200835076 九、發明說明： 【發明所屬之技術領域】 尤其涉及一種可提供理線功 本發明涉及一種線纜連接器組合 能的線纜連接器組合。 【先前技術】200835076 IX. INSTRUCTIONS: [Technical field to which the invention pertains] In particular, the present invention relates to a cable connector combination capable of combining cable connectors. [Prior Art]
一 線繞連接器組合如美國專利公告第us 6,685,5〇ι B (shieldingplates) ίΪ ,ϊ中母一導線包括信鮮體及接地導體（卿ndconductor)，A wirewound connector combination such as U.S. Patent Publication No. 6,685,5〇ι B (shieldingplates) Ϊ, a wire of a mother-in-law includes a freshener and a grounding conductor (clear ndconductor).
上、下指部，上、下指部分別焊接在印 ^^4板的上、下表面上以固定金屬舰片，這樣，每兩個 ΪΪίί片之間就會形成—個收容導線的空間，即便導線报細也會 很f易找准位置以方便赠的焊接。細，上述肋存在如下缺陷. ^•允，如此多的金屬遮蔽片要焊接在印刷電路板上，操作會 雄‘而且，當導線的接地導體不需要間隔的與印刷電路板連接 金屬遮蔽片就顯得多餘。 ' 因而，有必要提供一種改進型線纜連接器組合，以解決上述缺 【發明内容】 本發明的目的在於提供一種線纜連接器組合，其可方 位導線。 、丨文j罪疋 為實現上述目的，本發明提供一種線纜連接器組合，其包括絕 緣本體、固定在絕緣本體内的導電端子、導線及設有與導電端子電 性連接的第一接點及與導線電性連接的第二接點的印刷電路板；該 線纜連接器組合還包括組裝在絕緣本體後部的隔板，和固定在印^ 電路板一側的理線板，前述理線板上設有朝向前述導線開口的理線 槽，前述理線槽可收容對應導線。 7 與先前技術相比’本發明具有如下功效··其可有效減少理線難 度，降低製作工時；不僅如此，即便導線左右擺動依然會收容在理 線槽内，因而可以減少連焊問題的發生。 下面結合附圖及較佳實施例對本發明作進一步說明。 6 200835076 【實施方式】 古圖至第七圖，本發明賴*連懸組合在本實施 2Hl^SerialATA標準的雙埠連接介面)包括絕緣本體2、 ϋ缘^内且部分伸出絕緣本體2的若干導電端子3、位 ίίίίΐ舰以與導電端子3電性連通的印刷電路板5、組裝 妹、s丨兩2後鳊且可幫助印刷電路板5理線的理線板42及電性連 路板5後端的若干導線6。絕緣本體2後端及印刷電路 板5 ^卜會進—步包覆上絕緣殼體7。 包給 —圖、第六圖與第七圖，絕緣本體2包括基部21、自基 的對接部22及位於對接部22 _爾引柱23。絕 匕括弟一絕緣本體部221和第二絕緣本體部222，第一 t 第二絕緣本體部222 J1排設置在一起。端子通道 又於基# 21後端並延伸至對接部22，以收容導電端子3。其 irltf體部221内設有15個端子通道24,第二絕緣本體^ 222 ^ =個端子通道。每—端子通道24下方設有—端子安裝孔^， 母女衣孔25與其上方對應的端子通道24相連 ^=221、222内分別設有一 “L”型的對接空間2=26=: Ϊ ϋ )插人；每—對接空間26a、26b與對應的端子 、山鸲ί女衣孔25相連通，以使自基部21後端面插入端子通 運# &子安裝孔25⑽導電端子3可伸入至對接空間26a、26b 内。弟-絕緣本體部切與其對應的對接空間26a和15個端子 成用以傳輸電源的第-埠（未標號）’第二絕緣本體部222盘▲ 的對成用以傳義 二苓恥弟一圖、弟四圖與第七圖，每一導電端子3包括位於 部_性接觸部3卜自彈性接觸部31向後延伸的固持部32及自固 持部32向後延制尾部33。雜接卿31豎直方向上的高度大於 通^ 24的高度，因而需借助端子安裝孔25才能裝人絕緣本體2内: 端子固持部32兩側設有兩對倒刺（未標號），可將導電端 在絕緣本體2端子通道24内及將隔板Μ與導電端子3固定。尾部 7 200835076 33伸出基部21的後端面以連接印刷電路板5。 第六圖與第七圖，印刷電路板5上表面前部設有供導電 沾…_，。卩33焊邊的第一接點51，下表面設有若干供導線6焊接 =二接點52，第二接點52後方設有用來接地的第三接點53。印 刷廷路板5前端偏離中間位置處設有收容穴54 前巧緣的兩侧設有-對第—收容孔55，在靠= 一對弟二收容孔56。 ^請參照第二圖至第七圖，前述線纜連接器組合還包括隔板41， 隔板41後方且無板分離的麟板42。隔板具有自隔板 公向則，伸的若干凸柱43。隔板41整體呈長方體，貫穿隔板41 =後端面形成有若干狹孔扣。每一狹孔姐與對應的端子通道 24相迩通，以使穿出端子通道24的導電端子3的尾部％可進一步 伸入狹孔411並穿出。狹孔41 i與收容其内的導電端子3緊密配合， 以防止知錫或熔化的塑膠沿尾部延伸入彈性接觸部Μ而影響導 電性能。前述狹孔411與前述印刷電路板5的第一接點51對贫/。固 持部32相對靠後的一對倒刺與狹孔411相卡持，可將兩者固定，也 可加強兩者結合的緊密性。凸柱43位於狹孔411的正下方，會插入 ^應的^子安裝孔25内，可固定隔板41於絕緣本體2内，备避免 單純依靠導電端子3固定隔板w以致損料電端子3 ;凸柱4 部略窄’可導引凸柱43插入端子安裝孔25。 #理線板42大體呈-平板狀，其末端對應第二接點52位置處設 有若干理線槽45，每-理職4·5大體呈矩型。理賴μ面向導線 6開口，以方便導線6前端自該開口伸入理線槽幻内。第二接點52 位於對應的理線槽45的正下方，使得收容在理線槽幻内的導線部 分也可電性翻麟應的第二接點52。理雜42與_電路板5 接觸的表面上設有-對第二定位柱46，第二定位柱46收容在印刷 電路板5、上的第二收容孔56内以將理線板42 gj定在印刷電路板5 上。巧過如述理線板42及理線槽45的設置，可有效減少理線難度， 降低誕作工時和製造成本，不僅如此，即便導線6左右擺動依然會 收容在理線槽45内，因而可以減少連焊問題的發生。 曰 8 200835076 隔板41後端面偏離中間位置處向外突出形成一凸塊44，該凸 塊44貼緊理線板42的上表面。組裝時，印刷電路板5前端的收容 穴54會收容凸塊44，可防止印刷電路板5錯插。 請參照第二圖與第七圖，自基部21後端面兩侧向後延伸形成一 對“L”型槽27以收容印刷電路板5的前端，每一 “L”型槽27内 表面上形成有一定位柱28可穿過印刷電路板5的第一收容孔55， 將印刷電路板5和絕緣本體2固定在一起。 導線6 (圖中僅繪出其中的兩根）為同軸線，每一同軸線6其 包括絕緣外被61、收容在絕緣外被61内的金屬遮蔽層62、收容在 金屬遮蔽層62内的一對内絕緣層63及收容在内絕緣層63内的一對 瞻芯線64。其中，每一芯線64收容於對應的理線槽45内，金屬遮蔽 層62會焊接在對應的第三接點53上。本實施例的線縵連接器組合 1〇〇 ’除同軸線外，還包括若干電源線（未圖示）以傳遞電源。絕^ 本體2、導電端子3、理線板42、印刷電路板5及導線6組裝完畢 後，外面會一體包覆上絕緣殼體7，如第一圖所示。 【圖式簡單說明】 第一圖為本發明線纜連接器組合的立體組合圖。 ^亡圖為第一圖所示線纜連接器組合未包覆絕緣殼體的視圖。 • ，三圖為第二圖另一視角的視圖。 $四圖為第一圖所示線纜連接器組合的部分元件視圖。 f五圖為第四圖所示另一視角的視圖。 ，六圖為第二圖所示線纜連接器組合的立體分解圖。 第七圖為第六圖另一視角的視圖。 