200814440 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種連接至電纜之連接器。本發明亦係關 於一種安裝於電路板上之連接器。本發明進一步係關於一 • 種用於連接電路板之連接器系統。 【先前技術】 % 傳統上已知一用於連接至一電鐵之連接器包括：一電絕 緣本體、一支撲於該本體上並連接至一電、纜之一線芯導體 • 之端接元件及一提供於該本體上以與該端接元件絕緣並連 接至該電纜之一屏蔽層的接地結構。此種電纜連接器可適 用於一種（例如）在環繞一線芯導體（信號線）之絕緣體外側 沿該電纜之整個長度具有一編織或箔片外導體（一屏蔽層） 的同軸電纜。同轴電纜廣泛用於各種電氣及電子設備，包 括通訊設備、資訊設備、醫療設備、量測儀器、及諸如此 類，因為同轴電纜不太可能受到外部雜訊影響。在此種情 Φ 況下，同軸電纜之外導體經由電纜連接器之一接地結構電 連接至一没備之地電位（例如，一電路板之一接地區段）。 近年來，已越來越需要小大小電子設備（例如行動電話） . 中之信號線的咼密度連接，而為了滿足此種需要，以扁平 形狀使用複數根具有最小大小線芯導體之高撓性同轴電 纜。已開發出一種具有佈置成極窄間距之端接元件之連接 器系統以將此等扁平同軸電纜之一總成連接至一電路板。 於-此類連接器系統中，因小型電子裝置中關於用於安裝 零件之空間及可工作性的約束，故一直追求小型化以有效 120809.doc 200814440 減少電路板上之安裝面積及安裝高度。例如，第2〇〇5_ 302417號日本末審查專利公開案（K〇kai)揭示一種能夠滿足 高密度信號線連接之需要之用於電纜板連接之小高度連接 器系統。 ‘ 第2005-3024Π號日本末審查專利公開案（K〇kai)中所揭 • 示的連接器系統包括一連接至複數根同轴電纜之插塞式連 接器及一表面安裝至一印刷電路板之插孔式連接器。該插 塞式連接器包括複數個支撐於一外殼本體上之公觸點及一 固疋至該外殼本體上部之金屬殼體。一共用接地棒附接至 該複數根同轴電纜之外導體，該接地棒與該殼體之内表面 接觸。另一方面，該插孔式連接器包括複數個母觸點及一 安裝至該外殼本體並固定至該電路板之金屬殼體。當將連 接至該4同轴電繞之插塞式連接器配合至安裝於該電路板 上之插孔式連接器上B夺，該插塞側上之殼體與該插孔側上 之殼體接觸，藉此將各根同轴電纜之外導體接地至該電路 板。 【發明内容】 在揭示於第2005-302417號日本末審查專利公開案 ^ (Kokai)中之上述連接器系統中，附接至複數根同軸電纜之 • 外導體之接地棒與固定至該插塞式連接器之外殼本體上部 分之該殼體之内表面接觸，從而將各根同軸電緵經由該兩 個連接器接地至電路板。於此種構造中，該插塞式連接器 之殼體以一使其從上面覆蓋該複數根同軸電纜之方式固定 至該外殼本體。所以，必需在該殼體與該外殼本體之間提 120809.doc 200814440 供寬廣的空間以容納該等同轴電纜。因此，在配合該連接 器時，或在配合後將連接器安裝至該電路板之情況下，當 一外力施加至該插塞式連接器之外殼本體時，該力可相對 容易使該殼體撓曲或彎曲。此可形成該殼體與該插塞式連 t 接器中之同軸電繞之間不穩定的位置關係，且因此，可降 低該同軸電纜接地的穩定性及可靠性。 嚴重需要減少電路板上的安裝面積及安裝高度，尤其在 一如上文所述用於將電纜連接至一小尺寸電子裝置中之一 電路板的連接器系統中。然而，當減小一連接器系統之外 部尺寸來滿足此種需要時，一旦電纜連·接器與電路板連接 器彼此配合往往很難將其斷開或分離。例如，當一操作者 需要用手指或一工具來拾取一電纜連接器並將其與一電路 板連接器分離時，也許往往很難找到足夠之空間來插入手 指或工具，或者該等連接器可因艱苦而困難之作業而損 壞。另一方面，人們期望，在一此類連接器系統中，一電 • 纜連接器及一電路板連接器具有互補配合結構以使該兩個 連接器之對應端接元件彼此能夠穩定地保持適當接觸。當 一外部尺寸減小之連接器系統具有此種互補配合結構時， • 往往更難將該電纜連接器與該電路板連接器安全地分離。 _ 本發明之至少一實施例之一目的係提供一種用於連接至 一電纜的連接器，其包括一要連接至該電纜之一屏蔽層之 接地結構，能夠改良該接地結構中該電纜接地結構之穩定 性及可靠性。 本發明之至少一實施例之另一目的係提供一種欲安襞至 120809.doc 200814440 一山電路板的連接器，其能夠使端接元件與該配對連接器之 &接几件穩定地保持適當接觸且其使分離該配對連接 工作能夠安全且容易進行。 ° 目標係提供一種用於將一 統，其能夠改良該電纜接 本發明之至少一實施例之再一 電繞連接至一電路板之連接器系 地結構之穩定性及可靠性。200814440 IX. DESCRIPTION OF THE INVENTION: TECHNICAL FIELD The present invention relates to a connector that is connected to a cable. The invention is also directed to a connector mounted on a circuit board. The invention further relates to a connector system for connecting a circuit board. [Prior Art] % It is conventionally known that a connector for connecting to an electric iron includes: an electrically insulating body, a terminating member striking the body and connected to a core conductor of an electric cable; And a ground structure provided on the body to insulate from the termination component and connect to a shield of the cable. Such a cable connector can be applied to a coaxial cable having a braided or foil outer conductor (a shield) along the entire length of the cable, for example, outside the insulator surrounding the core conductor (signal line). Coaxial cables are widely used in a variety of electrical and electronic equipment, including communications equipment, information equipment, medical equipment, measuring instruments, and the like, as coaxial cables are less likely to be affected by external noise. In this case, the outer conductor of the coaxial cable is electrically connected to a potential ground potential (e.g., a grounding section of a circuit board) via one of the grounding structures of the cable connector. In recent years, there has been an increasing demand for small-sized electronic devices (such as mobile phones) in which the signal lines are connected in a density, and in order to meet such a need, a plurality of cores having a minimum size of a core conductor are used in a flat shape. Coaxial cable. A connector system having termination elements arranged at extremely narrow pitches has been developed to connect one of these flat coaxial cables to a circuit board. In this type of connector system, miniaturization has been pursued to reduce the mounting area and mounting height on the circuit board due to the constraints on the space and workability of the small electronic device for mounting components. For example, Japanese Laid-Open Patent Publication (K〇kai) No. 2, No. Hei. The connector system disclosed in Japanese Laid-Open Patent Publication No. 2005-3024 (K〇kai) includes a plug connector connected to a plurality of coaxial cables and a surface mounted to a printed circuit board Jack connector. The plug connector includes a plurality of male contacts supported on a housing body and a metal housing fixed to an upper portion of the housing body. A common grounding rod is attached to the outer conductor of the plurality of coaxial cables that are in contact with the inner surface of the housing. In another aspect, the jack connector includes a plurality of female contacts and a metal housing mounted to the housing body and secured to the circuit board. When the plug connector connected to the 4 coaxial coil is fitted to the jack connector mounted on the circuit board, the housing on the plug side and the shell on the side of the jack Body contact, thereby grounding the outer conductors of each coaxial cable to the board. SUMMARY OF THE INVENTION In the above connector system disclosed in Japanese Laid-Open Patent Publication No. 2005-302417 (Kokai), a ground rod attached to an outer conductor of a plurality of coaxial cables is fixed to the plug The inner surface of the housing of the connector body of the connector contacts the inner surface of the housing, thereby grounding the respective coaxial electric wires to the circuit board via the two connectors. In such a configuration, the housing of the plug connector is secured to the housing body in such a manner as to cover the plurality of coaxial cables from above. Therefore, it is necessary to provide a wide space between the casing and the casing body for accommodating the coaxial cables. Therefore, when the connector is mated, or when the connector is mounted to the circuit board after mating, when an external force is applied to the housing body of the plug connector, the force can relatively easily make the housing Flexed or bent. This can create an unstable positional relationship between the housing and the coaxial winding in the plug connector, and thus, can reduce the stability and reliability of the coaxial cable grounding. There is a serious need to reduce the mounting area and mounting height on a circuit board, particularly in a connector system for connecting a cable to one of a small size electronic device as described above. However, when the external dimensions of a connector system are reduced to meet this need, it is often difficult to disconnect or disconnect the cable connector and the circuit board connector once they are mated with each other. For example, when an operator needs to pick up a cable connector with a finger or a tool and separate it from a board connector, it may often be difficult to find enough space to insert a finger or tool, or the connector can Damaged due to hard and difficult work. On the other hand, it is expected that in such a connector system, an electrical cable connector and a circuit board connector have complementary mating structures such that the corresponding terminating members of the two connectors can be stably maintained to each other properly. contact. When an externally sized connector system has such a complementary mating structure, it is often more difficult to safely separate the cable connector from the board connector. An object of at least one embodiment of the present invention is to provide a connector for connecting to a cable, comprising a grounding structure to be connected to a shielding layer of the cable, capable of improving the cable grounding structure in the grounding structure Stability and reliability. Another object of at least one embodiment of the present invention is to provide a connector for mounting a circuit board of 120809.doc 200814440, which is capable of stably maintaining the terminating element and the mating connector. Proper contact and it makes it safe and easy to separate the paired connection work. The target system provides a stability and reliability for a connector structure that can improve the cable to be connected to a circuit board by at least one embodiment of the present invention.
