1259683 九、發明說明 【發明所屬之技術領域】 本發明係有關於一種網路傳輸用之連接器模組，特別是 有關於設有傳輸效能較強之變壓器模組的網路傳輸用之連 接器模組。 【先前技術】 隨著資訊科技的快速發展，電子及資訊產品的應用也愈 趨普及，電腦系統及其相關周邊產業的進步更是一日千里。 電腦的大量普及再加上網路技術的快速發展，經由網路可以 快速的獲取所需的資料，更可以提供多樣化的資訊服務。電 腦網路的發展提供人類更為便捷與舒適的生活環境。 因此，現今的網際網路持續的快速發展，而應用網路來 傳遞的技術也越來越進步。這些經由網路互相連接的電腦設 備大口卩刀均需使用連接器（C。刪來與網 =子設備進行連接，例如是與集線器_)等電子設備= 均採η用來與網路相關設備相連接的電腦連接器，-期 連接座（Jaek)與連接頭（ρ㈣進㈣合^ 路傳輸之需求’網路卡上均需安排 45連接/、㈣""與其他電子元件的配置位置，以將 RJ 45連接座、變壓琴虚直 丧㈣】㈤# 子兀件固定於電路板上。請 卡！00至°習知網路 夕已含連接座1G1及其電性叙合之網路控制介面裝 1259683 置no。連接座101 一般為RJ-45連接座，其中連接座⑺1 内設有接腳（圖未繪示）。連接座1〇1係利用固定架1们而固 疋於網路控制介面裝置110之一側。網路控制介面裝置1⑺ 於電路板113上可設有盒型變壓器lu與其他電子元件（圖 未％示），而適用之其他電子元件為此技術領域中任何具有 通常知識者所熟知，故在此不另贅述。盒型變壓器丨丨1係電 性耦合於連接座101。網路卡丨⑽之固定架1〇3上可設有複 數個發光二極體（Light Emitting Di〇de; LED)ni 且^ 性耦 合至電路板113，藉此顯示網路之連接狀態。網路控制介面 裝置11G之另-侧更設有輸出端子135以電性麵合於主機板 ¥電子設備中的連接座1〇1，例如RJ_45的連接座，接 收到來自於網路的訊號後，可經由與電路板ιΐ3相連接之連 接座101内之接腳（圖未繪示）與電路板113上的電路傳送至 盒型變壓器川，再經由其他電子元件來進行訊號的處理與 收發。 然而，上述之連接座101與網路控制介面裝置110相釋 電子元件所構成之網路卡100’由於相關電子元件之尺寸· 大，無可避免的必須在電路板113上佔據一定的面積，勢。 造成電子設備進-步縮小外觀尺寸的瓶頸。其次，習知所j 用之網路卡100的線路較為繁雜，在製程過程中良率易受] 響。再者’習知網路卡100所使用之相關電子元件二 能，早已不敷超高速網路傳輸之所需。 因此，若能進-步縮小連接座與相關電子元件的整體 I259683 I提t、更佺之網路傳輸效能，為電腦相關設備與網路 設備的設計者、使用者與製造者所共同企盼的 【發明内容】 +蓉於上述之發明背景中，f知的連接座與相關電子元件 路板的面積較大，形成電子設備小型化的瓶頸。 ::，在電子設備小型化的過程中，習知變壓器所能提供之 能也相對受到影響。如能提供—種傳輸效能較強之變 設，器模組内，不僅可有效的減少電子產品的外 寸提同製私良率及網路傳輸效能，更可以 備的製造成本。 ，低电于叹 本毛月之目的之—就是揭露—種網路傳輸用之連接器 ::且m此連接益杈組設有傳輸效能較強之變壓器模組，且此 變壓器模組更結合連接器之訊號接腳，因此不僅有效減少電 的外觀尺寸，節省製程及材料，更提高製程良率及網 路傳輸效能。 ―士發明的另一目的之—在於揭露一種網路傳輸用之變 ::杈組’適用於連接器模組’此變壓器模組係將傳輸效能 較強的複數個線圈設於變壓器模組之Γ型主體的垂直側板 夕:表面的容置槽内’更結合連接器之訊號接腳，藉此節省製 程及材料’以提高製程良率及網路傳輸效能。 一種網路傳輸用之連接器 以及電路板。殼體具有前 以隔板水平分隔出上室及 根據本發明上述之目的，提出 模組，至少包含殼體、變壓器模組 端開口以及後端開口，其中殼體内 1259683 下室。變壓器模組，至少包含r型主體、設於Γ型主體之垂 直側板外表面之容置槽、環設於垂直側板外緣之複數個接 腳、設於垂直側板下緣之排針組以及斜設於r型主體之水平 側板一端之複數個訊號接腳，其中容置槽係用以容置複數個 線圈，而上述之接腳及排針組係電性耦合於此些線圈，且上 述之訊號接腳自殼體之後端開口卡設於上室中以連接網 路。電路板則設於變壓器模組之垂直側板外側，並藉由上述 之接腳及排針組電性耦合至變壓器模組。 依照本發明一較佳實施例，上述網路傳輸用之變壓器模 組可例如用以支援10/100/1000百萬位元組之高速乙太網 路。 依照本發明一較佳實施例，上述之訊號接腳可例如 RJ-45連接器之訊號接腳。 一種網路傳輸用之變壓1259683 IX. Description of the Invention [Technical Field] The present invention relates to a connector module for network transmission, and more particularly to a connector for network transmission having a transformer module with high transmission efficiency Module. [Prior Art] With the rapid development of information technology, the application of electronic and information products has become more and more popular, and the progress of computer systems and related peripheral industries is even more rapid. The popularity of computers and the rapid development of network technology can quickly obtain the required information via the Internet, and provide a variety of information services. The development of the computer network provides a more convenient and comfortable living environment for human beings. As a result, today's Internet continues to grow rapidly, and the technology that the application network delivers is getting better. These computer devices that are connected to each other via the network need to use a connector (C. Delete the network device