M341978 八、新型說明： - 【新型所屬之技術領域】 本創作涉及-絲纜連接n，尤其是指—觀於高絲據傳輸的線纔連接 器。 【先前技術】 串列ΑΤΑ (Serial ΑΤΑ)，是-種完全不同於並行趟的新型硬碟介面類 型’與並行ΑΤΑ相比，串列ΑΤΑ可以達到更高的傳輸速度，目前，串列ατα 的傳輸速度已經達到15〇MBbps. • 串列ATA線繞連接器用於連接硬碟和電腦主板，用於傳輸信號的線鏡連接 h件包括具有七個導電端子的SATA連接器以及與其連接的雜。導電端子 包括兩對信號端子以及三個被信號端子間隔開的接地端子。線航括兩對差分 信號線對、分別佈置於兩對差分信號線對外側的接地線以及分別包覆於每一對 差分=號，對及相應接地線外周的遮蔽層，線_導電端子之間—般通過焊接 方式實現電氣連接。然而，上述結構的線纜連接器元件結構相對複雜、焊接較 困難。因此，有必要探討—輯的方式實現線織連接器之間的電性連接。 【新型内容】 本鋪之目的在雜供—縣魏接^，其獅軒可麟麵蔽 方便且可靠地連接。 + Ί，i目的，本創作之線繞連接器包括絕緣本體、收容於絕緣本體内 電端子以及魏，所述導電端子具有延伸出絕緣本體後緣的尾部，所 ===括接地端子及信號端子’所述線有信號線以及包覆於信號線 、’、、、敝“所述魏連接器還包括-接地元件’其括主體部、形成於主體 臂二對連接部以及自主體部向前延伸形成且彼此分開的三根連接 土70件崎接部包夾於線_遮蔽層外面，所述接地元件的連接臂 说線内的賴分卿接於接地端子及魏端子的尾部。 6 M341978 與先别技術相比’本創作之線纔連接器具有如下功效：結構簡單，線、纜中 不需要另外設置接地線，通過接地元件實現線纜與接地端子電性連接，製造方 便，並可降低生產成本。 【實施方式】 請參照第-圖至第四圖所示，本創作線缓連接器励包括絕緣本體i、若千 導電端子2、線纜4以及一接地元件3。 絕緣本體1包括上壁11、下壁12及與上、下壁u、12相連接的左、右侧 壁13、14所圍成的L形插槽1〇。一導引肋141自右側壁14向外延伸形成，該 導引肋141用於引導該線繞連接器1〇〇與對接連接器正確插接…大致呈矩形 _的凹陷部150自絕緣本體！的後壁15的後表面向前凹進，若干端子槽⑸與凹 陷部150連通並向前延伸至插槽1〇…絕緣本體i後壁15的上、下 有凸條狀的擋止部152。 本貝施例t $電^子2共七根沿縱向排成—排，其包括位^最外侧及中 間的三根接地端子’以及位於接地端子之間的兩對差分信號端子。每一導電端 子2包括固持部22、自固持部22向前延伸形成的對接部21以及自固持部22向 後延伸形成的尾部23。導電端子2的對接部21收容於絕緣本體丨的插槽1〇内， 固持部22固持於絕緣本體i的端子槽151内，尾部23凸伸出絕 15的外側。 & 線鐵4包括兩對差分信號線4卜包覆於差分信號線4i外面的遮蔽層μ以 及最外層的絕緣外被44。每一差分信號線41内包括一導體42。本實施例中， 遮蔽層43為金屬箔，其可以是鋁箔或者銅箔等。 接地兀件3由金屬薄片衝難成，包括主體部3卜形成於主體部Μ後部的 -對連接部32以及自主體部31向前延伸形成、且彼此分開的三根連接臂％。 所述連接部32—直接由主體部31後部兩側撕裂並向内f折形成。連接们3包括 自主體部31則緣向上延伸的銜接部332以及自銜接部332向前延伸的水平部 331。接〇兀件3的連接部32包失於遮蔽層的的外面，其連接臂幻的水平部 331，線!見4的導體42被導電端子2尾部23支擒並被並被焊接於其上面，里中 接地臂33與接地端子魏連接，導體42與健端子魏連接。 “ 7 M341978 線纜連接器100還包括組裝在絕緣本體1後部的擋板5，擋板5上設有若 干凸塊51，每一凸塊51的下方設有貫穿擋板5前後表面的通孔52，擋板5被 安瓜至絕緣本體1後壁I5的凹陷部15〇内，導電端子2的尾部Μ自播板5上 面的通孔52内穿過，凸塊51插入進端子槽151内。 線备連接咨100進-步包括一絕緣包覆體6，該絕緣包覆體6成型於絕緣 本體1的後壁is、線纜4前端的絕緣外被44上面。絕緣本體1後壁15上面的 擋止部152可以增強包覆體6舆絕緣本體間的結合力。 接地接器⑽之接地元件3可以準確且方便地實現導電端子2中M341978 VIII. New description: - [New technical field] This creation involves - the cable connection n, especially refers to the connector that is connected to the wire according to the transmission. [Prior Art] Serial ΑΤΑ (Serial ΑΤΑ) is a new type of hard disk interface type that is completely different from parallel '. Compared with parallel ,, tandem ΑΤΑ can achieve higher transmission speed. Currently, tandem ατα The transfer speed has reached 15〇MBbps. • The serial ATA wirewound connector is used to connect the hard disk to the computer motherboard. The wire mirror connection for transmitting signals includes a SATA connector with seven conductive terminals and the interconnects connected thereto. The conductive terminal includes two pairs of signal terminals and three ground terminals spaced apart by the signal terminals. The line includes two pairs of differential signal line pairs, ground lines respectively disposed outside the two pairs of differential signal line pairs, and shielding layers respectively covering each pair of differential=numbers, pairs and corresponding ground lines, and wires _ conductive terminals The electrical connection is made by soldering. However, the cable connector component of the above structure is relatively complicated in structure and difficult to weld. Therefore, it is necessary to explore the way to achieve the electrical connection between the wire connectors. [New Content] The purpose of this shop is in the miscellaneous supply—the county Wei connection ^, and its lion porch can be easily and reliably connected. + Ί, i purpose, the wirewound connector