M436268 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種同軸連接器，尤指可降低組裝高 度，且可利用第一及第二扣接板直接扣接導線之中心導 體，並使導體部利用其凹弧面增加與外部圓形導體對接時 之面積，而達到易於組裝、穩固結合、電性傳輸佳以及具 有良好接觸性之功效者。 【先前技術】 按，一般習用之同轴連接器（如第1圖〜第8圖所示）， 其包括有一導線6、一端子7、一膠心8以及一外殼9所構 成，其中該導線6具有中心導體61、絕緣層62、編織層63 及外被64，該端子7具有承板71、接觸部72、夾持部73 及插接部74，該膠心8具有容置區81、固定孔82、壓板 83、卡槽84及缺口 85，而該外殼9具有套接部91、凸塊 92、扣勾93及蓋板94 ;藉此，可使導線6以其絕緣層62 以刺破方式設置於端子7之夾持部73中，以使導線6的中 心導體61與端子7的夾持部73電連接，且將該端子7設 置於膠心8之容置區81中，使插接部74穿設於固定孔82 中，之後再將膠心8設於外殼9之套接部91中，並使凸塊 92卡接於卡槽84内，且讓扣勾93將膠心8固定在套接部 91中，最後再將蓋板94往套接部91之方向彎折，進而讓 壓板83壓迫於導線6之絕緣層62上，如此構成一習用之 同軸連接器。 M436268 然以上述習用之同轴連接器而言，其至少具有下列缺 失： 1. 導線6係以夾持部73刺破絕緣層62之方式以使導線6 的中心導體61與端子7的夾持部73電連接，其接觸不 穩固，有瞬間斷電之危機。 2. 導線6以刺破方式與端子7結合時，係以絕緣層62作為 前導，因此，結合時須將導線6之絕緣層62至入端子7 之夾持部73之間，既費時又無法準確擺放絕緣層62。 3. 外部圓形導體5與接觸部72結合後，因接觸部72會產 生偏斜，故無法導正其接觸，且外部圓形導體5與接觸 部72係呈兩點接觸，會使其接觸夾持不易，因而使電性 傳輸大打折扣。 4. 接觸部72與夾持部73係朝向不同的方向，端子7靠承 板71上之插接部74插入容置區81之固定孔82中固定， 由於元件極小因此不易放入，且放入後會有脫落之風 險，另外，由於接觸部72與夾持部73係朝向不同的方 向，因此端子7之接觸部72置入膠心8時，會使該夾持 部73與導線6凸出於承板71之另一面上，增加了組裝 高度，因而使端子7及其導線6難以完全置入於膠心8 中。 5. 膠心8需利用工具壓入外殼之9套接部中，且當膠心8 置入套接部91時，會使套接部91内之凸塊92由卡槽 84之底部往上方移動，如此，便會於兩者結合時使膠心 8受凸塊92之阻力而刮傷，進而使得膠心8被刮傷後產 5 M436268 生落入容置區81中之殘屑，而對同軸連接器之電氣特性 造成影響。 因此，如何創作出一種同轴連接器，以使其可降低組 裝高度，達到易於組裝、穩固結合、電性傳輸佳以及具有 良好接觸性之功效，將是本創作所欲積極揭露之處。 【新型内容】 有鑑於上述習知同轴連接器之缺憾，創作人有感其未 臻於完善，遂竭其心智悉心研究克服，_憑其從事該項產業 多年之累積經驗，進而研發出一種同軸連接器，以期可達 到降低組裝高度、易於組裝、穩固結合、電性傳輸佳以及 具有良好接觸性之目的。 本創作之主要目的在提供一種同軸連接器，其藉著使 該等導體部、第一及第二扣接板朝向同一方向，利用第一 及第二扣接板直接扣接導線之中心導體，並使導體部利用 其凹弧面增加與外部圓形導體對接時之面積，進而達到易 於組裝、穩固結合、電性傳輸佳以及具有良好接觸性的目 的。 為達上述目的，本創作之第一態樣係提供一種同軸連 接器端子，其用以電連接一導線及一外部圓形導體，該導 線具有一中心導體，該同軸連接器端子包含：一承板、分 別設於該承板兩側且相對應彎折於該承板一面上之二導體 部、設於該承板一端側緣之一第一扣接板、及設於該承板 一端另一側緣且與該第一扣接板錯位之一第二扣接板，該 M436268 等導體部、該第一扣接板及該第二扣接板朝向同一方向， 該第一扣接板及該第二扣接板用以扣合及電連接該導線的 中心導體，該等導體部相對應之一面上分別具有一凹弧 面，該等凹弧面用以電連接該外部圓形導體。 本創作之第二態樣係提供一種同軸連接器，其用以電 連接一導線及一外部圓形導體，該導線具有一中心導體， 該同軸連接器包含：一同轴連接器端子，其具有一承板、 分別設於該承板兩側且相對應彎折於該承板一面上之二導 體部、設於該承板一端側緣之一第一扣接板、及設於該承 板一端另一側緣且與該第一扣接板錯位之一第二扣接板， 該等導體部、該第一扣接板及該第二扣接板朝向同一方 向，該第一扣接板及該第二扣接板用以扣合及電連接該導 線的中心導體，該等導體部相對應之一面上分別具有一凹 弧面，該等凹弧面用以電連接該外部圓形導體；一膠心， 其具有一導引部，該膠心的一面上具有設置該同轴連接器 端子之一容置區，該容置區延伸出一壓板以壓制該同軸連 接器端子；以及一外殼，其具有與該導引部對應接合之一 套接部，該套接部之端緣設有壓制該壓板之一蓋體，該蓋 體兩側設有夾持該導線之複數夹持部。 上述該外殼之套接部設有相對應之二擋板以使該套接 部内緣呈u型，以容置該膠心之導引部，該蓋體設有與該 等擋板扣接之二卡扣部。 上述該導引部具有一延伸段，該導引部與該延伸段中 具有連通該容置區之一穿孔，該等導體部位於該穿孔中。 7 M436268 上述該導引部兩侧分別設有一定位塊，該套接部周緣 設有分別與該等定位塊嵌接之二凹陷槽。 藉此，本創作之同軸連接器，可於結合相關導線時降 低組裝高度，且利用第一及第二扣接板之對應扣接，使該 導線可與端子本體穩固結合，而達到易於組裝以及具有良 好接觸性之功效。 【實施方式】 為充分瞭解本創作之目的、特徵及功效，茲藉由下述 具體之實施例，並配合所附之圖式，對本創作做一詳細說 明，說明如後： 請參閱『第9圖〜第15圖』，係分別為本創作同軸連接 器端子之外觀圖、本創作同軸連接器端子與導線之分解 圖、本創作同軸連接器端子與導線之組裝圖、本創作同軸 連接器端子與導線組裝後之外觀圖及本創作同軸連接器端 子與導線組裝後之俯視圖。如圖所示：本創作之同軸連接 器端子1係用以電連接一導線2及一外部圓形導體5,該導 線2具有一中心導體21、包覆該中心導體21之一絕緣層 22、包覆該絕緣層22之一編織層23及包覆該編織層23之 一外被24，該同轴連接器端子1具有一承板11、分別設於 該承板11兩側且相對應彎折於該承板11 一面上之二導體 部12、設於該承板11 一端側緣之一第一扣接板13、及設 於該承板11 一端另一側緣且與該第一扣接板13錯位之一 第二扣接板14，該等導體部12、該第一扣接板13及該第 M436268 • 二扣接板14朝向同一方向，該第一扣接板13及該第二扣 • 接板14用以扣合及電連接該導線2的中心導體21，該等導 體部12相對應之一面上分別具有一凹弧面121，該等凹弧 面121用以電連接該外部圓形導體5。 當組裝時，係可將所需導線2之中心導體21設於承板 11 一端且對應於第一及第二扣接板13、14之間，並利用治 具或夾具（圖未示）同時（或分別）將第一及第二扣接板 13、14往中心導體21之方向彎折，使第一及第二扣接板 φ 13、14直接對該中心導體21進行扣接，進而將中心導體 21穩固扣接於同軸連接器端子1上，而使該同軸連接器端 子1利用第一及第二扣接板13、14以夾持（壓著）方式與 導線2之中心導體21直接結合，符合高頻之肌膚（SKIN) 效應設計原理，不會有斷電之疑慮，且電性傳輸時相對穩 定不會產生起伏，且由於該導線2以其中心導體21直接與 同軸連接器端子1結合，無須藉由絕緣層22作為前導，因 而可快速及準確進行同轴連接器端子1與導線2之結合， • 再者由於同轴連接器端子1之導體部12係具有相對應之凹 弧面121，藉以使相對接之外部圓形導體5利用凹弧面121 以一整面接觸，或至少有四點接觸之型態與導體部12進行 結合，以增加接觸之截面積使得阻抗變小，而可有效提升 電性傳輸效果。 