發明之至少-實施例之再一目的係提供一種用於將一 電、纜連接至-電路板之連接m其能夠使手動配合之 連接器之端接元件彼此保持適當接觸，即使外部尺寸減 小’且其使將連接器彼此分離的工作能夠安全 行。 本發明之-實施例提供—種連接器，其包括—電絕緣本 體 支撐於該本體上並適於連接至一電纜之一線芯導體 的端接元件、及一提供於該本體上同時與該端接元件絕緣 且適於連接至該電纜之一屏蔽層的接地結構，其特徵在 於··該接地結構包括一固定至該本體之接地部件；且該接 地部件沿該電纜之該屏蔽層接近於該本體之一側之一表面 設置以使該電纜之該線芯導體連接至該端接元件，並連接 至該屏蔽層。 根據本發明之一實施例，將一電缵之屏蔽層連接至於一 較其自身更接近於該本體之位置處固定至該本體的接地部 件’並藉此將地電位傳給該電纜之該屏蔽層。於該構造 中’該接地部件可直接且牢固地固定至該本體，因為在該 本體與該接地部件之間未形成用於接納該電纔之空間。因 120809.doc 200814440 此，。即使一外部力在連接器配合作業期間或在配合後該連 接為安裝至該電路板之狀態下施加至該本體，該接地部件 之本體加固功能亦表現出協同效應從而可靠地防止形成撓 曲或V曲。由此’該接地部件與該電纜在該連器中的相對 置#到％疋’且因此該電纜接地功能之穩^性及可靠性 得到顯著改良。由於該接地料可釺銲至接近於該本體之 該電繞之屏蔽層的表面，因此可基本排除該本體外侧之鲜 料突出部分。與其中將一沿該連接器之外表面設置之金屬 :體釺銲至該電纜之屏蔽層之先前構造相比，此種構造非 常有利於減小該連接器的外部尺寸（尤其在高度方向上）， 且由此，可達成對包括連接器之連接器系統之高度的進一 步減少而不降低上述電纜接地功能之穩定性及可靠性。 根據本發明之一第二實施例，該接地部件本身具有從電 纜連接區段伸出之接地接觸區段，從而無需一導電元件來 作為一分離部件，該電纜之屏蔽層可穩定地接地至該配對 連接器之對應接地元件。此種構造有助於減少一連接器之 零件數量並有助於簡化組配工作。 根據本發明之一第三實施例，在一由一系列具有最小尺 寸線芯導體之複數根高撓性同轴電纜組成的同轴電纜總成 中，該接地部件可經由接地板與所有該等同軸電纜之屏蔽 層穩定地接地成具有良妤的導電性。因此，可進一步改良 一扁平及多芯同軸電纜總成之接地功能的穩定性及可靠 性。 根據本發明之一第四實施例，該接地部件之電纜連接區 120809.doc 200814440 段呈與該接地板相同之矩形板形狀從而能夠減少該電镜連 接區段與該接地板之間的接觸電阻。此外，由於該接地部 件於該電纜連接區段之該兩個縱向端上具有該接地接觸區 段，因此可改良該接地部件與該配對連接器接地元件之該 連接。 根據本發明之一第五實施例，進一步改良該接地部件之 本體加固功能與該接地部件及該本體之變形防止功能，且 還改良該連接器組配之可工作性。 根據本發明之一第六實施例，遠離該接地部件，於一位 置處提供一屏蔽部件來覆蓋該電缦之屏蔽層，以使該屏蔽 層可連接至該接地部件。因此，藉由將該屏蔽部件連接至 該地電位，可建立該連接器中之信號傳輸路徑的屏蔽結 構，且進而可改良包括連接器之連接器系統之高速傳輸特 性。 根據本發明之一第七實施例，該配對連接器可穩定地配 合至安裝於該電路板上之連接器以接納於其接納凹槽中， 且另外’ 一操作者可順利地將其手指或工具插入到複數個 設置於該本體之周圍壁中之槽口中以對該配對連接器實施 拾取作業及拔出作業，從而使該配對連接器與該電路板上 之連接器分離。因此，即使該連接器之外部尺寸減小，亦 可與該配對連接器之端接元件穩定地保持適當的相互接 觸’並可安全地且容易地對該配對連接器實施分離作業。 根據本發明之一第八實施例，可使用一物件抓握類工具 (例如钳子）來藉由抓握將一穩定的分離力施加至該配對連 120809.doc •10- 200814440 接器從而將其與該連接器分離，且由此更有效地防止對該 兩個連接器之損壞。 根據本發明之一第九實施例，該屏蔽部件之接地元件與 該配對連接器進行導電接觸，並藉此將一共用地電位傳給 該連接器及該配對連接器兩者從而可建立該兩個連接器中 之信號傳輸路徑之高階屏蔽結構，且由此改良該連接器系 統之焉速傳輸特性。At least another object of the invention is to provide a connection for connecting an electrical and cable to a circuit board that enables the termination elements of the manually mated connector to be in proper contact with each other even if the external dimensions are reduced 'And it makes the work of separating the connectors from each other safe. Embodiments of the present invention provide a connector including a termination member on which an electrically insulating body is supported and adapted to be coupled to a core conductor of a cable, and a body is provided on the body simultaneously with the end a grounding structure insulated from the component and adapted to be coupled to a shield of the cable, wherein the grounding structure includes a grounding member secured to the body; and the grounding member is adjacent to the shielding layer along the cable One surface of one side of the body is disposed such that the core conductor of the cable is connected to the termination component and to the shield. In accordance with an embodiment of the present invention, an electrical shield is attached to a grounding member ' fixed to the body at a location closer to the body than itself and thereby imparts ground potential to the shield of the cable Floor. In this configuration, the grounding member can be directly and securely fixed to the body because a space for receiving the electricity is not formed between the body and the grounding member. Because of 120809.doc 200814440 this,. Even if an external force is applied to the body during the mating operation of the connector or after the mating is attached to the circuit board, the body reinforcing function of the grounding member exhibits a synergistic effect to reliably prevent the formation of deflection or V song. Thereby, the relative position of the grounding member and the cable in the connector is #to%疋 and thus the stability and reliability of the cable grounding function are significantly improved. Since the grounding material can be brazed to the surface of the electrically wound shielding layer of the body, the protruding portion of the fresh material outside the body can be substantially eliminated. This configuration is very advantageous in reducing the external dimensions of the connector (especially in the height direction) compared to the previous configuration in which a metal disposed along the outer surface of the connector is brazed to the shield of the cable. And, thereby, a further reduction in the height of the connector system including the connector can be achieved without reducing the stability and reliability of the cable grounding function described above. According to a second embodiment of the present invention, the grounding member itself has a ground contact section extending from the cable connecting section so that a conductive member is not required as a separate component, and the shield of the cable can be stably grounded to the The corresponding grounding element of the mating connector. This configuration helps reduce the number of parts in a connector and helps simplify assembly. According to a third embodiment of the present invention, in a coaxial cable assembly consisting of a plurality of a plurality of highly flexible coaxial cables having a minimum size core conductor, the grounding member can be connected to all of the ground via the grounding plate The shield of the coaxial cable is stably grounded to have good electrical conductivity. Therefore, the stability and reliability of the grounding function of a flat and multi-core coaxial cable assembly can be further improved. According to a fourth embodiment of the present invention, the cable connecting portion 120809.doc 200814440 of the grounding member has the same rectangular plate shape as the grounding plate, so that the contact resistance between the electron mirror connecting portion and the grounding plate can be reduced. . Moreover, since the grounding member has the ground contact section on the two longitudinal ends of the cable connecting section, the connection of the grounding member to the mating connector grounding element can be improved. According to a fifth embodiment of the present invention, the body reinforcing function of the grounding member and the grounding member and the deformation preventing function of the body are further improved, and the operability of the connector assembly is also improved. According to a sixth embodiment of the present invention, away from the grounding member, a shielding member is provided at a location to cover the shield of the electrical circuit so that the shielding layer can be connected to the grounding member. Therefore, by connecting the shield member to the ground potential, the shield structure of the signal transmission path in the connector can be established, and in turn, the high-speed transmission characteristics of the connector system including the connector can be improved. According to a seventh embodiment of the present invention, the mating connector can be stably fitted to a connector mounted on the circuit board to be received in its receiving recess, and additionally an operator can smoothly put his finger or The tool is inserted into a plurality of slots provided in the surrounding wall of the body to perform a picking operation and a pulling operation on the mating connector, thereby separating the mating connector from the connector on the circuit board. Therefore, even if the outer size of the connector is reduced, the mating elements of the mating connector can be stably maintained in proper mutual contact, and the pairing connector can be safely and easily separated. According to an eighth embodiment of the present invention, an object grasping tool (such as a pliers) can be used to apply a stable separation force to the mating connector 120809.doc • 10 - 200814440 by gripping Separating from the connector, and thereby more effectively preventing damage to the two connectors. According to a ninth embodiment of the present invention, the grounding member of the shielding member is in conductive contact with the mating connector, and thereby a common ground potential is transmitted to both the connector and the mating connector to establish the two A high-order shielding structure of the signal transmission path in the connector, and thereby improving the idle transmission characteristics of the connector system.
