety jack insertion; and an electromagnetic wave masking mechanism interposed between the signal transmitting pins and reducing the amount of electric field between the pins. According to the invention, the mask mechanism has a plurality of mask protrusions, and the mask protrusion safety sockets respectively interposed between the signal transmission pins are formed on the insulating block, and the cover is inserted corresponding to the fresh protrusion safety sockets. The cover protrusion is ideal. More desirably, the external casing may be further included, which is bonded to the outside of the combination of the insulating block, the domain transfer pin group, and the plurality of mask protrusions to shield external electromagnetic waves. The other-actual relationship of the present invention is that the above-mentioned fresh mechanism has a mask mask protrusion, and an outer casing formed by combining the upper cover and the upper cover with the upper body and the upper portion thereof is formed on the insulating block. The mask protrusion safety sockets respectively formed between the signal transmission pins 1288509^ are inserted into the mask protrusions. It is preferable that the mask protrusion safety sockets respectively correspond to the above-mentioned mask protrusions having a maximum width smaller than or equal to the distance between the upper and lower tiger transport guides. The small width can be set to be equal to or greater than the thickness of the outer casing. The above connection may further include a ground plate selectively formed, a grounding plate safety socket is formed in the insulating block, and the grounding plate is inserted in a state of being electrically insulated from the signal transmitting pin group. φ [Embodiment] Hereinafter, the ideal embodiment of the present invention will be described in detail with reference to the accompanying drawings. Prior to this, the terms and words used in this specification and the scope of the application are not to be construed as being limited to the meaning of the ordinary or sub-code. The inventor should be able to define the term appropriately based on the purpose of explaining the invention in the best way. The principles of the concept are interpreted as meanings and concepts consistent with the technical idea of the present invention. Therefore, the embodiments shown in the present specification and the configurations shown in the drawings are merely the most preferred embodiments of the present invention, and are not intended to represent all of the technical inventors of the present invention. Therefore, it should be understood that There are cases in which various equivalents and modifications may be substituted. Hereinafter, in describing a preferred embodiment of the present invention, a socket connector as an example of a connector will be described as a representative example. Fig. 3 is an exploded perspective view partially showing the configuration of a socket connector according to a preferred embodiment of the present invention, and Fig. 4 is a perspective view showing a state in which the socket connector of Fig. 3 is assembled. 9 1288509 * * • Referring to FIG. 3 and FIG. 4, the socket connector according to the present embodiment includes the insulating block 110 in which the pin safety socket 112 is provided at a constant interval, and the signal transmission of the pin safety socket 112 is inserted. The pin group 120 and the mask mechanism 130 that blocks electromagnetic waves between the signal transmission pins 12A and a. The insulating block 110 constituting the connector body is an insulator that maintains the respective signal transmission pins i20a constituting the signal transmission pin group 120, and prevents short circuits, which are formed at regular intervals along the longitudinal direction thereof. Pins • Full socket 112. An inter-pin support ln extending a certain length downward and interposed between the signal transmission pins 120a is provided between the pin safety jacks 112. Moreover, the insulating block 110 can also have a ground plate safety socket 115 that is arranged in parallel with the pin safety socket 112. On the other hand, on the _block 110, a mask protrusion safety insertion u 113 is provided at regular intervals along the twist direction. It is desirable to provide the material protrusion safety socket 113 so as to form a groove