請參閱『第16圖〜第19圖』，係分別為本創作同軸連 接器端子、導線、膠心及外殼之分解圖、本創作同軸連接 器端子、導線與膠心組裝後之俯視圖、本創作同軸連接器 9 M436268 端子、導線、膠心與外殼之組裝狀態圖及本創作同軸連接 器端子、導線、膠心與外殼組裝後之側視圖。如圖所示·· 上述該同轴連接器端子1係與一膠心3結合，而該膠心3 係具有一導引部31，且該膠心3的一面上係具有可設置同 軸連接器端子1之容置區32,並於該容置區32延伸出一壓 板33以用以壓制該同軸連接器端子1，且該膠心3係結合 於一外殼4中，而該外殼4具有與導引部31對應接合之套 接部41，且套接部41之端緣係設有壓制壓板33之蓋體42, 並於該盖體4 2兩側設有爽持該導線2的絕緣層2 2、編織層 23及外被24之複數央持部43，其中該外殼4之套接部41 一側緣係設有相對應之二擋板44,使該套接部41内緣呈U 型，供容置膠心3之導引部31，且該蓋體42上係設有與該 等擋板44扣接之二卡扣部45，該導引部31上係具有一延 伸段34，而該導引部31與延伸段34中係具有連通容置區 32之一穿孔35，同軸連接器端子1與膠心3結合後，該導 體部12可位於穿孔35中，而該導引部31兩側係分別設有 一定位塊36,且該外殼4之套接部41周緣係設有分別與該 等定位塊36嵌接之二凹陷槽46。 當同軸連接器端子1設於膠心3之容置區32後可讓該 導體部12位於穿孔35中，之後再將膠心3之導引部31直 接設置於外殼4之套接部41，並使各定位塊36分別嵌接之 凹陷槽46中，之後將外殼4 一側之蓋體42往膠心3之方 向蓋合，藉以讓蓋體42壓制壓板33，進而讓壓板33壓迫 於同轴連接器端子1之承板11上，且同時卡扣部45與擋 M436268 板44扣接，最後再將蓋體42兩側之夾持部43夾持於該導 線2的絕緣層22、編織層23及外被24上；而構成一同軸 連接器，藉以使本創作具有下列優點： 1. 同軸連接器端子1利用第一及第二扣接板13、14以夾持 (壓著）方式與導線2之中心導體21直接結合，符合高 頻之肌膚（SKIN)效應設計原理，不會有斷電之疑慮， 且電性傳輸時相對穩定不會產生起伏。 2. 導線2以其中心導體21直接與同軸連接器端子1結合， 無須藉由絕緣層22作為前導，可快速及準確進行同軸連 接器端子1與導線2之結合。 3. 同軸連接器端子1之導體部12設置有相對應之凹弧面 121，能有效與相對接之外部圓形導體5以一整面接觸或 至少有四點接觸，因此使接觸面積增大使得阻抗變小， 進而讓電性傳輸性能及效果提升。 4. 各導體部12與第一及第二扣接板13、14為同向設置， 因此在微型元件之設計上不會增加組裝高度，有利元件 佈局之考量。 5. 外殼4之套接部41内緣呈U型，可使膠心3以其導引部 31直接且輕易置入套接部41中加以定位，而不需另外使 用工具。 本創作在上文中已以較佳實施例揭露，然熟習本項技 術者應理解之是，該實施例僅用於描繪本創作，而不應解 讀為限制本創作之範圍。應注意之是，舉凡與該實施例等 效之變化與置換，均應設為涵蓋於本創作之範轉内。因此， 11 申請專利範圍所界定者為 本創作之保護範圍當以下文之 準。 【圖式簡單說明】 第1圖為習用之分解圖。 第2圖〜第4圖為習用端子與導線之組裝圖。 第5圖為習用端子與導線組裝後之前視圖。 第6圖為習用端子與導線組褒後之側視圖。 第7圖為習用端子與導線組褒後之俯視圖。 第8圖為習用端子、導線、膠心與外殼組裝後之側視 〇 第9圖為本創作同軸連接器端子之外觀圖。 第10圖為本創作同軸連接器端子與導線之分解圖。 第11圖〜第13圖為本創作同軸連接器端子與導線之組 圖0 第14圖為本創作同軸連接器端子與導線組裝後之外 圓0 第15圖為本創作同轴連接器端子與導線組裝後之俯 第16圖為本創作同軸連接 之分解圖。 第17圖為本創作同轴連接 之俯視圖。 第18圖為本創作同轴連接 器端子、導線、膠心及外殼 器端子、導線與膠心組裝後 器端子、導線、膠心與外殼 12 M436268 之組裝狀態圖。 第19圖為本創作同軸連接器端子、導線、膠心與外殼 組裝後之側視圖。 【主要元件符號說明】 (習用部分）M436268 V. New description: [New technical field] This is a coaxial connector, especially to reduce the assembly height, and the first and second fastening plates can be used to directly fasten the center conductor of the wire and make The conductor portion uses its concave curved surface to increase the area when it is in contact with the outer circular conductor, and achieves the functions of easy assembly, stable bonding, good electrical transmission, and good contact. [Prior Art] According to the conventional coaxial connector (as shown in Figs. 1 to 8), it comprises a wire 6, a terminal 7, a rubber core 8, and a casing 9, wherein the wire 6 has a center conductor 61, an insulating layer 62, a braided layer 63 and an outer cover 64. The terminal 7 has a receiving plate 71, a contact portion 72, a clamping portion 73 and a plug portion 74. The rubber core 8 has an accommodating portion 81, The fixing hole 82, the pressing plate 83, the latching groove 84 and the notch 85, and the outer casing 9 has a sleeve portion 91, a projection 92, a buckle hook 93 and a cover plate 94; thereby, the wire 6 can be punctured by the insulating layer 62 thereof. The breaking manner is provided in the clamping portion 73 of the terminal 7 such that the center conductor 61 of