根據本發明之一第十實施例，在一用於電纜電路板連接 的連接器系統中，可改良該電纜接地功能的穩定性及可靠 性。即使該連接器之外部尺寸減小，亦可與該配對連接器 之端接7G件穩定地保持適當的相互接觸並可安全地且容易 地對該等連接器實施彼此分離作業。 【實施方式】 現在’將參照顯示本發明實施例之附圖來詳細闡述本發 明。在所有各圖式中，對應之成分由共用參考編號來標 記0 圖1係一顯示-根據本發明之—實施例處於—組配狀態 下之連接器_透視圖。圖2係—顯示連接器此分解透 視圖：請-顯示連接器10之主要成分之透視圖。圖4係 員丁連接為10之半組配狀態的透視圖。圖$係一顯示連 接器H)之-基本零件㈣視圖…連接㈣係—將端接元 件連接至電繞之線芯導體之電纔連接器，且如下文將闡 二二利地應用於一連接器系統以將一其中複數根具有 、線心導體之高撓性同軸電纜佈置呈一扁平形狀之 120809.doc -11- 200814440 電纜總成連接至一電路板。在此種情況下，將要與連接器 ίο連接的另一連接器（下文中稱作"配對連接器構造成一 安裝至一電路板之基板連接器。然而，根據本發明之連接 器不僅限於此種應用，而是可構建成適於其他連接器應用 之各種連接器。此外，本發明不僅限於一特定數量的併入 端接元件，而是可同等地適用於一具有一單個端接元件的 連接器。 連接器10包括一電絕緣本體12、複數個支撐於本體12上 之端接元件14、及一提供於本體12上以與端接元件14絕緣 的接地結構16(圖1)。本體12係一在平面圖中大體呈矩形形 狀之薄板部件，其（例如）藉由注射模製製程由一電絕緣樹 脂材料整體模製而成，且包括：一第一支撐區段（端接元 件支撐區段）18，其用於支撐複數個端接元件14呈相間隔 的平行佈置；及一第二支撐區段20，其沿著另一長邊緣和 沿橫向方向延伸之其上面提供有一接地結構16(圖1}的一對 短邊緣。 於本體12之一主表面12a上，複數個用於分別接納複數 個欲連接至複數個端接元件14之電纜線芯導體冒之線芯導 體固持槽2 2沿該本體之縱向方向以相等間隔形成呈平行佈 置（圖2，圖5)。於本體12之另一主表面12b(於與主表面12a 對置之側）上一亦即於沿該橫向方向之大體中心位置處， 一用於使複數個端接元件14接觸配對連接器（其將在丁文 中加以闡述）之對應端接元件之凹陷24毗鄰第一支撐區段 18形成（圖1(b)，圖5)。 120809.doc •12· 200814440 所有該複數個端接元件丨4均具有相同之形狀及尺寸，且 (例如）藉由一插入模製製程整體固定至第一支撐區段18， 並以一預定相等間隔彼此平行對齊及支撐。每一端接元件 14皆由一具有良好導電率之金屬板藉由（例如）壓製成形製 程形成呈大體C形狀，且整體地包括一欲連接至一電纜c 之一線芯導體W的線芯導體連接區段26、及一欲與配對連 接器之對應端接元件進行導電接觸的接觸區段28(圖 3(a))。每一端接元件14皆固定支撐於第一支撐區段18上， 其中該線芯導體連接區段26暴露於本體12之主表面12&之 側上且其中接觸區段28暴露於本體12之主表面m之側上 (圖5) 於所示實施例中，每一端接元件14之暴露於本體12之主 表面12b之側上的接觸區段28皆形成為具有一對凸出接觸 部分28 a之公接觸區段 。如下文將闡述，當連接器10於配 合時連接至配對連接器時，各個端接元件14之公接觸區段 • 28皆在互補配合時與配對連接器之對應端接元件的一母接 觸區段進行導電接觸。代替 。代替其中複數個端接元件14於插入According to a tenth embodiment of the present invention, in a connector system for cable circuit board connection, the stability and reliability of the cable grounding function can be improved. Even if the outer size of the connector is reduced, it is possible to stably maintain proper mutual contact with the terminating 7G members of the mating connector and to safely and easily perform the separation operation of the connectors. [Embodiment] The present invention will now be described in detail with reference to the accompanying drawings which illustrate embodiments of the invention. In all the figures, corresponding components are labeled with a common reference number. Fig. 1 is a view showing a connector-perspective view in an assembled state according to the present invention. Figure 2 is a perspective view of the main components of the connector 10 showing the connector. Fig. 4 is a perspective view showing the state in which the tie is connected to a half of the assembly state of 10. Figure $ shows a connector H) - basic part (four) view ... connection (four) system - the termination component is connected to the electrical connector of the wire core conductor, and will be applied to the following as follows The connector system connects a 120809.doc -11-200814440 cable assembly in which a plurality of highly flexible coaxial cables having a core conductor are arranged in a flat shape to a circuit board. In this case, another connector to be connected to the connector ί (hereinafter referred to as a " mating connector is constructed as a substrate connector mounted to a circuit board. However, the connector according to the present invention is not limited thereto Applications, but can be constructed into a variety of connectors suitable for other connector applications. Furthermore, the invention is not limited to a particular number of incorporated termination components, but is equally applicable to a single termination component. The connector 10 includes an electrically insulative body 12, a plurality of termination elements 14 supported on the body 12, and a ground structure 16 (FIG. 1) provided on the body 12 to insulate the termination elements 14. 12 is a thin plate member having a substantially rectangular shape in a plan view, which is integrally molded, for example, from an electrically insulating resin material by an injection molding process, and includes: a first support section (terminal member support) a section 18 for supporting a plurality of terminal elements 14 in spaced apart parallel arrangements; and a second support section 20 provided along the other long edge and extending in a lateral direction thereon a pair of short edges of a ground structure 16 (Fig. 1). On one of the main surfaces 12a of the body 12, a plurality of cores for respectively receiving a plurality of cable core conductors to be connected to the plurality of termination elements 14 The conductor holding grooves 2 2 are arranged in parallel at equal intervals in the longitudinal direction of the body (Fig. 2, Fig. 5). On the other main surface 12b of the body 12 (on the side opposite to the main surface 12a), At a substantially central location along the transverse direction, a recess 24 for contacting the plurality of termination elements 14 to the corresponding termination component of the mating connector (which will be described in the text) is formed adjacent the first support section 18 (Fig. 1(b), Fig. 5). 120809.doc • 12· 200814440 All of the plurality of termination elements 丨4 have the same shape and size, and are fixed to the entire body, for example, by an insert molding process. a support section 18, which is aligned and supported in parallel with each other at a predetermined equal interval. Each of the termination elements 14 is formed into a substantially C shape by a metal sheet having a good electrical conductivity by, for example, a press forming process, and integrally Including a connection to a cable c A core conductor connection section 26 of one of the core conductors W, and a contact section 28 (Fig. 3(a)) to be in conductive contact with a corresponding termination component of the mating connector. Each termination component 14 is fixedly supported On the first support section 18, wherein the core conductor connection section 26 is exposed on the side of the main surface 12& of the body 12 and wherein the contact section 28 is exposed on the side of the main surface m of the body 12 (Fig. 5 In the illustrated embodiment, the contact segments 28 of each termination element 14 that are exposed on the side of the major surface 12b of the body 12 are formed as a male contact section having a pair of raised contact portions 28a. It will be explained that when the connector 10 is coupled to the mating connector when mated, the male contact sections 28 of each of the terminating elements 14 are in a complementary mating with a female contact section of the corresponding terminating component of the mating connector. Conductive contact. Instead. Instead of having a plurality of termination elements 14 inserted therein
適當形狀之第一支撐區段的構造。The configuration of the first support section of a suitable shape.
之屏敵層G之表面Ga設置以使線芯導體w連接 至接近於本 段： 體12之側上的端接元件14， 且連接至屏蔽層G(圖5)。因 120809.doc -13- 200814440 此，如由本體12所見，接地部件30設置於一較電纜C之屏 蔽層G更接近的位置處，且直接固定至本體12而不形成用 於將電纜C接納於其之間的空間。接地部件3〇係由一具有 良好導電性之金屬板藉由（例如）壓製成形製程形成的一大 體呈平面圖中之U形狀之框形部件，且整體地包括：一呈 薄矩形板形狀的電纜連接區段32，其欲連接至電繞C之屏 蔽層G ;及一接地接觸區段34，其從電纜連接區段32伸出 且能夠與配對連接器之對應接地元件（其將在下文中加以 闡述）進行導電接觸（圖3(b))。 此處，一可適用根據所示實施例之連接器i 〇的電纜C係 一尚撓性同轴電纜C，其具有一為最小直徑之線芯導體w 及一位於環繞線芯導體W之一絕緣體D之外部之整個周邊 上的編織或箔片屏蔽層（外導體）G，整個屏蔽層g覆蓋有一 外樹腊護套S(圖5)。連接器10連接至一藉由將複數個此類 精細同軸電纜C佈置成一列並藉由將僅該尖端部分處理成 一扁平形狀而形成之同軸電纜總成C A(圖1)。 同軸電纜總成CA受到處理以在該複數根同轴電、纜c中每 一者端部之一所需長度上逐步移除外部護套8、屏蔽層G及 絕緣體D以暴露線芯導體w(圖5)。提供一對由具有良好導 電性之薄金屬板製成的接地板P以將接地板p設置成從上面 及下面夾持該複數根平行同軸電纜C之暴露屏蔽層g並（例 如）藉由釺銲統一固定至所有屏蔽層G。一已受到此種末梢 處理之同軸電纜總成CA通常可自電纜製造商購得。或 者’接地板P可提供作為連接器10之一成分。 120809.doc •14- 200814440 一接地部件30(例如）藉由釺銲或銲接固定連接至通常連 接至該複數根同軸電纜C之各個屏蔽層G之接地板p中之一 者（更接近於本體12)(圖5)。更具體而言，接地部件3〇具有 一設置成重疊於更接近於本體12之該一個接地板p的大致 整個板上且具有與接地板p相同之矩形形狀的電纜連接區 #又32 ’並在電、纜連接區段32之整個重疊表面32&上或所需 的其點處與接地板P連接成具有良好的導電性。當接地部 件30藉由銲接固定至接地板p時，於接地部件儿之所需位 置處形成通孔，並使用此等通孔來對以重疊方式佈置於接 地板P上之接地部件30實施電銲接或雷射銲接。為了對併 入本體12中之接地部件30實施銲接，可於本體12上之所需 位置處形成類似通孔。 於該接地部件中，接地接觸區段34提供於電纜連接區段 32之兩個縱向端之每一者上。每一接地接觸區段皆包括一 對彼此對置且與電纜連接區段32之延伸方向大體平行延伸 的第一接觸片34a、及一設置於第一接觸片3私之間的第二 接觸片34b ’且一接觸點36形成於接觸片34a、34b之每一 外表面上以與配對連接器之接地元件（其將在下文中加以 闡述）進行導電接觸（圖3(b))。相依於連接器1〇之應用，可 於除上文所述之彼等位置以外的各種其他位置上提供各種 數量的接地接觸區段34。 接地部件30(例如）藉由插入模製製程整體固定至並支撐 於本體12之第二支撐區段2〇上。此處，在本體12之第二支 撐區段20上，毗鄰該複數個線芯導體固持槽22，一沿該本 120809.doc -15- 200814440 體之縱向方向延伸之大體呈平面圖中之矩形形狀的開口 38 以穿透方式形成於主表面12a與主表面12b之間（圖5)。用於 配合至配對連接器之電絕緣本體之配合區段40(其將在下 文中加以闡述）形成於本體12之該兩個縱向端處（圖2)。 接地部件30設置呈一適當固定至本體12之狀態，其中電 纜連接區#又32將該兩個表面32a、3 2b之大部分暴露至第二 支撐區段20之整個開口 38且其中一對接地接觸區段34分別 將所有接觸點36及第二接觸片34b之端部區域34c暴露至對 應配合區段40(圖1、圖2)。而且在此種狀態下，一凹陷42 田比鄰該複數個線芯導體固持槽22形成於本體12之主表面 12a上以容納上面附裝有一對接地板p之已受到該端部處理 之同軸電纜總成CA的整個部分（圖4、圖5)。除其中將接地 部件30插入模製至第二支撐區段2〇之所示構造之外，亦可 採用各種附裝方法，例如，使用一其中將一呈適當形狀之 接地部件併入到已預成型呈適當形狀之第二支撐區段中的 構造’但其限制條件是可將接地部件3〇牢固地固定至本體 12 〇 如下文將闡述，當連接器10配合並連接至配對連接器 時，接地部件30的各個接地接觸區段34均與配對連接器之 對應接地元件（其將在下文中加以闡述）進行導電接觸。