1263381 九、發明說明: 【發明所屬之技術領域】 本發明是有關於-種電連接器之組合體,特別是指一 種可提升資料傳輸速率及資料傳輸可靠度,並達到良好電 磁波干擾遮蔽效果以有效地降低串音影響之電連接器之组 合體。 【先前技術】 用於電腦上,譬如1263381 IX. Description of the Invention: [Technical Field] The present invention relates to a combination of electrical connectors, and particularly relates to a method for improving data transmission rate and data transmission reliability, and achieving good electromagnetic interference shielding effect. An assembly of electrical connectors that effectively reduces crosstalk effects. [Prior Art] Used on a computer, such as
訊號傳輸線及電連接器之組合體應 用,-外接裝置與-電腦相連接。電腦運用各種裝置,使 其能在高速率及高可t度下傳輸f料。如美國專利第 6,336,827號「平衡式訊號線及電連接器單元」即為此一裝 置的範例。 Η 1圖2所示,该案中平衡式訊號線及電連接器單 元1,訊號線12之金屬線12〇其裸線121連接至一電連接 器11之訊號接點lU與接地接點112,且該電連接器U經 由該印刷電路板13與該訊號線12電連接。—金屬外殼14 安裝蓋合於印刷電路板13丨,且上述元件均與該印刷電路 板13結合。此外,訊號線及電連接器單元丨更包含一插設 於金屬外殼14前端之絕緣殼體丨5。 由於訊號線12與訊號接點in、接地接點112間多了 一印刷電路板13的轉接,使訊號線12與訊號接點m、接 地接點112間接互相連接,因而降低了資料傳輸的速率,此 乃為一上述裝置之缺點。此外,由於資料必需經由一外部 兀件(如印刷電路板13)的傳導,資料將增加失真的可能性, 1263381 因此,資料傳輸的整體可靠度會降低。 另方面,金屬線120之裸線121互相間隔地設置於 ^刷包路板13間,且未設有電磁遮蔽,因此,裸線121間 由於包磁波的干擾而產生串音卜⑺“仏1匕)及雜訊問題,結 果會使得資料傳輪的品質降低。The combination of the signal transmission line and the electrical connector, and the external device is connected to the computer. The computer uses a variety of devices to transmit f at high speeds and high t-degrees. For example, U.S. Patent No. 6,336,827, "Balanced Signal Line and Electrical Connector Unit" is an example of such a device. Η 1 shown in FIG. 2, in the case of the balanced signal line and electrical connector unit 1, the metal line 12 of the signal line 12, the bare line 121 is connected to the signal contact lU and the ground contact 112 of an electrical connector 11. And the electrical connector U is electrically connected to the signal line 12 via the printed circuit board 13. - The metal casing 14 is mounted to cover the printed circuit board 13 and the above components are combined with the printed circuit board 13. In addition, the signal line and the electrical connector unit further include an insulative housing 插5 that is inserted into the front end of the metal casing 14. Since the signal line 12 is connected to the signal contact board and the ground contact 112 by a transfer of the printed circuit board 13, the signal line 12 is indirectly connected to the signal contact m and the ground contact 112, thereby reducing data transmission. Rate, which is a disadvantage of the above device. In addition, since the data must be transmitted via an external component (such as printed circuit board 13), the data increases the likelihood of distortion, 1263381, thus reducing the overall reliability of data transmission. On the other hand, the bare wires 121 of the metal wires 120 are disposed between the brushed road boards 13 at intervals, and are not provided with electromagnetic shielding. Therefore, the bare wires 121 are caused to be crosstalk due to the interference of the magnetic wave (7) "仏1匕) and the noise problem, the result will reduce the quality of the data transmission.