the wire 6 is electrically connected to the clamping portion 73 of the terminal 7, and the terminal 7 is disposed in the accommodating portion 81 of the rubber core 8 so that The insertion portion 74 is disposed in the fixing hole 82, and then the rubber core 8 is disposed in the socket portion 91 of the outer casing 9, and the protrusion 92 is engaged in the card slot 84, and the buckle hook 93 is used to hold the rubber core. 8 is fixed in the socket portion 91, and finally the cover plate 94 is bent in the direction of the socket portion 91, so that the pressure plate 83 is pressed against the insulating layer 62 of the wire 6, thus forming a conventional coaxial connection. . M436268, however, has at least the following disadvantages in the conventional coaxial connector described above: 1. The wire 6 is punctured by the clamping portion 73 in such a manner that the center conductor 61 of the wire 6 is clamped to the terminal 7. The part 73 is electrically connected, and its contact is not stable, and there is a crisis of instantaneous power failure. 2. When the wire 6 is bonded to the terminal 7 in a piercing manner, the insulating layer 62 is used as a pre-conductor. Therefore, the bonding layer 62 of the wire 6 must be inserted between the clamping portions 73 of the terminal 7 during the bonding, which is time consuming and impossible. The insulating layer 62 is accurately placed. 3. When the outer circular conductor 5 is combined with the contact portion 72, the contact portion 72 is deflected, so that the contact is not guided, and the outer circular conductor 5 and the contact portion 72 are in two-point contact, which makes them contact. The clamping is not easy, thus making the electrical transmission greatly compromised. 4. The contact portion 72 and the clamping portion 73 are oriented in different directions, and the terminal 7 is fixed in the fixing hole 82 of the receiving portion 81 by the insertion portion 74 on the bearing plate 71. Since the component is extremely small, it is difficult to put in and put There is a risk of falling off after entering. In addition, since the contact portion 72 and the clamping portion 73 are oriented in different directions, when the contact portion 72 of the terminal 7 is placed in the rubber core 8, the clamping portion 73 and the wire 6 are convex. Due to the other side of the carrier 71, the assembly height is increased, so that it is difficult for the terminal 7 and its lead 6 to be completely inserted into the core 8. 5. The rubber core 8 needs to be pressed into the 9-seat portion of the outer casing by the tool, and when the rubber core 8 is placed in the socket portion 91, the projection 92 in the socket portion 91 is pushed upward from the bottom of the card slot 84. Moving, in this way, when the two are combined, the rubber core 8 is scratched by the resistance of the bump 92, so that the rubber core 8 is scratched and the 5 M436268 is thrown into the debris in the accommodating area 81, and It affects the electrical characteristics of the coaxial connector. Therefore, how to create a coaxial connector so that it can reduce the assembly height, easy assembly, stable combination, good