經 由接地板P連接至連接器1〇之接地部件30之該複數根同軸 電纜C之屏蔽層G由此電連接至配對連接器之地電位（例 如’上面安裝有配對連接器之電路板的接地區段）。 連接器10進一步包括一附裝至本體12以與該複數個端接 120809.doc -16- 200814440 元件14絕緣的屏蔽部件44。屏蔽部件44係一由一具有良好 導電性之金屬板藉由（例如）壓製模製製程形成至大體呈平 面圖中之矩形形狀，且整體地包括一用於屏蔽本體12之大 致整個主表面12a的主部分44a、一對從主部分44a之該兩 個縱向端伸出並配合至本體12的附裝部分44b、及一位於 此等附裝部分44b之間的鄰接部分44c(圖2)。 於本體12的每一配合區段4〇上，一對附裝槽4〇a形成於 接地部件30之每一接觸區段34之第二接觸片3朴的暴露端 區域34c周圍。屏蔽部件44藉由使彎曲成l形狀之各個附裝 部分44b配合至配合區段40之對應配合槽4〇a中來附裝至本 體12(圖1(a))。處於一藉由附裝部分44b適當附裝至本體 之狀態下之屏蔽部件44於相對於電纜（：之屏蔽層G與接地 部件30對置之側上設置成與該複數個端接元件及連接至端 接兀件14之該複數根電纜c之線芯導體臂稍稍分離，且電 磁屏蔽所有端接元件14及設置於該本體之主表面12a上的 電纜C(圖5)。 於一適當附裝至本體12之狀態下，屏蔽部件44使各個鄰 接部分44c與暴露於配合區段4〇上之接地部件3〇之每一接 地接觸區段34之第二接觸片34|3的暴露端部區段34c鄰接成 具有良好的導電性，且由此電連接至接地部件3〇(圖1，圖 2)。如下文將闡述，藉由將連接器1〇配合並連接至配對連 接器，地電位經由接地部件3〇及配對連接器之對應接地元 件傳給屏蔽部件44。 於具有上述構造之連接器1〇中，複數根電緵c之屏蔽層 120809.doc -17- 200814440 G經由接地板P連接至於一較其自身更接近於本體i2之位置 處固定至本體12的接地部件3〇,且接地部件3〇之地電位可 由此傳給各個電纜c之屏蔽層於此構造中，與第2〇〇5_ 3024Π號日本末審查專利公開案（KQkai)中所述之構造不 • 肖’本體12與接地部件3G之間未形成用於接納電緵C以使 . 接地部件30直接並牢固地固定至本體12的空間。因此，當 -外力在連接器配合工作期間或在配合後安裝至電路板： φ &態下施加至本體12時’接地部件3〇之本體加固功能表現 出協同效應從而可靠地防止在接地部件3〇(及本體12)中產 生撓曲或彎曲。由此，接地部件3〇與電纜（：在連接器丨^中 的相對位置關係變得更穩定，且電境接地功能之穩定性及 可靠性可得到顯著改良。 此外，於連接器10中，接地部件30可釺銲至接近於該複 數根電纜C之屏蔽層G之本體12的表面Ga，從而可排除本 體12外側之銲料凸出部分。與其中一沿連接器之外表面設 • 置之金屬殼體釺銲至電纜之屏蔽層的構造相比，本發明1 構k非系有利於減小連接器1 〇的外部尺寸（尤其在高产方 向上），且由此，可在不削弱上述電纜接地功能之穩定性 A可靠性之前提下達成一包括連接器，之連接器系統的進 一步南度減小。 於根據所示實施例之連接器10中，接地部件30本身具有 從電纜連接區段32伸出之接地接觸區段34，以使該複數根 電纜C之屏蔽層G能夠穩定地接地至配對連接器的接地元 件而無需提供一導電元件來作為一分離部件。此構造有助 120809.doc -18- 200814440 於減少連接器10之零件數量並簡化組配過程。 而且，所示實施例之連接器10經構造以便，對於一由一 系列具有為最小直徑的線芯導體Wt複數根高撓性同軸電 鏡C組成的同軸電纜總成ca，一接地部件3〇經由一接地板 P與所有同轴電纜C之屏蔽層G穩定地連接成具有良好的導 電性。因此，可進一步改良與具有多個呈扁平形式之線芯 導體之同軸電纜總成CA之接地功能的穩定性及可靠性。 特定而言’接地部件3〇之電纜連接區段32具有與接地板 P相同之矩形板形狀，從而可減少電纜連接區段32與接地 板P之間的接觸電阻。而且，接地部件3〇於電纜連接區段 32之該兩個縱向端上具有接地接觸區段“，從而可進一步 穩定接地部件30與配對連接器之接地元件的連接。 對於其中接地部件30藉由插入模製與本體12整體固定成 一個單兀之構造，可進一步改良接地部件3〇之本體加固功 旎及用於防止接地部件3〇及本體12變形之變形防止功能， 且另外可改良連接器1〇之組配的可工作性。而且，由於， 遠離接地部件30，屏蔽部件44提供於一位置處以覆蓋電纜 c之暴路部分且屏蔽部件44連接至接地部件，屏蔽部件 44可連接至地電位從而為連接器切中之信號傳輸路徑建立 屏蔽結構’並改良包括連接器1〇之連接器系統的高速傳輸 特性。 具有上述構造之連接器10可容納一高密度連接結構以藉 由採用具有極佳穩定性及可靠性之電纜連接來減小電纜C 線〜^體W的大小並縮小該-系列端接it件14之間距。 120809.doc -19- 200814440 於可藉助連接器10達成之高密度連接結構中，舉例而言， 該電纜線芯導體之外徑為〇·〇9 mm或更小（AWG(美國線 規）40或更高），端接元件14之佈置間隔為〇.3 或更小。 另外’連接器10於高度方向上之尺寸可減小至約1 mm。 圖6及7係顯示一根據本發明之另一實施例之連接器5〇分 別處於一組配狀態下及處於一分解圖中之視圖。連接器5 〇 係一具有連接至一電路板之導體之端接元件的電路板連接 器’且構造成上述電纜連接器1〇之配對連接器。然而，根 據本發明之連接器不僅限於此種應用，而是可構建成適用 於其他連接應用之各種連接器。而且，本發明不僅限於一 特疋數里的併入端接元件，而是亦可適用於一具有一單個 端接元件之連接器。 連接器50包括一電絕緣本體52、複數個支撐於本體52上 之端接元件54、及一附裝至本體52以與端接元件54絕緣之 屏蔽部件56。本體52係一由一電絕緣樹脂材料藉由（例如） 注射模製整體地形成之大體呈平面圖中之矩形形狀的薄板 狀。卩件，其具有·一沿一朝該縱向方向延伸之長邊緣之第 一支撐區段（亦即，端接元件支撐區段）58，其用於將該複 數個端接元件54支撐呈相間隔的平行佈置；及一沿一對朝 該橫向方向延伸之短邊緣的第二支撐區段6〇，其用於支撐 屏蔽部件56。複數個端接元件固持槽62沿該本體之縱向方 向以相等間隔於第一支撐區段58中形成呈平行佈置以分別 接納複數個端接元件54。 於本體52之主表面52a上，沿與第一支撐區段％對置之 120809.doc -20- 200814440 侧上的長邊緣，提供一凸出成一小於第一支撐區段58之高 度之邊緣壁區段54。於由第一支撐區段58、一對第二支撐 區段60及邊緣壁區段64環繞的區域中，形成一接納凹槽 66，其用於以可拆卸方式接納配對連接器（亦即，連接器 10)。另外，本體52之第二支撐區段6〇中之每一者皆界定 一配合凹陷68，配合凹陷68用於以互補方式接納配對連接 器10之本體12之配合區段4〇(圖1)以作為接納凹陷66之一部 分。於此構造中，一對第二支撐區段6〇及邊緣壁區段64用 作一大體呈平面圖中之C形狀之環繞壁區段以與第一支撐 區段58合作界定接納凹槽66。與第一支撐區段58耦接之該 環繞壁區段（弟一支樓區段60及邊緣壁區段64)用來與配對 連接器10之本體12之外周邊表面進行接觸並用來將配對連 接器10導引並固持至接納凹槽66中之適當位置中。由此， 可可靠地防止配對連接器10與連接器50的不適當配合（例 如傾斜配合），即使外部尺寸盡可能減小。 複數個端接元件54經構造以包括具有大體上相同之形狀 及局部不同之縱向尺寸之兩種類型之端接元件群組54A、 54B。端接元件54A、54含中之每一者皆係一針狀部件，其 由一具有良好導電性之金屬板藉由（例如）壓模製過程形成 至指定形狀中，且整體地包括··一中間附裝區段70，其壓 配合至本體52之第一支撐區段58之端接元件固持槽62中； 一接觸區段72，其從附裝區段70伸出以暴露於第一支撐區 段58之表面及接納凹槽66上來作為一端；及一引線區段 74 ’其沿與接觸區段72對置之方向從附裝區段70伸出以凸 120809.doc -21- 200814440 出於本體52之外側來作為另一端。該兩種類型之端接元件 54A、54B均具有相同之尺寸及形狀，只是要連接至電路 板導體之對應引線區段74的長度（其將在下文中加以闡述） 不同。 * 母一端接元件54之接觸區段72皆形成為一具有一對接觸 β 4为72 a之青曲呈大體U形狀之母接觸區段。如下文將闡 述，當連接器50配合並連接至配對連接器1〇時，配對連接 ^ 器10之對應端接元件14之母接觸區段28(圖5)以互補方式配 合至各個端接元件54之母接觸區段72中並與其進行導電接 觸。該兩種類型之端接元件54A、54B沿本體52之縱向方 向交替佈置，且端接元件54A、54B之引線區段74佈置成 沿本體52之該一個長邊緣交錯凸出。端接元件引線區段74 之此種交錯佈置能夠達成與連接器1〇之上述高密度連接結 構相對應的窄間距佈置同時防止電路板上之導體圖案短 接。代替其中複數個端接元件54壓配合至本體52之第一支 • 撐區段58中之上述構造，亦可採用其中複數個端接元件54 在模製本體52時以插入形式整體併入之構造。 屏蔽部件56係一框架形部件，其藉由（例如）壓模製製程 由一具有良好導電性之金屬板形成大體呈平面圖中之 狀，且整體上包括：一端接元件屏蔽區段76，其用於屏蔽 附裝至該本體之第一支撐區段58之該複數個端接元件54之 整個附裝區段70 ;及一接地元件78，其從端接元件屏蔽區 奴76伸出且此夠與配對連接器1〇之接地部件％之接地接觸 區奴34進仃導電接觸(圖”。於所示實施例中，接地元件 120809.doc -22- 200814440 78於端接元件屏蔽區段76之該兩個縱向端中之每一者上提 供呈矩形板形狀。每一接地元件78皆具有··一對第一接觸 片78a，其與端接元件屏蔽區段76之延伸方向大體平行延 伸並彼此對置；一第二接觸片78b，其設置於該對第一接 觸片78a之間；及一接地片78c，其在與第二接觸片7扑對 置之側上向外凸出。在第一及第二接觸片78a、78b之外表 面中之每一者上，形成一接觸點80，其要與提供於配對連 接器10之接地部件30之每一接地接觸區段34上之接觸點 36(圖3(b))中之每一者進行導電接觸。 屏蔽部件56固定支撐於並組配至本體52以使該兩個接地 兀件78均覆蓋本體52之對應第二支撐區段6〇。於此種狀態 下，接地元件78之第一及第二接觸片78a、78七設置於該本 體之第二支撐區段60之配合凹陷68内側且接地元件78之接 地片78c設置成從該本體之第二支撐區段6〇向外凸出。屏 蔽部件56設置成在經由接地元件78適當組配至本體52之狀 悲’其中端接元件屏蔽區段76與支撐於該本體之第一支撐 區段58上之該複數個端接元件54之附裝區段7〇的暴露表面 猶稍間隔開，以電磁屏蔽端接元件54。 如下文將闡述’當連接器5 〇配合並連接至配對連接器J 〇 時，屏蔽部件56之各個接地元件78均與配對連接器1〇之接 地邛件30之對應接地接觸區段34進行導電接觸，藉此連接 盗50之地電位（例如，自上面安裝有連接器5〇之電路板經 由接地兀件78之接地片78c傳給導體50之地電位）連接至經 由接地板P連接至配對連接器1〇之接地部件3〇之該複數根 120809.doc -23· 200814440 同轴電纜C的屏蔽層G(圖5)。由此，為由電纜連接器1〇及 電路板連接器50構成之連接器系統中之信號傳輸路徑建立 高階屏蔽結構，並改良該連接器系統之高速傳輸特性。 圖8至10係顯示一由彼此以可拆卸方式組合之電纜連接 器10及電路板連接器50構成之連接器系統9〇之視圖。於連 接器系統90中，當電纜連接器1〇與電路板連接器5〇彼此連 接時，連接器10以互補方式整個接納於提供於連接器5〇之 本體52中之接納凹槽66中，且提供於連接器本體12該兩個 縱向端上之配合區段40以互補方式配合至提供於連接器本 體52該兩個縱向端上之對應配合凹陷68中從而使該兩個連 接器10、50保持於適當的配合狀態下。 在該適當配合狀態下，該兩個連接器1〇、5〇之對應端接 元件14、54藉由彼此呈公—母關係之對應接觸區段28、72 之兩點接觸來彼此穩定地連接（圖9)。此外，在該適當配合 狀恶下’併入至連接器1 〇之本體丨2中的接地部件3 〇分別使 其該兩個縱向端上的接地接觸區段34連接至藉由三點接觸 (接觸點36、80)穩定地組配至連接器5〇之屏蔽部件56的對 應接地元件78。 此處’表面安裝至電路板R之連接器5〇使各個端接元件 54藉助釺銲等由引線區段74連接至電路板r上之對應信號 導體si ’並使屏蔽部件56之該兩個接地元件78藉助釺銲等 由接地片78c連接至電路板r上之對應接地導體S2(圖9)。 由此’將地電位傳給該兩個連接器10、50之屏蔽部件44、 56 ’並傳給連接至連接器10之該複數根電纜C之屏蔽層 120809.doc -24 - 200814440 G，且可藉此改良用於連接電纜_電路板之連接器系統卯中 之電纟覽接地功能的穩定性及可靠性。 於上述連接器系統90中，當兩個連接器1〇、5〇處於適當 配合狀悲下時，電路板連接器5〇之構成方式使得本體52之 . 接納凹槽66之底板66a與每一端接元件54之母接觸區段72 在電纜連接器10之高度方向上大部分重疊（圖9)。使用該其 中盡可能減少在高度方向上之重疊的構造，連接器系統9〇 可有助於對應於能夠減小外部尺寸（尤其在高度方向上）之 電纜10之結構特性之總高度減少。 如上文已提及，當在一習用連接器系統中減少高度時， 有時可能難以將相互配合之電纜連接器與電路板連接器彼 此分離。為瞭解決此種不便，電路板連接器5〇具有複數個 帶有開口的槽口 82，槽口 82與分散提供於環繞壁區段（亦 即，第二支撐區段6〇及邊緣壁區段64)中之本體52的接納 凹槽66連通（圖6，圖7)。 馨如圖10甲所示，於互相配合之連接器1〇，5〇中，當一操 作者需要用手指或工具（未顯示）來拾取電纜連接器1〇並將 其與電路板連接器50分離時，提供於本體52之環繞壁區段 6〇、64上之該複數個槽口 82非常有效地充當供手指或工具 順利地插入之空間。因此，於具有減小的外部尺寸之連接 器系統90中，儘管如上所述提供能夠分別使兩個連接器 10 50之對應端接元件14、54、及接地部件30與屏蔽部件 56保持於適當接觸狀態下之互補配合結構（配合區段4〇、 裱繞壁區段60、64、接納凹槽66等等）之事實，但未產生 120809.doc -25· 200814440 因困難工作所造成之對連接器10、50的損壞並可將電纜連 接器10與電路板連接器安全地分離。 因此’即使外部尺寸減小，安裝至電路板尺之連接器5〇 也使配對連接器1 〇之端接元件14與端接元件54能夠穩定地 保持適當的接觸狀態，並使分離配對連接器丨〇之分離工作 能夠安全且容易地執行。同樣地，即使外部尺寸減小，用 於將電纜連接至電路板之連接器系統9〇也使互相配合的連 接器10、50之端接元件14、15能夠穩定地保持適當接觸狀 悲，並使分離連接器1 〇、5〇之分離工作能夠安全且容易地 執行。形成於連接器50本體52之環繞壁區段60、64中之該 複數個槽口 82設置於電路板R上之連接器5〇的安裝區域中 (亦即’連接器系統9〇所佔據的區域），以使其不影響電路 板R之高密度安裝。 於上述構造中，如圖10中所示，提供於連接器5〇之本體 52之裱繞壁區段6〇、64中之該複數個槽口 82較佳設置於在 縱向方向上關於平分本體52之中心線52c對稱之位置處。 而且如由連接器1〇之本體12所見，該複數個槽口 82較佳 設置於與在橫向方向上關於平分本體12之中心線12c對稱 之位置處。藉由在關於一界定於連接器本體52上之既定中 心線彼此相對稱之位置處形成該複數個槽口 82，可使用例 如鉗子（未顯示）之物件拾取型工具來將一平衡分離力施加 至連接器ίο以將其與連接器5〇之接納凹槽66分離。由此， 可更有效地防止對連接器10、50之損壞。 於所示實施例中，於毗鄰連接器50之本體52之第一支撐 120809.doc -26 - 200814440 區段58之位置處提供一對槽口82。因此，於屏蔽部件％之 對應位置處形成一缺口 84以使一工具等能夠插入到槽口 82 中了藉由根據需要製作此種結構發明來於連接器本體52 中之所而位置處提供所需數量的槽口82。於其中，如在所 示實施例中，本體52之環繞壁區段6〇、64具有一組互相對 置壁部分（例如，毗鄰第一支撐件58之第二支撐區段6〇的 一部分及與其對置的邊緣壁區段64)之情況下，可在此等 土郤刀上之對應的適當位置（但不限於上述對稱位置）處提 供複數個槽口 82。藉助此種構造，亦可使用一物件拾取型 工具藉由三個點或更多點之多點拾取來將一穩定的分離力 施加至配對連接器從而將其與連接器分離。 上文已參照本發明之較佳實施例闡述了本發明。然而， 本發明決非僅限於上述實施例之構造，而是可對上述實施 例作出各種修改。例如，如圖丨i及12中所示，於電纜連接 器1 〇中’位於配合至本體12之該兩個附裝部分44b之間的 屏蔽部件44的鄰接部分44c可具有與附裝部分44b相同之彎 曲形狀。在此種情況下，每一鄰接部分44c皆與暴露於本 體12之配合區段4〇上之接地部件3〇之每一接地接觸區段34 之第二接觸片34b之内表面鄰接成具有良妤的導電性，且 屏蔽部件44由此電連接至接地部件3〇(圖12(b))。 連接器10之本體12可包括一個或多個橫樑部分86以跨越 具有接地部件30之電緵連接區段32之開口 38(圖11(b))。根 據此種構造’可增加連接器本體12之剛性並可改良接地部 件30與連接器本體12之固定強度。 120809.doc -27- 200814440 【圖式簡單說明】 圖1係一顯示一根據本發明一實施例處於組配狀態下之 連接斋的透視圖；（a) —自該屏蔽部件側所看到的視圖，及 (b)—自該端接元件接觸區段侧所看到的視圖。 圖2係一顯示圖1之連接器的分解透視圖。 圖3係一顯示圖1之連接器的透視圖；（a)一端接元件，及 (b)—接地接觸區段。