圖3疋沿著一 χ-Ζ平面觀看之視圖,該視圖大致垂 直於H線12的轴線方向。雖然訊號接點ln &著X方向 :、接:也接點i12互相區隔地設置,但由於接地接點⑴與 金屬外设14之間的空隙使得訊號接,點111與接地接點112 間並未完全隔離’相鄰訊號接點ill間傳送訊號時由於缺少 了電磁波隔離,因此會產生串音現象。 【發明内容】 本1明之目的,即在提供一種具有改良過的端 子模組以供導電端子間產生有效電磁波遮蔽之電連接器的 本本發明之另—目的,即在提供一種可增加資料傳輸的 可罪度之電連接器的總合。 再目的,即在提供一種有效地遮蔽電磁波 干擾以提升資料傳輪品質之電連接器的總合。 =據本發明之—實施態樣,電連接器包含—具有複數 金屬座、—模造形成於金屬座外且具有複數分別 子槽内之絕緣層的絕緣本體,及複數分別設置於 :之之I電端子。金屬座更包括複數露出於絕緣本體 外接地70件,接地元件與端子槽實質上朝同-方向延伸 1263381 根據本發明之另一實施態樣,端子模組包含一具有衩 數端子槽之金屬座、複數分別被覆於端子槽内之絕緣層, 及複數分別設置於絕緣層内之導電端子。 【實施方式】 參閱圖4、圖5與圖6,本發明電連接器的總合200之 較佳實施例包含一訊號傳輸線2及一電連接於訊號傳輸線2 之電連接器3。 訊號傳輸線2包括複數訊號線211、211,,及複數接地 線212。訊號線211、21 Γ及接地線212以三合一成束的方 式聚集在一組,如每一組為一訊號線211、一訊號線211,及 一接地線212所構成,且每一組並以一絕緣護套22包裹成 束。訊號線211、211’及接地線212之左端裸露於絕緣護套 22外。絕緣護套22是由如塑膠之絕緣材質所製成。 訊號傳輸線2更包括一套筒23,該套筒23包覆於每組 成束之訊號線211、211,、接地線212,及絕緣護套22由訊 號線211、211與接地線212之裸露端延伸至訊號傳輸線2 另一端的預定長度。訊號傳輸線2亦包括一配置於絕緣護 套22上之結合件25,使絕緣護套22與結合件25大致呈一 直線地位於同一方向。 一對承載座24可對應夾合於訊號傳輸線2鄰近套筒23 位於結合件25之一端。每一承載座24上形成複數承載槽 241,每一絕緣護套22設置於一相對應之承載槽241内。 參閱圖7、圖8、圖9與圖1〇,並配合圖4、圖5與圖 1263381 6,電連接器3包括一具有複數導電端子33之端子模組3ι ’及一設於端子模組31外之金屬屏蔽34。 端子模組31包括一具有複數端子槽32a之金屬座32。 一絕緣本體32〇模造形成於金屬座32上,且絕緣本體32〇 包括複數分別被覆於端子槽32a(如圖10)内之絕緣層323。 在本實施例中,金屬座32具有一第一部311及一第二部 312’且jr而子槽32a從第一部311延伸至第二部312。 金屬座32更包括複數與端子槽32a大致朝同一方向延 伸且分別插置於端子槽32a内之接地元件324、325,亦即 一端子槽32a是設置於兩接地元件324、325間。接地元件 包括裸露於絕緣本體320外並位於第一部3 11内之第一接地 隔板324,及裸露於絕緣本體32〇外並位於第二部312内之 接地接點325。由於第一接地隔板324與接地接點325皆由 金屬座32所形成,因此第一接地隔板324與接地接點325 互成一體且彼此互相電連接。 參閱圖5,每一導電端子33包括一銲接部331及一接 觸邛332。導電端子33之鮮接部331分別設置於延伸至金 屬座32第一部311之端子槽32a的絕緣層323内。導電端 子33之接觸部332則分別設置於延伸至金屬座32第二部 312之i而子槽32a的絕緣層323内。因此,導電端子33之 銲接部331插置於第一接地隔板324内,而導電端子33之 接觸部332插置於接地接點325内。 金屬屏蔽34包覆於金屬座32之第一部311,且包括複 數由金屬屏蔽34朝金屬座32之第一接地隔板324凸伸之 1263381 第二接地隔板341。第二接地隔板341與第一接地隔板324 父&並導接。如圖7與圖11所示,每一第一接地隔板324 具有一由縱向凹槽3%所形成之縱肋,每一第二接地隔板 341具有一相對應嵌入於第一接地隔板324的縱向凹槽326 内之縱肋343。因此,金屬屏蔽34與第一接地隔板324二 者相配合用以阻隔導電端子33間所產生之電磁波。 每一金屬座32之第一、第二部311、312分別具有一頂 端及一底端,如圖1〇所示,端子槽32a分別形成於第一部 311之頂端與底端,如圖14所示,端子槽32a也分別形成 於第二部3 12之頂端與底端。配合參閱圖11,藉由上述構 件’訊號線211分別設置於第一部3丨丨頂端之絕緣層323, 且導電端子33之銲接部331插置於訊號線211與絕緣層 323之間,而訊號線211,則分別設置於第一部311底端之絕 緣層323,且導電端子33之銲接部331插置於訊號線211, 與絕緣層323之間。以本實施例而言,訊號線2丨丨用以傳送 發射訊號,而訊號線211,用以傳送接收訊號。配合參閱圖 11,汛唬線211、211之裸露端由於完全隔離地穿設於上述 構件間,以致於在訊號線211、211,間不會產生電磁波干擾 配合麥閱圖I2,在一另—實施例中,一對導電端子33 設置於兩接地元件324、325之間,且導電端子33只設置 於第-、第二部311、312之頂端,圖中僅顯示第一接地隔 板324設於第-部311上。在本實施例中,每一訊號線 、211,可分別設置於每對第—接地隔板324間之每一絕緣層 1263381 323 上。 金屬屏蔽34可包括二分別覆蓋於第一部311之頂端與 底端的殼體部340。每一金屬屏蔽34之殼體部34〇具有複 數穿孔342(如圖5),且金屬屏蔽34之每一殼體部34〇的穿 孔342分別供接地線212穿設(如圖6)。當設置於穿孔⑷ 内時接地線212可銲接於金屬屏蔽34,但銲接部不需顯示 出來。另一方面,接地線212是與金屬屏蔽34電連接。 端子杈組31之接地接點325能用於與一相配合之電連 接器的接地接點(圖未示)相對接,並與一印刷電路板(圖未 不)電連接。因此,接地接點325能經由形成於印刷電路版 上之接地墊而達成接地。最終,由於第二接地隔板341分 別嵌入於縱向凹槽326,且由於第一接地隔板324與接地接 點325是一體成型,接地線212會經由接地接點325而達 成接地。也可利用另一種方法與訊號傳輸線2接地,例如 利用常見的鑲金屬的結構(圖未示)設置於絕緣護套22外。 再-人參閱圖5 ’電連接的總合2 〇 〇更包括一包覆於電 連接杰3及承載座24外之金屬外殼4,如同部分訊號傳輸 線2連接且包覆於電連接器3與承載座24内。金屬外殼* 包括一對主设體42 ’且電連接器3與承載座24插置於二相 對應之主殼體42間。二鎖接栓41沿著主殼體42二相對邊 並大致依訊號傳輸線2之軸向穿設於主殼體42間。鎖接检 41疋以一般常用的方法將金屬外殼4固設於^一電子拿置(图 未示)上。 上述之電連接器的總合200,由於導電端子33是直接 10 1263381 銲接於訊號傳輸線2之訊號線211、211,上,與美國專利第 β,336,827號所揭露之電連接器接點lu、112與訊號傳輸線 裸線121經由印刷電路板13間接連接作比較,能夠達成更 快的資料傳輸速率。此外,由於第一、第二接地隔板324、 341將訊號線211、211,完全阻隔,以致於在訊號線211、 21Γ之間不會有電磁波干擾產生。另外,金屬座32能使第 一、第二接地隔板324、341與導電端子33間之結合簡化 。此外’金屬外殼4之用途’可用於保護訊號it件間避免 ® f到外部電磁波干擾。 本發明主要的特徵在於端子模組31的使用。端子模組 31之金屬座32是由端子槽32a構成一獨特的結構所製成, 且能夠提供導電端子33間有效的電磁波阻隔。由於端子槽 32a内被覆有絕緣層323,因此導電端子33間將不會產生短 路。 端子模組31是由絕緣本體32〇以嵌入式射出成型的方 • 式被覆於金屬座32上所製造而成,且金屬座32上並預先 _ 形成有端子槽32a。絕緣層323是於射出成型時成型於絕緣 本體320上。此外,使用隔離被覆層323a(如圖15)取代絕 緣層323是可行的。 當端子模組相對於本發明之已被描述用於訊號傳輸線 連接200❿言,本發明的應用並不只偈限於此。本發明 也可應用於其他類型的連接器,且連接器包括有複數用於 傳輸訊號的導電端子。如圖16至圖23所示即為此種連接 器的範例。