electrical transmission and good contact, will be actively exposed by this creative. [New content] In view of the shortcomings of the above-mentioned conventional coaxial connectors, the creators feel that they have not been perfected, and exhausted their mental and careful research and overcoming, based on their accumulated experience in the industry for many years, and developed a kind of Coaxial connectors are designed to reduce assembly height, ease of assembly, stable bonding, good electrical transmission, and good contact. The main purpose of the present invention is to provide a coaxial connector that directly fasteners the center conductor of the wire by using the first and second fastening plates by facing the conductor portions, the first and second fastening plates in the same direction. The conductor portion is increased in area by the concave arc surface to the outer circular conductor, thereby achieving easy assembly, stable bonding, good electrical transmission, and good contact. To achieve the above object, the first aspect of the present invention provides a coaxial connector terminal for electrically connecting a wire and an outer circular conductor, the wire having a center conductor, the coaxial connector terminal comprising: a bearing a first conductor plate disposed on one side of the carrier plate and correspondingly bent on one side of the carrier plate, a first fastening plate disposed on one side edge of the carrier plate, and one end of the carrier plate One side of the second fastening plate is offset from the first fastening plate, the conductor portion of the M436268, the first fastening plate and the second fastening plate face in the same direction, the first fastening plate and The second fastening plate is configured to fasten and electrically connect the center conductor of the wire, and each of the corresponding conductor portions has a concave curved surface for electrically connecting the outer circular conductor. The second aspect of the present invention provides a coaxial connector for electrically connecting a wire and an outer circular conductor, the wire having a center conductor, the coaxial connector comprising: a coaxial connector terminal having a carrier plate, two conductor portions respectively disposed on two sides of the carrier plate and correspondingly bent on one side of the carrier plate, a first fastening plate disposed on one side edge of the carrier plate, and a first fastening plate disposed on the carrier plate The second fastening plate is disposed on the other side of the first side of the first fastening plate, and the first fastening plate, the first fastening plate and the second fastening plate are oriented in the same direction, the first fastening plate And the second fastening plate is configured to fasten and electrically connect the center conductor of the wire, and the corresponding ones of the conductor portions respectively have a concave curved surface for electrically connecting the outer circular conductor a rubber core having a guiding portion, one side of the rubber core having a receiving area for the coaxial connector terminal, the receiving area extending out of a