on the inter-pin support table 1 并 and interposed between the signal transmission pin 120a. The length of the illuminating insulating block 110 may vary depending on the number of pin-safe plugs 112. For example, when the present invention is applied to a monitor connector for a notebook computer, the insulating block 11 can be constructed by a configuration corresponding to the socket 1 shown in Fig. 1. The signal transmission pin group 120 is inserted corresponding to the pin safety socket 112 of the insulating block m, respectively. Here, the respective signal transmission pins 1288, 509, 120a, which constitute the signal transmission pin group, are coupled to each other, for example, electrically connected to the corresponding (10). The other end is connected to the corresponding terminal of the insertion pin safety module 112 (10). According to the present embodiment, the solution mechanism (10) has a connection member 132, and a connection member 132 that connects the plurality of mask protrusions 131 to each other. The Linyi i3i and the connecting member 132 are grounded at the time of final assembly. In addition, ideally,
遮罩大起131以及連接構件132由電磁波遮罩魏優越的如銀或 銅之導電性材料構成。 遮罩突起131設為和設置於絕緣塊11〇上並介於信號傳送用引 腳驗之間的遮罩突起安全插〇 113相應之形狀，且被插入遮罩 大I安王插口 113。因此，遮罩突起131可逐一夾入信號傳送用引 腳120a之間。 遮罩突起131 mb信號傳送用引腳12〇a之個數少一個之數量 構成’遮罩突起131之最大寬度設為小於等於信號傳送用引腳 _ 12Ga之間的距離為理想者。此外’為了能正確發揮遮罩突起⑶ 之遮罩功能，其最小寬度最好設為大於等於後述之外部殼體133 之厚度為理想者。 更為理想的是，遮罩突起131設計成比絕緣塊11〇之引腳間支 撐台Π1之長度短，遮罩突起131之高度比引腳間支撐台m之 呵度低，以不防礙絕緣塊110之原本的絕緣作用。此外，理想的 疋，在已與遮罩突起安全插口 113結合時，使其與遮罩突起安全 1288509 ； Λ •插口 113之空間嵌合，防止變鬆。 •藉此，遮罩突起131不僅對於插座連接器提供足夠之彈性支撐 力，而且也實現接地功能，發揮到遮罩信號傳送用引腳12〇a間之 電磁波的作用。 此外，遮罩機構13〇進一步包括以覆蓋絕緣塊11()、信號傳送 用引腳組120以及多個遮罩突起131之結合體的外部之方式所構 成之外部殼體（shell) 133為理想者。外部殼體133由電磁波遮 • 罩材料構成。更為理想的是，外部殼體133更可對應於成對構成 之多個遮罩突起131以一對外部殼體133、133,來構成。藉此，截 辦外部之電磁波向插座連接器内部之流入。 基於本實施例之連接器可包含插入到絕緣塊110中之接地板 150。接地板150為插入到絕緣塊no之接地板安全插口 H5之導 體片，其於彈性地支撐與絕緣塊11〇結合之插頭連接器之同時， 而執行接地功能。此種接地板150，對應於接地板安全插口 jig • 之數量具有多個，並具有通過連接桿151彼此連接之構造。在此， 接地板150以及接地板安全插口 115之寬度和個數，可以考慮用 於順利之#號傳送的接地板150以及信號傳送用引腳i2〇a之間的 靜電容量而加以多種變形。 圖5為部分表示在基於本發明之其他實施例的插座連接器中 所採用之遮罩機構230的立體圖。 參照圖5 ’遮罩機構230將多個遮罩突起231以及附著於遮罩 12 1288509 4 * • ^起231之外部殼體233結合為—體相# .地形成遮軍機構230。 ㈣了用相同材枓間便 隙的231 °又為與以分別介於信號傳送用引腳施間之間 料突起安全插σ 113相應的形狀。因此，通過 面，诚Υ大起女全插口 113插入來與絕緣塊110結合。另一方 ’遮罩突起231之最小寬产号灸 _ 為理想者。 、又°為大於寻於外部殼體233之厚度The mask large opening 131 and the connecting member 132 are composed of a conductive material such as silver or copper which is excellent in electromagnetic wave shielding. The mask protrusion 131 is formed in a corresponding shape to the mask protrusion safety insert 113 provided on the insulating block 11A and interposed between the signal transmitting pins, and is inserted into the mask I. Therefore, the mask protrusions 131 can be sandwiched between the signal transmitting pins 120a one by one. The number of the mask projections 131 mb signal transmission pins 12a is one less. The configuration "The maximum width of the mask projections 131 is set to be equal to or smaller than the distance between the signal transmission pins _ 12Ga. Further, in order to properly function as a mask for the mask protrusions (3), it is preferable that the minimum width is set to be equal to or larger than the thickness of the outer casing 133 which will be described later. More desirably, the mask protrusion 131 is designed to be shorter than the length of the support post 1 between the pins of the insulating block 11 , and the height of the mask protrusion 131 is lower than the height of the support table m between the pins, so as not to hinder The original insulation of the insulating block 110. In addition, the ideal cymbal, when combined with the mask protrusion safety socket 113, is secured to the hood protrusion 1288509; Λ • The space of the socket 113 is fitted to prevent loosening. By this, the mask protrusion 131 not only provides a sufficient elastic supporting force to the socket connector, but also realizes a grounding function and functions as an electromagnetic wave between the mask signal transmitting pins 12a. Further, the mask mechanism 13 further includes an outer casing 133 which is formed to cover the outside of the combination of the insulating block 11 (), the signal transmitting pin group 120, and the plurality of mask protrusions 131. By. The outer casing 133 is composed of an electromagnetic wave shielding material. More preferably, the outer casing 133 is configured to