The surface Ga of the screen layer G is disposed such that the core conductor w is connected to the termination element 14 on the side of the body 12 and is connected to the shield layer G (Fig. 5). Thus, as seen by the body 12, the grounding member 30 is disposed closer to the shield G than the cable C and is directly secured to the body 12 without forming for receiving the cable C. The space between them. The grounding member 3 is a U-shaped frame-shaped member in a plan view formed by a metal sheet having good conductivity by, for example, a press forming process, and integrally includes: a cable having a thin rectangular plate shape. a connection section 32 to be connected to the shield G of the electrical winding C; and a ground contact section 34 extending from the cable connection section 32 and capable of interacting with a corresponding grounding component of the mating connector (which will be hereinafter) Explain) Conductive contact (Fig. 3(b)). Here, a cable C according to the connector i 所示 of the illustrated embodiment is a flexible coaxial cable C having a core conductor w having a minimum diameter and one of the core conductors W surrounding the core. A braid or foil shield (outer conductor) G on the entire periphery of the outer portion of the insulator D, the entire shield layer g is covered with an outer wax sheath S (Fig. 5). The connector 10 is connected to a coaxial cable assembly C A (Fig. 1) formed by arranging a plurality of such fine coaxial cables C in a row and by processing only the tip portion into a flat shape. The coaxial cable assembly CA is processed to progressively remove the outer sheath 8, the shield layer G and the insulator D over the desired length of one of the ends of the plurality of coaxial electrical cables c to expose the core conductor w (Figure 5). Providing a pair of ground plates P made of a thin metal plate having good conductivity to set the ground plate p to sandwich the exposed shield layer g of the plurality of parallel coaxial cables C from above and below and, for example, by 釺The welding is uniformly fixed to all the shielding layers G. A coaxial cable assembly CA that has been subjected to such tip processing is typically commercially available from cable manufacturers. Or the 'ground plate P' can be provided as a component of the connector 10. 120809.doc • 14- 200814440 A grounding component 30 is, for example, fixedly connected by soldering or soldering to one of the grounding plates p of the respective shielding layers G that are typically connected to the plurality of coaxial cables C (closer to the body) 12) (Figure 5). More specifically, the grounding member 3 has a cable connection region #32' that is disposed to overlap the substantially entire plate closer to the one ground plate p of the body 12 and has the same rectangular shape as the ground plate p. The ground plane P is connected to the ground plane P at the entire overlapping surface 32& or the desired point of the electrical and cable connection section 32 to have good electrical conductivity. When the grounding member 30 is fixed to the grounding plate p by soldering, a through hole is formed at a desired position of the grounding member, and the through hole is used to electrically connect the grounding member 30 disposed on the grounding plate P in an overlapping manner. Welding or laser welding. In order to perform the soldering of the grounding member 30 that is incorporated into the body 12, a similar through hole may be formed at a desired position on the body 12. In the grounding member, a ground contact section 34 is provided on each of the two longitudinal ends of the cable connecting section 32. Each of the ground contact sections includes a pair of first contact pieces 34a opposed to each other and extending substantially parallel to the extending direction of the cable connecting section 32, and a second contact piece disposed between the first contact pieces 3 34b' and a contact point 36 are formed on each of the outer surfaces of the contact pads 34a, 34b for conductive contact with the grounding member of the mating connector (which will be explained below) (Fig. 3(b)). Depending on the application of the connector, various numbers of ground contact segments 34 can be provided at various other locations than those described above. The grounding member 30 is integrally fixed to and supported by the second support section 2 of the body 12, for example, by an insert molding process. Here, on the second support section 20 of the body 12, adjacent to the plurality of core conductor retaining slots 22, a generally rectangular shape in plan view extending along the longitudinal direction of the body 120809.doc -15-200814440 The opening 38 is formed in a penetrating manner between the major surface 12a and the major surface 12b (Fig. 5). A mating section 40 (which will be described below) for mating to the electrically insulative body of the mating connector is formed at the two longitudinal ends of the body 12 (Fig. 2). The grounding member 30 is disposed in a state of being properly fixed to the body 12, wherein the cable connecting portion #32 exposes most of the two surfaces 32a, 32b to the entire opening 38 of the second supporting portion 20 and one of the grounds The contact section 34 exposes all of the contact points 36 and the end regions 34c of the second contact strips 34b to the corresponding mating sections 40 (Figs. 1, 2). Moreover, in this state, a recess 42 is formed adjacent to the plurality of core conductor retaining grooves 22 on the main surface 12a of the body 12 to accommodate the coaxial cable having the pair of ground plates p attached thereto. Become the entire part of CA (Figure 4, Figure 5). In addition to the configuration in which the grounding member 30 is insert molded into the second support section 2A, various attachment methods can be employed, for example, using a grounding member in which a suitable shape is incorporated into Forming the configuration in the second support section of a suitable shape, but with the proviso that the grounding member 3 can be securely secured to the body 12, as will be explained below, when the connector 10 is mated and connected to the mating connector, Each of the ground contact segments 34 of the grounding member 30 is in conductive contact with a corresponding grounding member of the mating connector (which will be described below). The shielding layer G of the plurality of coaxial cables C connected to the grounding member 30 of the connector 1 via the grounding plate P is thereby electrically connected to the ground potential of the mating connector (for example, the connection of the circuit board on which the mating connector is mounted) District). The connector 10 further includes a shield member 44 attached to the body 12 to insulate the plurality of terminations 120809.doc -16 - 200814440 component 14. The shield member 44 is formed from a metal sheet having good electrical conductivity by, for example, a press molding process to a generally rectangular shape in plan view, and integrally includes a substantially entire major surface 12a for shielding the body 12. The main portion 44a, a pair of attachment portions 44b extending from the two longitudinal ends of the main portion 44a and fitted to the body 12, and an abutment portion 44c (Fig. 2) between the attachment portions 44b. On each of the mating sections 4'' of the body 12, a pair of attachment slots 4a are formed around the exposed end regions 34c of the second contact strips 3 of each of the contact sections 34 of the grounding member 30. The shield member 44 is attached to the body 12 by fitting the respective attachment portions 44b bent into an l shape into the corresponding fitting grooves 4a of the fitting section 40 (Fig. 1(a)). The shield member 44 in a state in which the attachment portion 44b is appropriately attached to the body is disposed on the side opposite to the cable (the shield layer G and the ground member 30 is disposed to be connected to the plurality of termination members) The core conductor arms of the plurality of cables c to the terminal members 14 are slightly separated, and all the termination members 14 and the cable C (FIG. 5) disposed on the main surface 12a of the body are electromagnetically shielded. In the state of being attached to the body 12, the shield member 44 causes the respective abutting portions 44c to be exposed to the exposed ends of the second contact pieces 34|3 of each of the ground contact portions 34 of the grounding members 3A exposed on the mating portion 4'' Section 34c is contiguous to have good electrical conductivity and is thus electrically connected to grounding member 3〇 (Fig. 1, Fig. 2). As will be explained below, by mating and connecting connector 1〇 to the mating connector, ground The potential is transmitted to the shielding member 44 via the grounding member 3〇 and the corresponding grounding member of the mating connector. In the connector 1A having the above configuration, the shielding layer 120809.doc -17- 200814440 G of the plurality of electric wires c via the grounding plate P is connected to a body that is closer to the body than itself The position of i2 is fixed to the grounding member 3〇 of the body 12, and the ground potential of the grounding member 3 can be transmitted to the shielding layer of each cable c in this configuration, and the Japanese Patent Publication No. 2-30_24 The configuration described in the case (KQkai) does not form a space for receiving the electric power C between the oscillating body 12 and the grounding member 3G so that the grounding member 30 is directly and firmly fixed to the body 