pressing plate to press the coaxial connector terminal; and a a housing having a set of joints correspondingly engaged with the guiding portion, the sleeve The end edge of the portion is provided with a cover body for pressing the pressure plate, and the cover body is provided with a plurality of clamping portions for clamping the wire. The sleeve portion of the outer casing is provided with a corresponding two baffle plate so that the inner edge of the socket portion is u-shaped to receive the guiding portion of the rubber core, and the cover body is provided with the baffle plate. Two buckle parts. The guiding portion has an extending portion, and the guiding portion and the extending portion have a through hole communicating with the receiving portion, and the conductor portions are located in the through hole. 7 M436268 The two sides of the guiding portion are respectively provided with a positioning block, and the periphery of the sleeve portion is provided with two recessed grooves respectively engaged with the positioning blocks. Therefore, the coaxial connector of the present invention can reduce the assembly height when the related wires are combined, and the corresponding fastening of the first and second fastening plates enables the wire to be firmly combined with the terminal body, thereby achieving easy assembly and Has a good contact effect. [Embodiment] In order to fully understand the purpose, features and effects of this creation, the following specific examples and the accompanying drawings are used to explain the creation in detail, as follows: Please refer to "9th Figure ~ Figure 15" is the external view of the creative coaxial connector terminal, the exploded view of the coaxial connector terminal and the wire of the present creation, the assembly diagram of the coaxial connector terminal and the wire of the present creation, the coaxial connector terminal of the present creation The external view after assembly with the wire and the top view of the assembled coaxial connector terminal and the wire. As shown in the figure, the coaxial connector terminal 1 of the present invention is used for electrically connecting a wire 2 and an outer circular conductor 5, the wire 2 having a center conductor 21, an insulating layer 22 covering the center conductor 21, a braided layer 23 covering the insulating layer 22 and covering the outer layer 24 of the braided layer 23, the coaxial connector terminal 1 having a carrier 11 disposed on each side of the carrier 11 and correspondingly bent Two conductor portions 12 folded on one side of the carrier plate 11, one first fastening plate 13 disposed on one side edge of the carrier plate 11, and the other side edge disposed at one end of the carrier plate 11 and the first buckle The first fastening board 14 is offset from the first fastening board 14 , the first fastening board 13 and the second fastening board 14 and the second fastening board 14 are oriented in the same direction, the first fastening board 13 and the first The second button and the connecting plate 14 are used for fastening and electrically connecting the center conductors 21 of the wires 2. The corresponding ones of the conductor