如圖16至圖19所示,一插頭連接器之端子模 ^263381 、、且500用於與一電路板相連接。插頭連接器包括一具有複 數立而子槽502之金屬座5()1,每一端子槽5〇2内被覆有一絕 緣層503。複數導電端子5〇4分別插設於絕緣層5〇3内。 如圖2〇至圖23所示,一插座連接器之端子模組600 用於與一電路板相連接。端子模組6〇〇包括一具有複數端 子槽602之金屬座601,每一端子槽6〇2内被覆有一絕緣層 6〇3。複數導電端子6〇4分別插設於絕緣層6〇3内。 金屬座501、601可經由使用適合的金屬材質加工成型 方式製造。例如,金屬座5〇1、6〇1可以經由使用如鋁鎂合 金或鋁辞合金的鑄造加工製成。金屬座5〇1、6〇1也可使用 粉末冶金的技術乍,並選用^合的金屬粉末如銅作為材 質。 絕緣層503、6〇3可單獨作成一片而分別插設於端子槽 502、6〇2内。絕緣層5〇3、6〇3可一體地由射出成型方式製 成。在本範例中,絕緣層503、603將與模造形成於金屬座 501、601上之絕緣本體連接。 插頭及插座連接器500、600,如同金屬座5〇1、6〇1 一 樣為單一個體,每一端子槽502、6〇2受限位於包覆在相對 應導電端子504、604外之金屬壁,且在導電端子5〇4、6〇4 中並未形成有任何的間斷或缝隙。結果,在導電端子5〇4、 604間便產生有效的電磁波遮蔽。另外,單一個體之金屬座 501 601可方便地被製造成型而不需複雜的組裝步驟。 以上所述者,僅為本發明之較佳實施例,當不能以此 限制本發明所揭露之實施例範圍,即依本發明說明書内容 12 1263381 及=圍所作之修飾與等效變化,皆屬本發明涵蓋之範圍。 L圖式簡單說明】 囷1疋一習知之訊號線及電連接哭留-• 兒逆獲為早π的局部立體圖 圖; 2是圖i習知訊號線及電連接器單元之—局部剖面 點之 局部1電連接器單元之訊號接點及接地接 圖; 圖4是本發明電連接器的總合的較佳實 施例之一立體 圖5是該較佳實施例之一局部立體分解圖; 圖6是該較佳實施例之一局部側視剖面圖; 圖7是該較佳實施例之一金屬座之立體圖; 圖8是該較佳實_之—端子模組之立體圖; 圖9是該較佳實施例之導電端子穿設於端子模組内之 一立體圖; 圖10是圖8沿10_10線之一局部剖面圖; 圖11是-類似於圖10之局部剖面圖,說明端子模組内 設置有複數導電端子、複數訊號線,及—金屬屏蔽,· 圖12是另一端子模組之實施態樣的一局部剖面圖,· 圖13是一類似於圖9之視圖,說明端子模組旋轉⑽ 度後之狀態; 圖14是/ 13沿AM線之一局部剖面圖; 圖15疋另—端子模組絕緣層之實施態樣的一局部剖面 13 126338.1 圖16是本發明電連接器的總合的第二較佳實施例之一 金屬座之立體圖; 圖17疋圖16之端子模組之一立體圖·, 圖18是圖16之端子模組之一正視圖; 圖19是一類似於圖17 > i目鬧,% 、皆& 口 w之視圖,况明導電端子插設於 端子模組内;Fig. 3 is a view as viewed along a χ-Ζ plane which is substantially perpendicular to the axial direction of the H line 12. Although the signal contacts ln & X direction:, and: the contacts i12 are also separated from each other, but because of the gap between the ground contact (1) and the metal peripheral 14 so that the signal is connected, between the point 111 and the ground contact 112 The crosstalk between the adjacent signal contacts ill is not completely isolated due to the lack of electromagnetic wave isolation. SUMMARY OF THE INVENTION It is an object of the present invention to provide an electrical connector having an improved terminal module for generating effective electromagnetic wave shielding between conductive terminals, that is, to provide an increase in data transmission. The sum of the electrical connectors of sin. A further object is to provide an electrical connector that effectively shields electromagnetic interference to enhance the quality of the data transfer. According to the embodiment of the invention, the electrical connector comprises: an insulating body having a plurality of metal seats, being formed outside the metal seat and having an insulating layer in the plurality of sub-grooves, and the plurality being respectively disposed at: Electrical terminal. The metal seat further includes a plurality of external body grounding members 70, and the grounding member and the terminal slot extend substantially in the same direction. 1263381. According to another embodiment of the present invention, the terminal module includes a metal seat having a plurality of terminal slots. And a plurality of insulating layers respectively covered in the terminal slots, and a plurality of conductive terminals respectively disposed in the insulating layer. [Embodiment] Referring to Figures 4, 5 and 6, a preferred embodiment of the electrical connector 200 of the present invention comprises a signal transmission line 2 and an electrical connector 3 electrically connected to the signal transmission line 2. The