connected to the network = sub-device, such as hub _) and other electronic devices = use η for network-related devices Connected computer connectors, the connection between the Jaek and the connector (p(four) in (4)) The network card needs to be arranged on the network card 45, / (4) "" and other electronic components In order to connect the RJ 45 connector, the variable pressure piano (4)] (5) #子兀 is fixed on the circuit board. Please card! 00 to ° 知知网络夕 has the connection seat 1G1 and its electrical refinement The network control interface is installed with 1296883. The connector 101 is generally an RJ-45 connector, in which the connector (7) 1 has a pin (not shown). The connector 1〇1 is fixed by the holder 1 On one side of the network control interface device 110. The network control interface device 1 (7) can be provided with a box-type transformer lu and other electronic components on the circuit board 113 (not shown), and other electronic components are applicable to the technical field. Anyone with the usual knowledge is familiar with it, so there is no other here. The box type transformer 丨丨1 is electrically coupled to the connecting base 101. The fixed frame 1〇3 of the network card 丨(10) can be provided with a plurality of light emitting diodes (LEDs) and Coupling to the circuit board 113, thereby displaying the connection state of the network. The other side of the network control interface device 11G is further provided with an output terminal 135 electrically connected to the connector seat 〇1 in the motherboard ¥ electronic device, For example, the connector of the RJ_45, after receiving the signal from the network, can be transmitted to the box transformer via the pins (not shown) in the connector 101 connected to the circuit board ι 3 and the circuit on the circuit board 113. In addition, the processing and transceiving of signals are performed by other electronic components. However, the network card 100' formed by the above-mentioned connector 101 and the network control interface device 110 is composed of electronic components, and the size of the related electronic components is large. Inevitably, it must occupy a certain area and potential on the circuit board 113. This causes the electronic device to further reduce the bottleneck of the appearance size. Secondly, the circuit of the network card 100 used by the conventional device is complicated, during the process. Yield is vulnerable] Furthermore, the related electronic components used in the network card 100 are no longer sufficient for ultra-high-speed network transmission. Therefore, if the overall connection between the connector and the related electronic components can be further reduced, I259683 I t, more sophisticated network transmission performance, for the computer-related equipment and network equipment designers, users and manufacturers aspired to [invention content] + Rong in the above-mentioned invention background, the known connection block and The area of the relevant electronic component board