portions 12 respectively have a concave curved surface 121, and the concave curved surfaces 121 are electrically connected. External circular conductor 5. When assembled, the center conductor 21 of the desired wire 2 can be disposed at one end of the carrier plate 11 and corresponding between the first and second fastening plates 13, 14 and simultaneously using a jig or a clamp (not shown) (or separately) bending the first and second fastening plates 13 and 14 toward the center conductor 21, so that the first and second fastening plates φ 13 and 14 directly fasten the center conductor 21, and then The center conductor 21 is firmly fastened to the coaxial connector terminal 1 such that the coaxial connector terminal 1 is directly clamped (clamped) to the center conductor 21 of the wire 2 by the first and second fastening plates 13 and 14. Combined with the high frequency skin (SKIN) effect design principle, there is no doubt about power failure, and the electrical transmission is relatively stable without undulation, and since the wire 2 is directly connected to the coaxial connector terminal with its center conductor 21 1 combination, without the use of the insulating layer 22 as a predecessor, the coaxial connector terminal 1 and the wire 2 can be quickly and accurately combined, and the conductor portion 12 of the coaxial connector terminal 1 has a corresponding concave shape. Arc surface 121, thereby making the opposite outer circular conductor 5 The concave arc surface 121 is contacted with a whole surface, or at least a four-point contact type is combined with the conductor portion 12 to increase the cross-sectional area of the contact so that the impedance becomes small, and the electrical transmission effect can be effectively improved. Please refer to "16th to 19th", which are the exploded view of the terminal, wire, rubber and outer casing of the original coaxial connector, the top view of the coaxial connector terminal, the wire and the rubber core assembled, and the creation. Coaxial connector 9 M436268 Assembly state diagram of terminals, wires, cores and housings and side view of the assembled coaxial connector terminals, wires, cores and housing. As shown in the figure, the coaxial connector terminal 1 is combined with a rubber core 3, and the rubber core 3 has a guiding portion 31, and one side of the rubber core 3 is provided with a coaxial connector. a receiving area 32 of the terminal 1 , and a pressing plate 33 extending from the receiving area 32 for pressing the coaxial connector terminal 1 , and the rubber core 3 is coupled to a housing 4 having the same The guiding portion 31 is correspondingly engaged with the sleeve portion 41, and the end edge of the socket portion 41 is provided with a cover body 42 for pressing the pressing plate 33, and an insulating layer for holding the wire 2 is disposed on both sides of the cover body 42. 