correspond to the plurality of mask projections 131 formed in pairs by a pair of outer casings 133, 133. Thereby, the inflow of external electromagnetic waves into the interior of the socket connector is intercepted. The connector based on the present embodiment may include a ground plate 150 inserted into the insulating block 110. The ground plate 150 is a conductor piece of the ground plate safety socket H5 inserted into the insulating block no, and performs a grounding function while elastically supporting the plug connector combined with the insulating block 11〇. Such a grounding plate 150 has a plurality of numbers corresponding to the grounding plate safety jacks jig, and has a configuration in which they are connected to each other by a connecting rod 151. Here, the width and the number of the grounding plate 150 and the grounding plate safety socket 115 can be variously modified in consideration of the electrostatic capacitance between the grounding plate 150 for the smooth ## transmission and the signal transmitting pin i2〇a. Fig. 5 is a perspective view partially showing the mask mechanism 230 employed in the socket connector according to another embodiment of the present invention. Referring to Fig. 5, the mask mechanism 230 combines a plurality of mask protrusions 231 and an outer casing 233 attached to the mask 12 1288509 4 * 241 to form a body blocking mechanism 230. (4) The shape of the 231 ° which is the gap between the same material is the shape corresponding to the safety projection σ 113 between the signal transmission pins. Therefore, through the face, the full female socket 113 is inserted to be combined with the insulating block 110. The other side of the mask protrusion 231 is the smallest wide moxibustion _ ideal. And ° is greater than the thickness of the outer casing 233
此外，多個遮罩突起231 地為理想者。 刀別通過連接構件232彼此連接並接 外部殼體233和多個遮罩突起231結合為一體。此外，盆以自 外部覆蓋絕緣塊11G以及信號傳_腳組之結合體的方式 構成，防止電磁波從外部流入連接器内部。 具有上述構成之連接器，將提供滿足在向信號傳送用引腳馳 ，送低電壓絲信斜’歧前她有所提高之差触抗特性之 ^虎。圖6為表示使用基於現有技術之連接器傳送奇數模式⑽ _e)信號時，⑽間的電場之圖式；圖7為表示基於本發 明之理想實施例的連接器傳送奇數模式信號時，引腳間的電場之 圖式。 參照圖6 ’在奇數模式信號魏時，在彼此相鄰之信號傳送用 引腳12a、12b之間形成如箭頭所示之電場。另一方面，參照圖7， 因為遮罩機；^ 13G介於彼此相鄰之信號傳送用引腳施、隱之 4 1288509 . •間’所以由仏號傳送用引腳12如產生之電場通過遮罩機構⑽被 .·吸收、遮罩，向信號傳送用引腳12Qb傳送之電場量進—步減少。 即’比較圖6和圖7，可以碟認在具有遮罩機構13〇之情況下使作 號傳送用引腳間馳、麗之靜電容量減少，電場之大小遠遠小 於f又有遮罩機構130之情況。 以上’作為連接器之代表性例，採用插座連接器進行了具體之 說明，而本發明不限於此，應該理解成可適用於各種連接器之範 •圍。此夕卜，儘管在上述中對於遮罩機構130之具體構成進二了揭 示，而本發明之技術思想在於遮罩信號傳送用引腳12〇a、12此間 之電磁波，所以，在為了達成本發明之目的之範圍内，可由本領 域之技術人員進行多種變形、採用。 如上所述，儘管本發明係基於被限定之實施例和圖式加以說明 的，但本發明不限於此，在本發明所屬之技術領域中，當然可以 由具有通常知識之人員，在本發明之技術思想和專利申請範圍之 φ 同等範圍内進行多種修正以及變更。 如上述之5兒明，本發明之理想實施例的連接器，不僅在連接哭 外部和連接器内部遮罩電磁波，而且能夠遮罩由連接器内部之信 號傳送用引腳120a、120b產生並在彼此間流出/流入之電磁波。 因此，減少信號傳送用引腳12〇a、120b間之電場並使差動阻抗特 性提高，可以對來自連接器之優質之信號進行不歪曲、不損失地 傳送。 14 1288509 ·# / 【圖式簡單說明】 • 本说明書上附加之以下圖式係例示本發明之理想實施例者，係 發揮到進-步理解發日狀詳細朗以及本發明之技術思想之作用 者，所以本發明不可僅祕如賴式中所域之事項進行解釋。 圖1為表示通常之插座連接器的外觀之立體圖。 圖2為邛％性表示基於現有技術之連接器的構成之立體圖。 圖3為部分錄示絲本判之理想實酬輕接s之構成的分 φ 解立體圖。 圖4為部分性表示基於本發明之理想實施例的連接器之結合立體 圖。 圖5為部分性表示在基於本發明之其他實施例之連接器中所採用 之遮罩機構的立體圖。 圖6為表示在基於現有技術之連接器中奇數模式（〇dd m〇de)信 歲傳送時引腳間之電場的圖式。 _圖7為表示在基於本發明之理想實施例的連接器中奇數模式信號 傳送時引腳間之電場的圖式。 【主要元件符號說明】 1 ······插座連接器 2 *·····信號傳送用引腳 11 ·.....絕緣塊 12 .....信號傳送用引腳組 15 1288509 4 / 12a、12b......信號傳送用引腳 -14......殼體 110......絕緣塊 111 ......引腳間支撐台 112 ······引腳安全插口 113 ......遮罩突起安全插口 115......接地板安全插口Further, a plurality of mask protrusions 231 are desirable. The knives are connected to each other by the connecting member 232 and joined together with the outer casing 233 and the plurality of mask projections 231. Further, the basin is configured to cover the combination of the insulating block 11G and the signal transmission leg group from the outside, and prevents electromagnetic waves from flowing into the connector from the outside. The connector having the above configuration provides a tiger which satisfies the difference in the contact resistance characteristics before the signal transmission pin is sent to the low voltage wire. 6 is a diagram showing an electric field between (10) when an odd mode (10)_e) signal is transmitted using a connector according to the prior art; and FIG. 7 is a diagram showing a pin when an odd mode signal is transmitted by a connector according to a preferred embodiment of the present invention. A pattern of electric fields between. Referring to Fig. 6', in the odd mode signal, an electric field as indicated by an arrow is formed between the signal transmitting pins 12a, 12b