is large, which forms a bottleneck for miniaturization of electronic equipment. :: In the process of miniaturization of electronic equipment, the energy that can be provided by conventional transformers is also relatively affected. If it can provide a variety of transmission performance changes, the device module can not only effectively reduce the external product quality and network transmission efficiency of electronic products, but also the manufacturing cost. The purpose of low electricity is to sigh the purpose of the month of the month - that is, to expose the connector for network transmission: and the connection of the Yiyi group has a transformer module with strong transmission efficiency, and the transformer module is more integrated. The signal pin of the connector not only effectively reduces the size of the electrical appearance, saves the process and materials, but also improves the process yield and network transmission efficiency. Another purpose of the invention is to expose a change in network transmission: 杈 group 'applicable to connector module' This transformer module is to set a plurality of coils with strong transmission efficiency in the transformer module. The vertical side of the 主体-type main body: the surface of the accommodating groove is more integrated with the signal pin of the connector, thereby saving process and material 'to improve process yield and network transmission efficiency. A connector for network transmission and a circuit board. The housing has a front horizontal partitioning of the upper chamber by a partition and, in accordance with the above objects of the present invention, a module comprising at least a housing, a transformer module end opening and a rear end opening, wherein the housing has a lower chamber 1259683. The transformer module comprises at least an r-shaped main body, a receiving groove provided on an outer surface of the vertical side plate of the main body of the crucible body, a plurality of pins arranged on the outer edge of the vertical side plate, a pin group disposed at a lower edge of the vertical side plate, and a skew a plurality of signal pins disposed at one end of the horizontal side plate of the r-shaped body, wherein the receiving groove is configured to receive a plurality of coils, and the pins and the pin header groups are electrically coupled to the coils, and the foregoing The signal pin is inserted into the upper chamber from the rear end of the housing to connect to the network. The circuit board is disposed outside the vertical side plate of the transformer module, and is electrically coupled to the transformer module by the pin and the pin header group. In accordance with a preferred embodiment of the present invention, the transformer module for network transmission can be used, for example, to support a high speed Ethernet network of 10/100/1000 megabytes. In accordance with a preferred embodiment of the present invention, the signal pins described above may be, for example, signal pins of an RJ-45 connector. A transformer for network transmission