signal transmission line 2 includes a plurality of signal lines 211, 211, and a plurality of ground lines 212. The signal lines 211, 21 Γ and the ground line 212 are grouped in a bundle in a three-in-one manner, for example, each group is a signal line 211, a signal line 211, and a ground line 212, and each group And wrapped in an insulating sheath 22 to form a bundle. The left ends of the signal lines 211, 211' and the ground line 212 are exposed outside the insulating sheath 22. The insulating sheath 22 is made of an insulating material such as plastic. The signal transmission line 2 further includes a sleeve 23 covering the signal lines 211 and 211 of each of the bundles, the grounding line 212, and the exposed end of the insulating sheath 22 by the signal lines 211, 211 and the grounding line 212. Extends to a predetermined length at the other end of the signal transmission line 2. The signal transmission line 2 also includes a coupling member 25 disposed on the insulating sheath 22 such that the insulating sheath 22 and the coupling member 25 are substantially in the same direction in a straight line. A pair of carriers 24 can be correspondingly clamped to the signal transmission line 2 adjacent to the sleeve 23 at one end of the coupling member 25. A plurality of bearing grooves 241 are formed on each of the bearing blocks 24, and each of the insulating sheaths 22 is disposed in a corresponding bearing groove 241. Referring to FIG. 7 , FIG. 8 , FIG. 9 and FIG. 1 , together with FIG. 4 , FIG. 5 and FIG. 1263381, the electrical connector 3 includes a terminal module 3 ι′ having a plurality of conductive terminals 33 and a terminal module. 31 metal shield 34. The terminal module 31 includes a metal seat 32 having a plurality of terminal slots 32a. An insulative housing 32 is formed on the metal seat 32, and the insulative housing 32 includes a plurality of insulating layers 323 respectively covered in the terminal slots 32a (Fig. 10). In the present embodiment, the metal seat 32 has a first portion 311 and a second portion 312' and jr and the sub-groove 32a extends from the first portion 311 to the second portion 312. The metal seat 32 further includes a plurality of grounding members 324, 325 extending substantially in the same direction as the terminal slots 32a and interposed in the terminal slots 32a, that is, a terminal slot 32a is disposed between the two grounding members 324, 325. The grounding element includes a first grounding baffle 324 that is exposed outside the insulative housing 320 and located within the first portion 311, and a grounding contact 325 that is exposed outside the insulative housing 32 and located within the second portion 312. Since the first grounding spacer 324 and the grounding contact 325 are both formed by the metal seat 32, the first grounding spacer 324 and the grounding contact 325 are integrated with each other and electrically connected to each other. Referring to FIG. 5, each of the conductive terminals 33 includes a soldering portion 331 and a contact pad 332. The fresh portions 331 of the conductive terminals 33 are respectively disposed in the insulating layer 323 which extends to the terminal grooves 32a of the first portion 311 of the metal holder 32. The contact portions 332 of the