of the present invention comprises an insulating body, an electrical terminal received in the insulating body, and a conductive terminal having a tail extending from a trailing edge of the insulating body, wherein the === grounding terminal and signal The terminal 'the line has a signal line and is wrapped around the signal line, ',, 敝 'The Wei connector further includes a grounding element' including a main body portion, a pair of connecting portions formed on the main body arm, and a self-body portion The 70 connecting pieces of the three connecting soils which are formed to be separated and separated from each other are sandwiched outside the line_shading layer, and the connecting arm of the grounding element is said to be connected to the grounding terminal and the tail end of the Wei terminal. 6 M341978 Compared with the prior art, the connector of the present invention has the following functions: the structure is simple, the grounding wire is not required in the cable and the cable, and the cable and the grounding terminal are electrically connected through the grounding component, which is convenient to manufacture and can be manufactured. [Embodiment] Please refer to the figures - 4 to 4, the excitation of the line slow connector includes the insulating body i, the thousands of conductive terminals 2, the cable 4 and a grounding element 3. The body 1 includes an upper wall 11, a lower wall 12, and an L-shaped slot 1 defined by the left and right side walls 13, 14 connected to the upper and lower walls u, 12. A guiding rib 141 is from the right side wall 14. Formed outwardly, the guiding rib 141 is used to guide the wire-wound connector 1〇〇 and the mating connector to be correctly inserted... the substantially rectangular-shaped recess 150 is forward from the rear surface of the rear wall 15 of the insulating body! Recessed, a plurality of terminal slots (5) communicate with the recessed portion 150 and extend forwardly to the slot 1 〇... The rear wall 15 of the insulative housing i has a rib-like stop portion 152 on the upper and lower sides of the insulating body i. A total of seven sub-rows are arranged in a longitudinal direction, which includes three grounding terminals of the outermost and middle portions and two pairs of differential signal terminals between the grounding terminals. Each of the conductive terminals 2 includes a holding portion 22 and is self-holding. The abutting portion 21 formed by extending forwardly from the portion 22 and the tail portion 23 extending rearward from the holding portion 22. The abutting portion 21 of the conductive terminal 2 is received in the slot 1 of the insulative housing, and the retaining portion 22 is retained by the insulative housing i. In the terminal slot 151, the tail portion 23 protrudes out of the outer side of the flange 15. & The wire iron 4 includes two pairs of differential signal lines 4 The shielding layer μ outside the differential signal line 4i and the outer insulating outer layer 44. Each of the differential signal lines 41 includes a conductor 42. In this embodiment, the shielding layer 43 is a metal foil, which may be aluminum foil or copper foil. The grounding element 3 is made of a metal foil, and includes a pair of connecting portions 32 formed on the rear portion of the main body portion 3 and three connecting arms % which are formed to extend forward from the main