adjacent to each other. On the other hand, referring to Fig. 7, because the masking machine; ^ 13G is adjacent to each other, the signal transmitting pin is applied, and the hidden signal is 4 1288509. The mask mechanism (10) is absorbed and masked, and the amount of electric field transmitted to the signal transmission pin 12Qb is further reduced. That is, 'compare Fig. 6 and Fig. 7, it can be discriminated that in the case of having the mask mechanism 13〇, the electrostatic capacitance of the pin for transfer is reduced, and the electric field is much smaller than f and has a mask mechanism. The situation of 130. The above description has been specifically made using a receptacle connector as a representative example of the connector, and the present invention is not limited thereto, and it should be understood that it can be applied to various connectors. Further, although the specific configuration of the mask mechanism 130 has been disclosed above, the technical idea of the present invention is to shield the electromagnetic waves between the signal transmitting pins 12a and 12, so that in order to achieve this. Many variations and modifications can be made by those skilled in the art within the scope of the invention. As described above, although the present invention has been described based on the limited embodiments and drawings, the present invention is not limited thereto, and it is of course possible in the technical field to which the present invention pertains, in the present invention. Various modifications and changes are made within the same scope of the technical idea and the scope of the patent application. As described in the above, the connector of the preferred embodiment of the present invention not only shields electromagnetic waves from the inside of the connection and the inside of the connector, but also can be masked by the signal transmitting pins 120a, 120b inside the connector and Electromagnetic waves flowing out/inflowing from each other. Therefore, the electric field between the signal transmission pins 12a and 120b is reduced and the differential impedance characteristic is improved, so that the high quality signal from the connector can be transmitted without distortion or loss. 14 1288509 ·# / [Simplified description of the drawings] The following drawings, which are attached to the present specification, are intended to illustrate the preferred embodiments of the present invention, and to provide a further understanding of the present invention and the technical idea of the present invention. Acting, so the invention can not be explained only by the matters in the domain. Fig. 1 is a perspective view showing the appearance of a conventional socket connector. Fig. 2 is a perspective view showing the configuration of a connector based on the prior art. Fig. 3 is a perspective view of the sub-φ of the ideal remuneration light s of the silk recorded. Fig. 4 is a perspective view partially showing the joint of a connector according to a preferred embodiment of the present invention. Fig. 5 is a perspective view partially showing a mask mechanism employed in a connector according to another embodiment of the present invention. Fig. 6 is a view showing an electric field between pins in an odd-number mode (〇dd〇) transmission based on a prior art connector. Figure 7 is a diagram showing the electric field between the pins when the odd mode signal is transmitted in the connector according to the preferred embodiment of the present invention. [Description of main component symbols] 1 ······Socket connector 2 *····· Signal transmission pin 11 ·.....Insulation block 12 ..... Signal transmission pin group 15 1288509 4 / 12a, 12b ... signal transmission pin - 14 ... housing 110 ... insulation block 111 ... inter-pin support table 112 · ·····Pin safety socket 113 ......mask protrusion safety socket 115...grounding plate safety socket
120......信號傳送用引腳組 120a、120b......信號傳送用引腳 130......遮罩機構 131......遮罩突起 132......連接構件 133、133’......外部殼體 150......接地板 151......連接桿 230 ......遮罩機構 231 ......遮罩突起 232 ......連接構件 233 ......外部殼體 16120 ... signal transmission pin group 120a, 120b ... signal transmission pin 130 ... mask mechanism 131 ... mask protrusion 132.. .... connecting member 133, 133' ... outer casing 150 ... grounding plate 151 ... connecting rod 230 ... mask mechanism 231 .. ....mask protrusion 232 ... connection member 233 ... outer casing 16