conductive terminals 33 are respectively disposed in the insulating layer 323 which extends to the second portion 312 of the metal seat 32 and the sub-groove 32a. Therefore, the soldering portion 331 of the conductive terminal 33 is inserted into the first grounding spacer 324, and the contact portion 332 of the conductive terminal 33 is inserted into the grounding contact 325. The metal shield 34 is wrapped around the first portion 311 of the metal seat 32 and includes a plurality of 1263381 second ground spacers 341 that are protruded from the metal shield 34 toward the first ground partition 324 of the metal seat 32. The second grounding spacer 341 is coupled to the first grounding spacer 324. As shown in FIG. 7 and FIG. 11, each of the first grounding spacers 324 has a longitudinal rib formed by a longitudinal groove 3%, and each of the second grounding spacers 341 has a corresponding one of the first grounding spacers. A longitudinal rib 343 in the longitudinal groove 326 of the 324. Therefore, the metal shield 34 cooperates with the first grounding spacer 324 to block electromagnetic waves generated between the conductive terminals 33. The first and second portions 311 and 312 of each of the metal seats 32 respectively have a top end and a bottom end. As shown in FIG. 1A, the terminal slots 32a are respectively formed at the top end and the bottom end of the first portion 311, as shown in FIG. As shown, terminal grooves 32a are also formed at the top and bottom ends of the second portion 3 12, respectively. Referring to FIG. 11, the component 'signal line 211 is respectively disposed on the insulating layer 323 at the top end of the first portion 3', and the soldering portion 331 of the conductive terminal 33 is interposed between the signal line 211 and the insulating layer 323. The signal line 211 is respectively disposed on the insulating layer 323 at the bottom end of the first portion 311, and the solder portion 331 of the conductive terminal 33 is interposed between the signal line 211 and the insulating layer 323. In this embodiment, the signal line 2 is used to transmit a transmission signal, and the signal line 211 is used to transmit a reception signal. Referring to FIG. 11, the exposed ends of the twisted wires 211 and 211 are completely separated from each other between the above-mentioned members, so that electromagnetic wave interference does not occur between the signal lines 211 and 211. In the embodiment, a pair of conductive terminals 33 are disposed between the two grounding members 324, 325, and the conductive terminals 33 are disposed only at the top ends of the first and second portions 311, 312, and only the first grounding spacer 324 is shown. On the first part 311. In this embodiment, each of the signal lines 211 may be disposed on each of the insulating layers 1263381 323 between each pair of the first grounding spacers 324. The metal shield 34 can include two housing portions 340 that respectively cover the top and bottom ends of the first portion 311. The housing portion 34 of each of the metal shields 34 has a plurality of through holes 342 (Fig. 5), and the through holes 342 of each of the housing portions 34 of the metal shield 34 are respectively passed through the grounding wire 212 (Fig. 6). The grounding