腳係用以連接網路。 應用上述網路傳輸用之連接器模 能較強之變壓器模組 根據本發明上述之目的，再提出 器模組，至少包含Γ型主體、設於Γ 面之各置槽、壤設於Φ吉柄々k铁a 組’由於係設有傳輸效The foot system is used to connect to the network. According to the above object of the present invention, a transformer module having a stronger connector module for network transmission is provided, and the re-apply module includes at least a 主体-shaped main body, each slot disposed on the 面 surface, and is disposed at Φ 吉Handle 々k iron a group' due to transmission efficiency
降低電子設備的製造成本。 接腳，不僅可有效的減少電子產品 率及網路傳輸效能，更可以卩备你鹿 1259683 【實施方式】 本發明網路傳輸用之逵接 ^ 遷接杈組攻有傳輸效能較強之 變壓器模組，且此變壓έ 交i為杈組更結合連接器之訊號接腳，因 此不僅有效減少電子產〇 M& ^ 电亍屋p口的外硯尺寸，節省製程及材料，更 提高製程良率及網路值齡对& j格得翰效旎。以下配合第2(A)圖至第4 圖以詳細說明本發明網路傳輸用之連接器模組。 首先’請參照f 2(A)圖，其係繪示根據本發明一較佳 實施例之網路傳輸用之連接器模組的分解圖。在第2(· 中，此連接器模組200至少包含殼體2〇1、變壓器模組3〇〇 以及電路板400。殼體201具有前端開口 2〇3以及後端開口 205 ’其中殼體201内以隔板207水平分隔出上室2〇8及下 室209。在此一實施例中，連接器模組2〇〇中之殼體2〇1以 及隔板207可為一體成型或組裝而成，並不限於上述所揭示 者。上室208之前端開口 203 —般可例如rj-45連接座之插 槽，用以使變壓器模組300水平側板308 一端3〇9之訊號接 腳341，例如適用於RJ_45連接座之訊號接腳，自殼體2〇1 之後端開口 205卡設於上室208中。 在弟2(A)圖中’變壓器模組300至少包含厂型主體 301、設於Γ型主體301之垂直側板303外表面305之容置 槽311、環設於垂直側板303外緣315之複數個接腳32!、 設於垂直側板3 0 3下緣3 0 7之排針組3 3 1以及斜設於f型主 體301之水平側板308 —端309之複數個訊號接腳341。上 述容置槽3 11可用以容置複數個線圈3 1 7 ’以提供較強的傳 1259683 輸效能。至於變壓器模組300詳細之結構於稍後詳述。 凊再參照第2(A)圖，當變壓器模組3〇〇設於連接器模 組200之殼體201内時，更至少包含電路板4〇〇設於變壓器 模組300之垂直側板303之外側並藉由接腳32丨以及排針組 331電性耦合於變壓器模組3〇〇。電路板4〇〇之實質上中央 區域可設有電磁波屏蔽（Electromagnetic interference Shielding ; EMI Shielding)抗壓材料411。此電磁波屏蔽抗 壓材料411可例如以電磁波屏蔽網材包覆例如泡棉之抗壓 材料所組成，並以例如導電膠固定於電路板4〇〇之實質上中 央區域。在另一個例子，此電磁波屏蔽抗壓材料41丨亦可例 如以金屬薄片包覆例如泡棉之抗壓材料所組成，並以例如焊 接之方式固定於電路板4〇〇之實質上中央區域。 接著’請參照第2(B)圖，其係繪示根據本發明一較佳 實施例之網路傳輸用之變壓器模組的分解圖。進而言之，此 網路傳輸用之變壓器模組300，至少包含Γ型主體3〇1、設 於Γ型主體301之垂直側板303外表面305之容置槽3 11、 環没於垂直側板303外緣3 1 5之複數個接腳32 1、設於垂直 側板303下緣307之排針組331以及斜設於r型主體301 之水平側板308 —端309之複數個訊號接腳341，其中容置 槽3 11係用以容置複數個線圈3 1 7，而此些線圈3 1 7係藉由 漆包線319電性耦合至上述之接腳321及排針組331，且上 述之訊號接腳341可例如適用於RJ-45連接座之訊號接腳， 其係用以連接網路。在此一實施例中，變壓器模組3〇〇之r 型主體301、容置槽311以及排針組331可為一體成型或組 10 1259683 裝而成，並不限於上述所揭示者。 由於在電子設備小型化的過程中，習知變壓器所能提供 之傳輸效能相當有限，已不敷目前超高速的網路傳輸之需 求，因此本發明連接器模組200之特徵就在於將傳輸效能較 強的線圈3 1 7，尤指以較粗鐵芯製成的線圈，設於變壓器模 組300内，藉此提高網路傳輸效能。本發明適用之鐵芯形式 不拘，舉凡可有效提高傳輸效能的線圈皆不脫離本發明之精 神及範圍，諸如環形鐵芯、〇型鐵芯、R型鐵芯、棒狀鐵芯 或其他形式鐵芯，然以〇型鐵芯為較佳。其次，相較於習 知盒型變壓器尚另外製作外盒及接腳，本發明之變壓器模組 3〇〇係將線圈317直接設於變壓器模組3〇〇之容置槽3n 内，故可即痛製程及材料。再者，線圈317係藉由漆包鱗 319電㈣合至垂直側板3()3外緣315之接腳321及排針相 331，並藉由接腳321以及排針組33!電性連接於電路相 400，如此一來就提高製程良率。 然後’请餐照第3圖，：将給+拍城丄 Q 八係，日不根據本發明另一較佳實 施例之網路傳輸用之連接器模 、 ^ 揭、、且的分解圖。在這個例子中， 連接器模組200除了包含第_ 各弟2(A)圖所不之元件以外，其殼 體201之下室209更可容晋5卜 /ττ ., 文J谷置至少一通用序列匯流排 (Universal Serial Bus ; USB)連 丧展置250。USB連接裝w 250更設有複數個外接腳25! 一、 乂電性連接至主機板（圖未繪 不）〇 之後，請參照第4圖，其係絡 /、你、、、日不根據本發明又一較佳管 施例之網路傳輸用之連接 衩組的分解圖。連接器模組 1259683 2〇〇、變壓器模組300以及電路板400更可利用金屬外殼5〇〇 加以包覆，且金屬外殼500可直接接觸電磁波屏蔽抗壓材料 411。在這個例子中，電磁波屏蔽抗壓材料411 一方面可提 供電磁波屏蔽以及抗壓的功能，另一方面當電磁波屏蔽抗壓 〜 材料411與金屬外殼500直接接觸時，更可提供接地（gnd) ' 的功能，如此一來，不僅有效抗壓又能節省電路板之電路設 計。此外，在電路板400上更至少包含電性耦合於電路板 4〇〇之至少一顯示裝置421，例如發光二極體，用以顯示網φ 路之連接狀態。 由上述本發明較佳實施例可知，應用本發明網路傳輸用 之連接器模組，其優點在於利用傳輸效能較強之變壓器模组 設於連接器模組内1此變壓器模組更結合連接器之訊號接 腳’因此=僅有效減少電子產品的外觀尺寸，節省製程及材 料，更提高製程良率及網路傳輸效能。