【主要元件符號說明】 線纜連接器組合 100 絕緣本體 2 基部 21 對接部 22 第一絕緣本體部 221 第二絕緣本體部222 9 200835076 導引柱 23 通道 24 安裝孔 25 對接空間 26a、26b “L”型槽 27 第一定位柱 28 導電端子 3 彈性接觸部 31 固持部 32 尾部 33 隔板 41 狹孔 411 理線板 42 凸柱 43 φ 凸塊 44 理線槽 45 弟二定位枉 46 印刷電路板 5 第一接點 51 第二接點 52 第三接點 53 收容穴 54 第一收容孔 55 第二收容孔 56 導線 6 絕緣外被 61 金屬遮蔽層 62 内絕緣層 63 芯線 64 絕緣殼體 7 10The upper and lower fingers, the upper and lower fingers are respectively welded on the upper and lower surfaces of the printing plate to fix the metal ship blade, so that a space for accommodating the wires is formed between each two ΪΪίί films. Even if the wire is fine, it will be easy to find the position to facilitate the welding. Fine, the above ribs have the following defects. ^• Allow, so many metal shielding sheets are to be soldered on the printed circuit board, and the operation will be male. Moreover, when the grounding conductor of the wire does not need to be spaced apart from the printed circuit board, the metal shielding piece is It seems redundant. Therefore, it is necessary to provide an improved cable connector combination to solve the above-mentioned problems. SUMMARY OF THE INVENTION An object of the present invention is to provide a cable connector assembly which can be used as a conductor. In order to achieve the above object, the present invention provides a cable connector assembly including an insulative housing, a conductive terminal fixed in the insulating body, a wire, and a first contact electrically connected to the conductive terminal. And a printed circuit board of the second contact electrically connected to the wire; the cable connector combination further comprises a spacer assembled at a rear portion of the insulating body, and a cable management board fixed on a side of the printed circuit board, the cable management The board is provided with a cable slot facing the opening of the wire, and the cable slot can receive the corresponding wire. 7 Compared with the prior art, the present invention has the following effects: It can effectively reduce the difficulty of the cable management and reduce the manufacturing man-hours; not only that, even if the wire swings to the left and right, it will be housed in the cable management slot, thereby reducing the problem of the welding problem. occur. The invention will now be further described with reference to the drawings and preferred embodiments. 6 200835076 [Embodiment] The ancient figure to the seventh figure, the present invention is connected to the double-twisted connection interface of the 2Hl^SerialATA standard in the present embodiment, including the insulating body 2, the inner edge of the inner wall and the part of the insulating body 2 A plurality of conductive terminals 3, a printed circuit board 5 electrically connected to the conductive terminals 3, a wiring board 42 and an electrical connecting circuit which can help the printed circuit board 5 to be connected to the printed circuit board 5 A number of wires 6 at the rear end of the plate 5. The rear end of the insulative housing 2 and the printed circuit board 5 are stepped onto the insulating housing 7. The insulating body 2 includes a base portion 21, an abutting portion 22 from the base, and a butting portion 22 at the abutting portion 22, which are shown in Fig. 6, Fig. 6, and Fig. 7. The insulating body portion 221 and the second insulating body portion 222 are integrally disposed, and the first t second insulating body portions 222 J1 are arranged in a row. The terminal channel is further disposed at the rear end of the base #21 and extends to the abutting portion 22 to receive the conductive terminal 3. There are 15 terminal channels 24 in the irltf body 221, and the second insulating body 222 ^ = a terminal channel. Each terminal channel 24 is provided with a terminal mounting hole ^, and the mother and female clothes holes 25 are connected to the corresponding terminal channel 24 above the ^^221, 222 respectively with an "L" type docking space 2 = 26 =: Ϊ ϋ Inserting a person; each of the docking spaces 26a, 26b is in communication with the corresponding terminal, the female squatting hole 25, so that the rear end surface of the base portion 21 is inserted into the terminal communication # & sub-mounting hole 25 (10), the conductive terminal 3 can be extended to Docking spaces 26a, 