wire 212 can be soldered to the metal shield 34 when disposed within the perforation (4), but the weld is not required to be displayed. On the other hand, the ground line 212 is electrically connected to the metal shield 34. The ground contact 325 of the terminal block 31 can be used to interface with a grounded contact (not shown) of a mating electrical connector and electrically coupled to a printed circuit board (not shown). Therefore, the ground contact 325 can be grounded via a ground pad formed on the printed circuit board. Finally, since the second grounding spacers 341 are embedded in the longitudinal grooves 326, respectively, and since the first grounding spacers 324 are integrally formed with the grounding contacts 325, the grounding wires 212 are grounded via the grounding contacts 325. Alternatively, the signal transmission line 2 can be grounded, for example, by a conventional metal-clad structure (not shown) disposed outside the insulating sheath 22. Referring again to Figure 5, the sum of the electrical connections 2 includes a metal casing 4 covering the electrical connection Jie 3 and the carrier 24, as part of the signal transmission line 2 is connected and covered with the electrical connector 3 and Inside the carrier 24. The metal casing* includes a pair of main bodies 42' and the electrical connector 3 and the carrier 24 are interposed between the two main housings 42. The two locking bolts 41 are disposed between the main casing 42 along the opposite sides of the main casing 42 and substantially in the axial direction of the signal transmission line 2. Locking inspection 41. The metal casing 4 is fixed to an electronic device (not shown) in a generally used manner. The electrical connector of the above-mentioned electrical connector 200, because the conductive terminal 33 is directly connected to the signal line 211, 211 of the signal transmission line 2, and the electrical connector contact disclosed in the US Patent No. β, 336, 827, Comparing 112 with the signal transmission line bare line 121 via the printed circuit board 13 for indirect connection, a faster data transmission rate can be achieved. In addition, since the first and second grounding spacers 324, 341 completely block the signal lines 211, 211, electromagnetic wave interference does not occur between the signal lines 211, 21A. Further, the metal seat 32 simplifies the combination between the first and second grounding spacers 324, 341 and the conductive terminals 33. In addition, the 'use of the metal casing 4' can be used to protect the signal between the components and avoid external electromagnetic interference. The main feature of the invention is the use of the terminal module 31. The metal seat 32 of the terminal module 31 is formed by the unique structure of the terminal groove 32a, and can provide an effective electromagnetic wave barrier between the conductive terminals 33. Since the insulating layer 323 is covered in the terminal groove 32a, a short circuit will not occur between the conductive terminals 33. The terminal module 31 is manufactured by covering the metal seat 32 with an insulative housing 32, and the terminal block 32a is formed in advance on the metal seat 32. The insulating layer 323 is formed on the insulating body 320 