Reduce the manufacturing cost of electronic equipment. The pin can not only effectively reduce the electronic product rate and network transmission efficiency, but also prepare your deer 1259683. [Embodiment] The network transmission of the present invention is used for the transmission of the transformer with strong transmission efficiency. The module and the transformer i i 杈 杈 杈 杈 杈 更 更 更 更 更 更 更 更 更 更 更 更 更 更 更 更 更 更 更 更 更 更 更 更 更 更 更 更 不仅 不仅 不仅 不仅 不仅 不仅 不仅 不仅 不仅 不仅 不仅 不仅 不仅 不仅 不仅 不仅 不仅 不仅Yield and internet age are effective for & j. The connector module for network transmission of the present invention will be described in detail below with reference to Figs. 2(A) to 4 . First, please refer to the f 2 (A) diagram, which is an exploded view of a connector module for network transmission in accordance with a preferred embodiment of the present invention. In the second aspect, the connector module 200 includes at least a housing 2〇1, a transformer module 3〇〇, and a circuit board 400. The housing 201 has a front end opening 2〇3 and a rear end opening 205′ The upper chamber 2〇8 and the lower chamber 209 are horizontally separated by a partition 207. In this embodiment, the housing 2〇1 and the partition 207 in the connector module 2 can be integrally formed or assembled. The upper end opening 203 of the upper chamber 208 can be, for example, a slot of the rj-45 connecting base for the signal pin 341 of the horizontal side plate 308 of the transformer module 300. For example, the signal pin for the RJ_45 connector is inserted into the upper chamber 208 from the rear end of the housing 2〇1. In the figure 2(A), the transformer module 300 includes at least the factory body 301, The accommodating groove 311 disposed on the outer surface 305 of the vertical side plate 303 of the Γ-shaped main body 301, the plurality of pins 32 disposed on the outer edge 315 of the vertical side plate 303, and the row of the lower edge of the vertical side plate 3 0 3 The needle set 3 3 1 and a plurality of signal pins 341 obliquely disposed at the end 309 of the horizontal side plate 308 of the f-shaped main body 301. The above-mentioned accommodating groove 3 11 can be used. In order to accommodate a plurality of coils 3 1 7 ' to provide a strong transmission efficiency of 1259683. The detailed structure of the transformer module 300 will be described in detail later. 凊 Referring to FIG. 2(A), when the transformer module 3〇 When the device is disposed in the housing 201 of the connector module 200, at least the circuit board 4 is disposed on the outer side of the vertical side plate 303 of the transformer module 300 and electrically coupled by the pin 32 丨 and the pin header group 331. The electromagnetic module 411 can be provided with an electromagnetic shielding (Electromagnetic interference Shielding; EMI Shielding) pressure-resistant material 411. The electromagnetic wave shielding pressure-resistant material 411 can be, for example, an electromagnetic wave shielding mesh material. It is composed