2, the woven layer 23 and the plurality of central portions 43 of the outer quilt 24, wherein the side edge of the sleeve portion 41 of the outer casing 4 is provided with a corresponding two baffle 44, so that the inner edge of the ferrule portion 41 is U The guiding portion 31 is configured to receive the guiding portion 31 of the rubber core 3, and the cover member 42 is provided with two locking portions 45 fastened to the baffle 44, and the guiding portion 31 has an extending portion 34 thereon. And the guiding portion 31 and the extending portion 34 have a through hole 35 of the connecting accommodating portion 32. After the coaxial connector terminal 1 is combined with the glue core 3, the conductor portion 12 can be located in the through hole 35, and the guiding portion Part 31 is separated on both sides A positioning block 36, and a sheathing portion of the housing 4 is provided with lines of 41 weeks respectively with the edges of the positioning block 36 and the like of the two recessed engagement grooves 46. When the coaxial connector terminal 1 is disposed in the accommodating area 32 of the rubber core 3, the conductor portion 12 can be placed in the through hole 35, and then the guiding portion 31 of the rubber core 3 is directly disposed on the socket portion 41 of the outer casing 4. And the positioning blocks 36 are respectively engaged in the recessed grooves 46, and then the cover 42 on the side of the outer casing 4 is covered in the direction of the rubber core 3, so that the cover body 42 presses the pressing plate 33, thereby pressing the pressing plate 33 into the same The bearing plate 11 of the shaft connector terminal 1 is fastened, and at the same time, the locking portion 45 is fastened to the M436268 plate 44. Finally, the clamping portion 43 on both sides of the cover 42 is clamped to the insulating layer 22 of the wire 2, and woven. The layer 23 and the outer layer 24 are formed; and a coaxial connector is formed, so that the present invention has the following advantages: 1. The coaxial connector terminal 1 is clamped (pressed) by the first and second fastening plates 13, 14. Directly combined with the center conductor 21 of the wire 2, in accordance with the design principle of the high frequency skin (SKIN) effect, there is no doubt that the power is cut off, and the electrical transmission is relatively stable without undulation. 2. The wire 2 is directly coupled to the coaxial connector terminal 1 by its center conductor 21, and the bonding of the coaxial connector terminal 1 to the wire 2 can be quickly and accurately performed without using the insulating layer 22 as a preamplifier. 3. The conductor portion 12 of the coaxial connector terminal 1 is provided with a corresponding concave curved surface 121, which can effectively contact the outer circular conductor 5 with a full surface contact or at least four points, thereby increasing the contact area. This makes the impedance smaller, which in turn increases the electrical transmission performance and effect. 4. Since each of the conductor portions 12 is disposed in the same direction as the first and second fastening plates 13, 14, the assembly height is not increased in the design of the micro-components, and the layout of the components is advantageous. 