at the time of injection molding. Further, it is possible to replace the insulating layer 323 with the isolating coating layer 323a (Fig. 15). When the terminal module has been described with respect to the present invention for signal transmission line connection 200, the application of the present invention is not limited thereto. The invention is also applicable to other types of connectors, and the connector includes a plurality of conductive terminals for transmitting signals. An example of such a connector is shown in Figures 16-23. As shown in Figs. 16 to 19, the terminal molds ^263381, and 500 of a plug connector are used to be connected to a circuit board. The plug connector includes a metal seat 5 () 1 having a plurality of vertical slots 502, each of which is covered with an insulating layer 503. The plurality of conductive terminals 5〇4 are respectively inserted in the insulating layer 5〇3. As shown in FIG. 2 to FIG. 23, the terminal module 600 of a socket connector is used for connection with a circuit board. The terminal module 6A includes a metal seat 601 having a plurality of terminal slots 602, each of which is covered with an insulating layer 6〇3. The plurality of conductive terminals 6〇4 are respectively inserted in the insulating layer 6〇3. The metal seats 501, 601 can be manufactured by using a suitable metal material for forming. For example, the metal seats 5〇1, 6〇1 can be made by using a casting process such as an aluminum-magnesium alloy or an aluminum alloy. Metal seats 5〇1, 6〇1 can also be used in powder metallurgy technology, and metal powder such as copper is used as the material. The insulating layers 503 and 6〇3 may be separately formed into one piece and inserted into the terminal grooves 502 and 6〇2, respectively. The insulating layers 5〇3, 6〇3 can be integrally formed by injection molding. In this example, the insulating layers 503, 603 will be joined to the insulative body molded over the metal seats 501, 601. The plug and socket connectors 500, 600 are a single unit like the metal seats 5〇1, 6〇1, and each of the terminal slots 502, 6〇2 is limited to a metal wall wrapped around the corresponding conductive terminals 504, 604. And no discontinuities or gaps are formed in the conductive terminals 5〇4, 6〇4. As a result, effective electromagnetic wave shielding occurs between the conductive terminals 5〇4, 604. In addition, a single individual metal seat 501 601 can be conveniently fabricated without complicated assembly steps. The above is only the preferred embodiment of the present invention, and the scope of the embodiments disclosed in the present invention is not limited thereto, that is, the modifications and equivalent changes according to the contents of the specification 12 1263381 and The scope of the invention is covered. A simple description of the L pattern] 囷1疋 A well-known signal line and electrical connection crying - • The child is reversed as a partial perspective view of the early π; 2 is the i-known signal line and the electrical connector unit - the local profile point FIG. 4 is a perspective view of a preferred embodiment of the electrical connector of the present invention. FIG. 4 is a partial perspective exploded view of the preferred embodiment of the present invention; FIG. 6 is a