12. Therefore, when - The external force is mounted to the circuit board during the mating operation of the connector or after mating: When applied to the body 12 in the φ & state, the body reinforcement function of the grounding member 3 表现 exhibits a synergistic effect to reliably prevent the grounding member 3 (and Deflection or bending occurs in the body 12). Thereby, the relative positional relationship between the grounding member 3〇 and the cable (the connector 变得^ becomes more stable, and the stability and reliability of the electrical grounding function can be significantly improved. Further, in the connector 10, the grounding member 30 can be soldered to the surface Ga of the body 12 of the shield layer G close to the plurality of cables C, so that the solder protruding portion outside the body 12 can be eliminated. Along the connection Compared with the configuration of the outer surface of the metal casing which is welded to the shielding layer of the cable, the invention is not advantageous for reducing the outer dimension of the connector 1 (especially in the high-yield direction), and Thus, a further south reduction of the connector system including the connector can be achieved without impairing the stability A reliability of the cable grounding function described above. In the connector 10 according to the illustrated embodiment, the grounding member 30 itself has a ground contact section 34 extending from the cable connection section 32 to enable the shield G of the plurality of cables C to be stably grounded to the grounding element of the mating connector without providing a conductive element for separation component. This configuration helps 120809.doc -18- 200814440 to reduce the number of parts of the connector 10 and to simplify the assembly process. Moreover, the connector 10 of the illustrated embodiment is constructed such that, for a coaxial cable assembly ca comprised of a plurality of core flexible conductors Wt having a minimum diameter, a grounding member 3 A ground plate P is stably connected to the shield layer G of all the coaxial cables C to have good electrical conductivity. Therefore, the stability and reliability of the grounding function with the coaxial cable assembly CA having a plurality of core conductors in a flat form can be further improved. Specifically, the cable connecting portion 32 of the grounding member 3 has the same rectangular plate shape as the grounding plate P, so that the contact resistance between the cable connecting portion 32 and the grounding plate P can be reduced. Moreover, the grounding member 3 has a ground contact section on the two longitudinal ends of the cable connecting section 32, so that the connection of the grounding member 30 to the grounding component of the mating connector can be further stabilized. The insertion molding and the body 12 are integrally fixed in a single-turn structure, and the body reinforcement function of the grounding member 3〇 and the deformation preventing function for preventing deformation of the grounding member 3 and the body 12 can be further improved, and the connector can be improved. The operability of the assembly is further. Moreover, since it is away from the grounding member 30, the shielding member 44 is provided at a position to cover the typhoon portion of the cable c and the shielding member 44 is connected to the grounding member, and the shielding member 44 is connectable to the ground. The potential thus establishes a shield structure for the signal transmission path in the connector cut and improves the high speed transmission characteristics of the connector system including the connector 1. The connector 10 having the above configuration can accommodate a high density connection structure by using a pole Good stability and reliability cable connection to reduce the size of the cable C wire ~ ^ body W and reduce the - series termination between the 14 120809.doc -19- 200814440 In the high-density connection structure that can be achieved by means of the connector 10, for example, the outer diameter of the cable core conductor is 〇·〇9 mm or less (AWG (American Wire Gauge) 40 or higher), the arrangement of the termination elements 14 is 〇.3 or less. In addition, the size of the connector 10 in the height direction can be reduced to about 1 mm. Figures 6 and 7 show a The connector 5 of another embodiment is in a set state and in an exploded view. The connector 5 is a circuit board connector having a terminating element connected to a conductor of a circuit board. And the paired connector of the above cable connector 1 is constructed. However, the connector according to the present invention is not limited to such an application, but can be constructed into various connectors suitable for other connection applications. Moreover, the present invention is not limited to one. The termination component is incorporated in a particular number, but can also be applied to a connector having a single termination component. The connector 50 includes an electrically insulative body 52 and a plurality of termination components 54 supported on the body 52. And attached to the body 52 The shielding member 56 is insulated by the termination member 54. The body 52 is formed of an electrically insulating resin material, and is formed into a generally rectangular shape in a plan view by, for example, injection molding. a first support section (ie, a terminating member support section) 58 along a long edge extending in the longitudinal direction for supporting the plurality of termination elements 54 in spaced parallel arrangements; a second support section 6A along a pair of short edges extending in the lateral direction for supporting the shield member 56. The plurality of termination element retaining slots 62 are equally spaced from the first support zone along the longitudinal direction of the body The segments 58 are formed in parallel to receive a plurality of termination elements 54. On the major surface 52a of the body 52, along the long edge on the side of the 120809.doc -20-200814440 opposite the first support section, An edge wall section 54 that protrudes less than the height of the first support section 58 is provided. In a region surrounded by the first support section 58, the pair of second support sections 60 and the edge wall section 64, a receiving recess 66 is formed for detachably receiving the mating connector (ie, Connector 10). In addition, each of the second support sections 6A of the body 52 defines a mating recess 68 for receiving the mating section 4 of the body 12 of the mating connector 10 in a complementary manner (FIG. 1). As a part of the receiving recess 66. In this configuration, a pair of second support sections 6 and edge wall sections 64 serve as a generally C-shaped encircling wall section in plan view to cooperate with the first support section 58 to define a receiving recess 66. The surrounding wall section (the slab section 60 and the edge wall section 64) coupled to the first support section 58 is used to make contact with the outer peripheral surface of the body 12 of the mating connector 10 and to be used for pairing The connector 10 is guided and held in position in the receiving recess 66. Thereby, an improper fit (e.g., a tilt fit) of the mating connector 10 and the connector 50 can be reliably prevented, even if the external size is as small as possible. The plurality of termination elements 54 are configured to include two types of termination element groups 54A, 54B having substantially the same shape and partially different longitudinal dimensions. Each of the termination members 54A, 54 is a needle-like member formed from a metal sheet having good electrical conductivity into a specified shape by, for example, a compression molding process, and integrally includes An intermediate attachment section 70 that is press fit into the termination component retaining slot 62 of the first support section 58 of the body 52; a contact section 72 that extends from the attachment section 70 for exposure to the first The surface of the support section 58 and the receiving recess 66 are provided as one end; and a lead section 74' extends from the attachment section 70 in a direction opposite the contact section 72 to protrude 120809.doc -21 - 200814440 The outer side of the body 52 comes as the other end. Both types of termination elements 54A, 54B are of the same size and shape except that the length of the corresponding lead segment 74 to be connected to the board conductor (which will be explained below) is different. * The contact section 72 of the female end-connecting