5. The inner edge of the sleeve portion 41 of the outer casing 4 is U-shaped, so that the rubber core 3 can be directly and easily placed into the socket portion 41 by its guiding portion 31 without using a separate tool. The present invention has been disclosed in the above preferred embodiments, and it should be understood by those skilled in the art that the present invention is only intended to depict the present invention and should not be construed as limiting the scope of the present invention. It should be noted that all changes and permutations that are equivalent to the embodiment should be made within the scope of this creation. Therefore, the scope defined by the 11 patent application scope is the scope of protection of this creation as follows. [Simple description of the figure] Figure 1 is an exploded view of the conventional use. Fig. 2 to Fig. 4 are assembly diagrams of conventional terminals and wires. Figure 5 is a front view of the conventional terminal and wire assembly. Figure 6 is a side view of the conventional terminal and the wire set. Figure 7 is a plan view of the conventional terminal and the wire set. Figure 8 is a side view of the conventional terminal, wire, rubber core and outer casing assembled. Figure 9 is an external view of the terminal of the creative coaxial connector. Figure 10 is an exploded view of the terminal and the wire of the inventive coaxial connector. Figure 11 to Figure 13 are the set of terminals and wires of the coaxial connector. Figure 14 is the outer circle of the assembled coaxial connector terminal and the wire. Figure 15 is the creative coaxial connector terminal and The 16th figure after the assembly of the wire is an exploded view of the creative coaxial connection. Figure 17 is a plan view of the coaxial connection of the creation. Figure 18 is a diagram showing the assembly state of the coaxial connector terminals, wires, core and housing terminals, wire and rubber assembly rear terminal, wire, glue and housing 12 M436268. Figure 19 is a side view of the assembled coaxial connector terminal, wire, core and outer casing. [Main component symbol description] (customized part)
5 外部圓形導體 6 導線 61 中心導體 62 絕緣層 63 編織層 64 外被 ‘ 7 端子 71 承板 72 接觸部 73 夹持部 74 插接部 8 膠心 81 容置區 82 固定孔 83 壓板 84 卡槽 85 缺口 9 外殼 13 M436268 91 92 93 94 (本創作部分） 1 11 12 121 13 14 2 21 22 23 24 3 31 32 33 34 35 36 4 套接部 凸塊 扣勾 蓋板 同轴連接器端子 承板 導體部 凹孤面 第一扣接板 第二扣接板 導線 ’ 中心導體 絕緣層 編織層 外被 膠心 導引部 容置區 壓板 延伸段 穿孔 定位塊 外殼 14 M436268 41 套接部 42 蓋體 43 夹持部 44 擋板 45 卡扣部 46 凹陷槽 5 外部圓形導體5 External round conductor 6 Conductor 61 Center conductor 62 Insulation layer 63 Braided layer 64 External '7 Terminal 71 Carrier plate 72 Contact portion 73 Clamping portion 74 Plug-in part 8 Rubber core 81 accommodating area 82 Fixing hole 83 Platen 84 Card Slot 85 Notch 9 Housing 13 M436268 91 92 93 94 (This Creative Part) 1 11 12 121 13 14 2 21 22 23 24 3 31 32 33 34 35 36 4 Socket Bump Hook Cover Coaxial Connector Terminal Socket Plate conductor concave concave surface first fastening plate second fastening plate wire 'Center conductor insulation layer braid outer layer rubber guide portion accommodating area pressure plate extension section perforation positioning block housing 14 M436268 41 Socket portion 42 cover 43 clamping portion 44 baffle 45 snap portion 46 recessed groove 5 outer circular conductor
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