partial side elevational cross-sectional view of the preferred embodiment; FIG. 7 is a perspective view of a metal seat of the preferred embodiment; FIG. 8 is a perspective view of the preferred embodiment of the terminal module; FIG. 10 is a partial cross-sectional view of FIG. 8 along line 10-10; FIG. 11 is a partial cross-sectional view similar to FIG. 10 illustrating the terminal module A plurality of conductive terminals, a plurality of signal lines, and a metal shield are provided. FIG. 12 is a partial cross-sectional view showing an embodiment of another terminal module. FIG. 13 is a view similar to FIG. State after rotation (10) degrees; Figure 14 is a partial section of the /13 along the AM line Figure 15 is a partial cross-sectional view of an embodiment of the terminal module insulation layer. 136338.1 Figure 16 is a perspective view of a metal seat of a second preferred embodiment of the electrical connector of the present invention; Figure 17 Figure 18 is a front view of one of the terminal modules of Figure 16; Figure 19 is a view similar to Figure 17 > i, the view of %, all & The conductive terminal is inserted into the terminal module;
圖20是本發明電連接器的總合的第三較佳實施例之 金屬座之立體圖; 圖21疋圖2〇之端子模組之一立體圖; 圖22是圖21之端子模組之一正視圖;及 說明導電端子插設於 圖23是一類似於圖21之視圖 端子模組内。 14 1263381 【主要元件符號說明】 200 ........ •電連接器的總合 2 ......... • δίΐ號傳輸線 21 卜 211, ••訊號線 212…… •接地線 22........ •絕緣護套 23........ •套筒 24........ •承載座 241…… •承載槽 25........ •結合件 3 ......... •電連接器 31........ •立而子模組 311…… •第一部 312…… •第二部 320…… •絶緣本體 32........ •金屬座 32a…… •端子槽 323…… •絕緣層 323a…… •隔離被覆層 324…… •第一接地隔板 325 .......接地接點 326 .......縱向凹槽 33 .........導電端子 331 .......銲接部 332 .......接觸部 340 .......殼體部 34 .........金屬屏蔽 341 .......弟二接地隔板 342 .......穿孔 343 .......縱肋 4 ..........金屬外殼 41 .........鎖接栓 42 .........主殼體 500、 600···端子模組 501、 601…金屬座 502、 602…端子槽 503、 603…絕緣層 504、 604…導電端子 15Figure 20 is a perspective view of a metal seat of a third preferred embodiment of the electrical connector of the present invention; Figure 21 is a perspective view of one of the terminal modules of Figure 2; Figure 22 is a front view of the terminal module of Figure 21. Fig. 23 shows a conductive terminal inserted in Fig. 23 which is similar to the terminal module of Fig. 21. 14 1263381 [Description of main component symbols] 200 ........ • The total of the electrical connectors 2 ......... • δίΐ transmission line 21 211, •• Signal line 212... Grounding wire 22........ • Insulation jacket 23........ • Sleeve 24........ • Carrier 241... • Bearing groove 25.... .... • Bonding member 3 ......... • Electrical connector 31........ • Standby submodule 311... • First part 312... • Second part 320... • Insulating body 32........ • Metal seat 32a... • Terminal slot 323... • Insulation layer 323a... • Isolation coating layer 324... • First grounding spacer 325 ... .... grounding contact 326 .... longitudinal groove 33 ... ... conductive terminal 331 .... welded portion 332 .... contact 340 . . . housing portion 34 ... ... metal shield 341 ... ... brother two grounding spacer 342 ... ... perforated 343 .... ...longitudinal rib 4 ..... metal casing 41 .... locking bolt 42 ... ... main casing 500, 600 ··· Terminal module 501, 601... metal seat 502, 602... terminal slot 503, 603... insulating layer 504, 604... conductive terminal 15