member 54 is formed as a female contact section having a pair of bucklings having a substantially U-shape with a β 4 of 72 a. As will be explained below, when the connector 50 is mated and connected to the mating connector 1 , the female contact section 28 ( FIG. 5 ) of the corresponding termination component 14 of the mating connector 10 is mated to each of the termination components in a complementary manner. The mother of 54 contacts and is in conductive contact with section 72. The two types of termination elements 54A, 54B are alternately arranged in the longitudinal direction of the body 52, and the lead segments 74 of the termination elements 54A, 54B are arranged to stagger along the one long edge of the body 52. This staggered arrangement of the termination component lead segments 74 enables a narrow pitch arrangement corresponding to the high density connection structure of the connector 1〇 while preventing shorting of the conductor patterns on the circuit board. Instead of the above-described configuration in which a plurality of termination elements 54 are press-fitted into the first support section 58 of the body 52, a plurality of termination elements 54 may also be incorporated in the form of an insert when molding the body 52. structure. The shielding member 56 is a frame-shaped member which is formed in a substantially plan view from a metal plate having good conductivity by, for example, a compression molding process, and includes: an end-contacting element shielding portion 76, which An entire attachment section 70 for shielding the plurality of termination elements 54 attached to the first support section 58 of the body; and a grounding element 78 extending from the termination component shield area slave 76 and The ground contact area of the grounding component of the mating connector 1 is electrically conductive (Fig.). In the illustrated embodiment, the grounding element 120809.doc -22-200814440 78 is in the termination component shielding section 76. Each of the two longitudinal ends is provided in the shape of a rectangular plate. Each of the grounding members 78 has a pair of first contact pieces 78a extending substantially parallel to the extending direction of the terminating element shielding section 76. And facing each other; a second contact piece 78b disposed between the pair of first contact pieces 78a; and a ground piece 78c projecting outward on the side opposite to the second contact piece 7. Each of the outer surfaces of the first and second contact pieces 78a, 78b A contact point 80 is formed which is in conductive contact with each of the contact points 36 (Fig. 3(b)) provided on each of the ground contact segments 34 of the grounding member 30 of the mating connector 10. The component 56 is fixedly supported and assembled to the body 52 such that the two grounding elements 78 both cover the corresponding second support section 6A of the body 52. In this state, the first and second contacts of the grounding element 78 The pieces 78a, 78 are disposed inside the mating recess 68 of the second support section 60 of the body and the grounding piece 78c of the grounding member 78 is disposed to protrude outwardly from the second support section 6 of the body. The shielding member 56 Arranged to be properly assembled to the body 52 via the grounding member 78, wherein the terminating element shielding section 76 and the plurality of terminating elements 54 supported on the first support section 58 of the body are attached. The exposed surfaces of the segments 7 are spaced apart to electromagnetically shield the termination members 54. As will be explained below, when the connectors 5 are mated and connected to the mating connector J, the respective grounding members 78 of the shield member 56 are Corresponding ground contact of the grounding member 30 of the mating connector 1 The segment 34 is in conductive contact, thereby connecting the ground potential of the thief 50 (for example, the ground potential from the circuit board on which the connector 5 安装 is mounted via the ground pad 78c of the grounding member 78 to the ground of the conductor 50) to the ground via the ground plate P is connected to the grounding member 3 of the mating connector 1〇120809.doc -23· 200814440 The shielding layer G of the coaxial cable C (Fig. 5). Thus, the cable connector 1 and the circuit board are The signal transmission path formed in the connector system of the connector 50 establishes a high-order shielding structure and improves the high-speed transmission characteristics of the connector system. Figures 8 to 10 show a cable connector 10 and a circuit which are detachably combined with each other. The board connector 50 forms a view of the connector system 9'. In the connector system 90, when the cable connector 1〇 and the circuit board connector 5 are connected to each other, the connector 10 is entirely received in a complementary manner in the receiving recess 66 provided in the body 52 of the connector 5〇, And the mating segments 40 provided on the two longitudinal ends of the connector body 12 are complementarily fitted into corresponding mating recesses 68 provided on the two longitudinal ends of the connector body 52 such that the two connectors 10, 50 is maintained in a proper fit. In the proper mated state, the corresponding terminating elements 14, 54 of the two connectors 1 〇, 5 稳定 are stably connected to each other by two point contact of the corresponding contact sections 28, 72 in a male-female relationship with each other. (Figure 9). In addition, the grounding member 3 并入 incorporated in the body 丨 2 of the connector 1 在 under the appropriate fit is respectively connected to the ground contact portion 34 on the two longitudinal ends by three-point contact ( The contact points 36, 80) are stably assembled to the corresponding grounding elements 78 of the shield member 56 of the connector 5''. Here, the connector 5 surface-mounted to the circuit board R causes the respective termination elements 54 to be connected by lead wires 74 to the corresponding signal conductors si' on the circuit board r by means of soldering or the like and the two of the shield members 56 The grounding element 78 is connected to the corresponding ground conductor S2 on the circuit board r by soldering or the like by means of soldering or the like (Fig. 9). Thus, the ground potential is transmitted to the shielding members 44, 56' of the two connectors 10, 50 and transmitted to the shielding layer 120809.doc -24 - 200814440 G of the plurality of cables C connected to the connector 10, and This can improve the stability and reliability of the electrical grounding function in the connector system for connecting the cable_circuit board. In the above connector system 90, when the two connectors 1〇, 5〇 are in a proper fit, the circuit board connector 5 is configured in such a manner that the bottom plate 66a of the receiving body 66 and the receiving end 66 The female contact sections 72 of the connector members 54 overlap most of the height of the cable connector 10 (Fig. 9). Using the configuration in which the overlap in the height direction is minimized, the connector system 9 can contribute to a reduction in the total height corresponding to the structural characteristics of the cable 10 capable of reducing the external size (especially in the height direction). As already mentioned above, when the height is reduced in a conventional connector system, it may sometimes be difficult to separate the mating cable connectors from the board connectors. In order to solve such inconvenience, the circuit board connector 5 has a plurality of slots 82 with openings, and the slots 82 are dispersed and provided in the surrounding wall section (ie, the second support section 6〇 and the edge wall area) The receiving recess 66 of the body 52 in section 64) is in communication (Fig. 6, Fig. 7). Xin as shown in Fig. 10A, in a mating connector 1〇, 5〇, when an operator needs to pick up the cable connector 1〇 with a finger or a tool (not shown) and connect it to the board connector 50 When separated, the plurality of notches 82 provided on the surrounding wall sections 6A, 64 of the body 52 act very effectively as a space for the fingers or tools to be smoothly inserted. Thus, in a connector system 90 having a reduced external dimension, although provided as described above, the corresponding termination elements 14, 54 and the grounding member 30 and the shield member 56 of the two connectors 105 can be held appropriately, respectively. The fact that the complementary mating structure in the contact state (the