body portion 31 and are separated from each other. The connecting portion 32 is directly formed by tearing both sides of the rear portion of the main body portion 31 and being folded inwardly. The connecting members 3 include an engaging portion 332 extending upward from the main body portion 31 and a horizontal portion 331 extending forward from the engaging portion 332. The connecting portion 32 of the connector 3 is lost to the outside of the shielding layer, which connects the horizontal portion 331 of the arm, and the conductor 42 of the wire 4 is supported by the tail portion 23 of the conductive terminal 2 and is soldered thereto. In the above, the grounding arm 33 is connected to the grounding terminal Wei, and the conductor 42 is connected to the health terminal. The 7 M341978 cable connector 100 further includes a baffle 5 assembled at the rear of the insulative housing 1. The baffle 5 is provided with a plurality of bumps 51, and each of the bumps 51 is provided with a through hole penetrating the front and rear surfaces of the baffle 5. 52, the baffle 5 is immersed in the recessed portion 15 of the rear wall I5 of the insulative housing 1, the tail portion of the conductive terminal 2 passes through the through hole 52 on the upper surface of the self-propelled plate 5, and the bump 51 is inserted into the terminal slot 151. The wire assembly includes an insulating cover 6 formed on the rear wall is of the insulative housing 1 and the insulating outer cover 44 on the front end of the cable 4. The rear wall 15 of the insulative housing 1 The upper stopping portion 152 can enhance the bonding force between the covering body 6 舆 the insulating body. The grounding member 3 of the grounding connector (10) can accurately and conveniently realize the conductive terminal 2
43電_，墙撕，便於製造。 以上所述者僅係本創作之較 歧枝出專辦靖。惟， 限，舉凡熟習本紐藝之人+1 1 並不赠述實施方式爲 涵蓋於以下t請翻範_。tH相作之等效修碱變化，皆應 【圖式簡單說明】 t圖係本創作_連接器之立體分解圖。 ，第=圖係第-圖另_角度的視圖。 圖係本創作線麗連接器的部分組合圖。 【主d係本創作魏連接器的立體組合圖。 【主要兀件符號說明】 10 100 11、12 13、Μ 141 15 絕緣本體 L形插槽 線纜連接器 上、下壁 左、右側壁 導弓I肋 後壁 凹陷部 150 8 M34197843 electric _, wall tearing, easy to manufacture. The above mentioned is only a special case of this creation. However, for those who are familiar with this New Art +1 1 , it is not stated that the implementation method is to cover the following t. The equivalent of the tH-related change in alkalinity should be [simplified description of the figure] t-picture is the three-dimensional exploded view of the connector. , the first picture is the view of the first - the other angle. The picture is a partial combination of the line connector of this creation line. [Main d is a three-dimensional combination of the creation of the Wei connector. [Description of main components] 10 100 11, 12 13, Μ 141 15 Insulation body L-shaped slot Cable connector Upper and lower walls Left and right side Guide bow I rib Rear wall Depression 150 8 M341978
端子槽 151 擋止部 152 導電端子 2 對接部 21 固持部 22 尾部 23 接地元件 3 主體部 31 連接部 32 連接臂 33 水平部 331 銜接部 332 線親 4 差分信號線 41 導體 42 遮蔽層 43 絕緣外被 44 擋板 5 凸塊 51 通孔 52 絕緣包覆體 6 9Terminal slot 151 Stopper 152 Conductor terminal 2 Butt joint 21 Holder 22 Tail 23 Grounding element 3 Main body part 31 Connection part 32 Connecting arm 33 Horizontal part 331 Engagement part 332 Line-family 4 Differential signal line 41 Conductor 42 Masking layer 43 Insulation By 44 baffle 5 bump 51 through hole 52 insulation covering body 6 9