26b. The insulating body portion cuts the corresponding docking space 26a and the 15 terminals into a pair of the first insulative body portion 222 of the second insulative body portion 222 for transmitting the power source. In the fourth and seventh figures, each of the conductive terminals 3 includes a holding portion 32 extending rearward from the elastic contact portion 31 at the portion-sexual contact portion 3 and a tail portion 33 extending rearward from the holding portion 32. The height of the hybrid 31 in the vertical direction is greater than the height of the through hole 24, so that the terminal mounting hole 25 is required to be installed in the insulative housing 2: two pairs of barbs (not labeled) are provided on both sides of the terminal holding portion 32. The conductive end is fixed in the terminal passage 24 of the insulative housing 2 and the spacer Μ is fixed to the conductive terminal 3. The tail portion 7 200835076 33 protrudes from the rear end surface of the base portion 21 to connect the printed circuit board 5. In the sixth and seventh figures, the front surface of the upper surface of the printed circuit board 5 is provided with a conductive paste..._. The first contact 51 of the 焊33 weld bead is provided with a plurality of wires 6 for soldering = two contacts 52, and a third contact 53 for grounding is disposed behind the second contact 52. The front end of the printed circuit board 5 is provided with a receiving hole 54 at a position offset from the center. The front side of the front edge is provided with a pair of first receiving holes 55, and a pair of second receiving holes 56. ^Please refer to the second to seventh figures. The cable connector combination further includes a partition 41, a liner 42 behind the partition 41 and without a plate separation. The partition has a plurality of studs 43 extending from the partition of the partition. The partition 41 has a rectangular parallelepiped as a whole, and a plurality of slits are formed through the partition 41 = rear end surface. Each slotted sister communicates with the corresponding terminal passage 24 such that the tail portion % of the conductive terminal 3 that exits the terminal passage 24 can further extend into the slot 411 and pass out. The slot 41 i is tightly fitted with the conductive terminal 3 housed therein to prevent the conductive or molten plastic from extending into the elastic contact portion along the tail portion to affect the electrical conductivity. The aforementioned narrow hole 411 is opposite to the first contact 51 of the aforementioned printed circuit board 5. The pair of barbs of the holding portion 32 are engaged with the slits 411 with respect to the rear, and the two can be fixed, and the tightness of the combination can be enhanced. The protruding post 43 is located directly under the slot 411, and is inserted into the mounting hole 25 of the mounting hole. The spacer 41 can be fixed in the insulative housing 2, so as to avoid fixing the spacer w by the conductive terminal 3 alone, so as to damage the electrical terminal 3. The boss 4 is slightly narrower. The guide post 43 is inserted into the terminal mounting hole 25. #理线 board 42 is generally in the shape of a flat plate, and a plurality of cable management slots 45 are arranged at the ends of the second contact points 52, and each of the functions is substantially rectangular. The LY is facing the wire 6 opening, so that the front end of the wire 6 extends from the opening into the cable slot. The second contact 52 is located directly below the corresponding cable management slot 45, so that the wire portion received in the schematic of the cable management slot can also be electrically connected to the second contact 52. The second contact post 46 is disposed on the surface of the circuit