mating section 4〇, the winding wall sections 60, 64, the receiving recess 66, etc.) does not produce 120809.doc -25· 200814440 due to difficult work Damage to the connectors 10, 50 can safely separate the cable connector 10 from the board connector. Therefore, even if the external size is reduced, the connector 5A mounted to the board scale enables the mating component 14 and the terminating member 54 of the mating connector 1 to stably maintain proper contact state and separate the mating connector. The separation work can be performed safely and easily. Similarly, even if the external size is reduced, the connector system 9 for connecting the cable to the circuit board enables the mating components 14, 15 of the mating connectors 10, 50 to stably maintain proper contact, and The separation of the separation connectors 1 and 5 can be performed safely and easily. The plurality of notches 82 formed in the surrounding wall sections 60, 64 of the body 50 of the connector 50 are disposed in the mounting area of the connector 5A on the circuit board R (ie, the 'connector system 9' Zone) so that it does not affect the high density mounting of board R. In the above configuration, as shown in FIG. 10, the plurality of notches 82 provided in the winding wall sections 6A, 64 of the body 52 of the connector 5 are preferably disposed in the longitudinal direction with respect to the bisecting body. The center line 52c of 52 is symmetrically located. Further, as seen by the body 12 of the connector 1, the plurality of notches 82 are preferably disposed at positions symmetrical with respect to the center line 12c of the bisecting body 12 in the lateral direction. By forming the plurality of notches 82 at positions symmetrical to each other with respect to a predetermined centerline defined on the connector body 52, an object pick-up tool such as a pliers (not shown) can be used to apply a balancing force. To the connector ίο to separate it from the receiving recess 66 of the connector 5〇. Thereby, damage to the connectors 10, 50 can be prevented more effectively. In the illustrated embodiment, a pair of notches 82 are provided adjacent the first support 120809.doc -26 - 200814440 section 58 of the body 52 of the connector 50. Therefore, a notch 84 is formed at a corresponding position of the shield member % so that a tool or the like can be inserted into the notch 82. By providing such a structural invention as needed, the position is provided at the position in the connector body 52. A number of slots 82 are required. Therein, as in the illustrated embodiment, the surrounding wall sections 6A, 64 of the body 52 have a plurality of mutually opposing wall portions (eg, a portion of the second support section 6A adjacent the first support member 58 and In the case of the opposite edge wall sections 64), a plurality of notches 82 may be provided at corresponding corresponding locations on the soil cutters, but are not limited to the symmetric positions described above. With this configuration, an object pick-up type tool can also be used to separate a connector from the connector by applying a stable separation force to the mating connector by picking up three points or more. The invention has been described above with reference to a preferred embodiment of the invention. However, the present invention is by no means limited to the configuration of the above embodiment, but various modifications can be made to the above embodiment. For example, as shown in FIGS. 1 and 12, the abutment portion 44c of the shield member 44 located between the two attachment portions 44b of the body 12 in the cable connector 1 can have the attachment portion 44b The same curved shape. In this case, each abutting portion 44c is adjacent to the inner surface of the second contact piece 34b of each of the ground contact portions 34 of the grounding member 3A exposed on the mating portion 4 of the body 12. The conductivity of the crucible, and the shield member 44 is thereby electrically connected to the ground member 3 (Fig. 12 (b)). The body 12 of the connector 10 can include one or more beam portions 86 to span the opening 38 of the electrical connection portion 32 having the ground member 30 (Fig. 11(b)). According to this configuration, the rigidity of the connector body 12 can be increased and the fixing strength of the grounding member 30 and the connector body 12 can be improved. 120809.doc -27- 200814440 BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing a connection in a assembled state according to an embodiment of the present invention; (a) - seen from the side of the shield member View, and (b) - view as seen from the side of the contact section of the terminating element. Figure 2 is an exploded perspective view showing the connector of Figure 1. Figure 3 is a perspective view showing the connector of Figure 1; (a) one end connected component, and (b) a ground contact section.
圖4係一顯示處於半組配狀態下之圖1之連接器的透視 圖。 圖5係一顯示沿線V-V截取之圖1之連接器的剖視圖。 圖6係一顯示一根據本發明之另一實施例處於組配狀態 下之連接器的透視圖。 圖7係一顯示圖6之連接器的分解透視圖。 圖8係一顯示一根據本發明之一實施例處於組配狀態下 之連接器系統的透視圖。 圖9係一沿線ΐχ-ΐχ截取之圖8之連接器系統的剖視圖。 圖10係一顯示圖8之連接器系統的平面圖。 圖11係一顯示一對圖1之連接器之修改的透視圖；（a) 一 自該屏蔽部件側所看到的視圖，及（b) —自該端接元件接觸 區段侧所看到的視圖。 圖12係一顯示對圖11之該修改的局部視圖；（a) 一放大平 面圖，及（b)—沿線ΧΙΙ-ΧΠ截取的剖視圖。 【主要元件符號說明】 10 連接器 120809.doc -28- 200814440Figure 4 is a perspective view showing the connector of Figure 1 in a semi-assembled state. Figure 5 is a cross-sectional view showing the connector of Figure 1 taken along line V-V. Figure 6 is a perspective view showing a connector in an assembled state according to another embodiment of the present invention. Figure 7 is an exploded perspective view showing the connector of Figure 6. Figure 8 is a perspective view showing a connector system in an assembled state in accordance with an embodiment of the present invention. Figure 9 is a cross-sectional view of the connector system of Figure 8 taken along line ΐχ-ΐχ. Figure 10 is a plan view showing the connector system of Figure 8. Figure 11 is a perspective view showing a modification of a pair of connectors of Figure 1; (a) a view seen from the side of the shield member, and (b) - seen from the side of the contact portion of the terminating member View. Figure 12 is a partial view showing the modification of Figure 11; (a) an enlarged plan view, and (b) - a cross-sectional view taken along line ΧΙΙ-ΧΠ. [Main component symbol description] 10 Connector 120809.doc -28- 200814440
12 本體 12a 本體12之一主表面 12b 主表面 12c 本體12之中心線 14 端接元件 16 接地結構 16(30) 接地結構 18 第一支撐區段 20 第二支撐區段 22 線芯導體固持槽 24 凹陷 26 線芯導體連接區段 28 接觸區段 28a 接觸部分 30 接地部件 32 電纜連接區段 32a 表面 32b 表面 34 接地接觸區段 34a 第一接觸片 3 4b 第二接觸片 34c 第二接觸片 36 接觸點 38 開口 -29- 120809.doc 20081444012 body 12a body 12 one main surface 12b main surface 12c body 12 center line 14 termination element 16 ground structure 16 (30) ground structure 18 first support section 20 second support section 22 core conductor holding slot 24 Recess 26 core conductor connection section 28 contact section 28a contact portion 30 grounding member 32 cable connection section 32a surface 32b surface 34 ground contact section 34a first contact piece 3 4b second contact piece 34c second contact piece 36 contact Point 38 opening -29- 120809.doc 200814440
40 配合區段 40a 附裝槽 42 凹陷 44 屏蔽部件 44a 主表面12a的主部分 44b 本體12的附裝部分 44c 鄰接部分 50 連接器 52 本體 52c 本體52之中心線 54 端接元件 54a 端接元件 54B 端接元件 56 屏蔽部件 58 第一支撐區段 60, 64 環繞壁區段 62 端接元件固持槽 64 邊緣壁區段 66 接納凹槽 66a 接納凹槽66之底板 68 配合凹陷 70 附裝區段 72 接觸區段 72a 接觸部分 -30- 120809.doc 200814440 74 引線區段 76 端接元件屏蔽區段 78 接地元件 78a 第一接觸片 78b 第二接觸片 78c 接地片 80 接觸點 82 槽口40 mating section 40a attachment slot 42 recess 44 shield member 44a main portion 44b of main surface 12a attachment portion 44c of body 12 abutment portion 50 connector 52 body 52c centerline 54 of body 52 termination component 54a termination component 54B Termination Element 56 Shielding Member 58 First Support Section 60, 64 Surrounding Wall Section 62 Termination Element Retaining Groove 64 Edge Wall Section 66 Receiving Groove 66a Baseplate 68 Receiving Groove 66 Mating Recession 70 Attachment Section 72 Contact section 72a Contact section -30- 120809.doc 200814440 74 Lead section 76 Termination element shield section 78 Ground element 78a First contact piece 78b Second contact piece 78c Ground piece 80 Contact point 82 Notch
84 缺口 86 橫樑部分 90 連接器系統 C 電纜 CA 同轴電繞總成 D 絕緣體 G 屏蔽層 Ga 屏蔽層G之表面 P 接地板 R 電路板 S 外護套 S1 信號導體 S2 接地導體 W 線芯導體 120809.doc -31-84 Notch 86 Beam Section 90 Connector System C Cable CA Coaxial Winding Assembly D Insulator G Shield Ga Shielding Surface G Grounding Plate R Circuit Board S Outer Sheath S1 Signal Conductor S2 Grounding Conductor W Wire Core Conductor 120809 .doc -31-