board 5 in contact with the _ circuit board 5, and the second positioning post 46 is received in the second receiving hole 56 on the printed circuit board 5 to set the cable management board 42 gj On the printed circuit board 5. The arrangement of the wire board 42 and the cable management slot 45 can effectively reduce the difficulty of the cable management, reduce the working hours and manufacturing costs, and not only the wire 6 but also the wire 6 will be accommodated in the cable management slot 45. Therefore, the occurrence of the welding problem can be reduced.曰 8 200835076 The rear end surface of the partition plate 41 protrudes outward from the intermediate position to form a projection 44 which abuts against the upper surface of the cable management board 42. At the time of assembly, the receiving holes 54 at the front end of the printed circuit board 5 accommodate the bumps 44, preventing the printed circuit board 5 from being staggered. Referring to the second and seventh figures, a pair of "L" shaped grooves 27 are formed to extend rearward from both sides of the rear end surface of the base portion 21 to receive the front end of the printed circuit board 5. One inner surface of each of the "L" shaped grooves 27 is formed. The positioning post 28 can pass through the first receiving hole 55 of the printed circuit board 5 to fix the printed circuit board 5 and the insulative housing 2 together. The wires 6 (only two of which are shown) are coaxial lines, and each of the coaxial wires 6 includes an insulating outer cover 61, a metal shielding layer 62 housed in the insulating outer cover 61, and a metal housing layer 62. The inner insulating layer 63 and the pair of metal core wires 64 housed in the inner insulating layer 63. Each of the core wires 64 is received in the corresponding cable management slot 45, and the metal shielding layer 62 is soldered to the corresponding third contact 53. The turns connector assembly of the present embodiment, in addition to the coaxial line, includes a plurality of power lines (not shown) for transmitting power. After the body 2, the conductive terminal 3, the cable management board 42, the printed circuit board 5, and the wire 6 are assembled, the outer casing is integrally covered with the insulating case 7, as shown in the first figure. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a perspective assembled view of the cable connector assembly of the present invention. The death diagram is a view of the cable connector combined with the uncovered insulating housing shown in the first figure. • The three figures are views of the other view of the second figure. $4 is a partial component view of the cable connector assembly shown in the first figure. f Five is a view of another perspective shown in the fourth figure. The six figures are perspective exploded views of the cable connector assembly shown in the second figure. The seventh figure is a view of another perspective of the sixth figure. [Description of main component symbols] Cable connector assembly 100 Insulating housing 2 Base 21 Butt joint 22 First insulative housing portion 221 Second insulative housing portion 222 9 200835076 Guide post 23 Channel 24 Mounting hole 25 Docking space 26a, 26b "L "The groove 27 the first positioning post 28 the conductive terminal 3 the elastic contact portion 31 the retaining portion 32 the tail portion 33 the partition plate 41 the narrow hole 411 the cable management plate 42 the stud 43 φ the bump 44 the wire groove 45 the second positioning 枉 46 printed circuit board 5 First contact 51 Second contact 52 Third contact 53 Reception hole 54 First receiving hole 55 Second receiving hole 56 Conductor 6 Insulating outer cover 61 Metal shielding layer 62 Inner insulating layer 63 Core wire 64 Insulating housing 7 10