of a pressure-resistant material coated with, for example, foam, and is fixed to a substantially central portion of the circuit board 4 by, for example, a conductive paste. In another example, the electromagnetic wave shielding pressure-resistant material 41 can also be wrapped, for example, in a metal foil. It is composed of a pressure-resistant material such as foam, and is fixed to a substantially central region of the circuit board 4 by, for example, soldering. Next, please refer to FIG. 2(B), which shows a comparison according to the present invention. Good An exploded view of a transformer module for network transmission of the embodiment. In other words, the transformer module 300 for network transmission includes at least a 主体-type main body 3〇1 and is disposed outside the vertical side plate 303 of the Γ-shaped main body 301. The receiving groove 3 11 of the surface 305, the plurality of pins 32 1 of the outer edge of the vertical side plate 303, the pin group 331 disposed at the lower edge 307 of the vertical side plate 307, and the pin group 331 disposed obliquely to the r-shaped body 301 The horizontal side plate 308 is a plurality of signal pins 341 of the end 309, wherein the receiving groove 3 11 is for accommodating a plurality of coils 3 1 7 , and the coils 3 17 are electrically coupled to the above by an enamel wire 319 . The pin 321 and the pin header set 331, and the above-mentioned signal pin 341 can be applied, for example, to the signal pin of the RJ-45 connector, which is used to connect to the network. In this embodiment, the r-type body 301, the accommodating groove 311, and the pin header group 331 of the transformer module 3 can be integrally formed or assembled 10 1259683, and are not limited to the above. In the process of miniaturization of electronic devices, the transmission performance provided by conventional transformers is rather limited, which is insufficient for the current ultra-high-speed network transmission. Therefore, the connector module 200 of the present invention is characterized by transmission efficiency. The stronger coil 3 17 , especially the coil made of a thick iron core, is disposed in the transformer module 300 , thereby improving the network transmission performance. The iron core of the present invention is not limited in form, and the coil which can effectively improve the transmission performance does not deviate from the spirit and scope of the present invention, such as a toroidal core, a 〇 core, an R core, a rod core or other forms of iron. The core is preferably a 铁-shaped iron core. Secondly, compared with the conventional box type transformer, the outer box and the pin are separately manufactured. The transformer module 3 of the present invention directly sets the coil 317 in the receiving groove 3n of the transformer module 3〇〇, so That is the pain process and materials. Furthermore, the coil 317 is electrically connected to the pin 321 and the pin header phase 331 of the outer edge 315 of the vertical side plate 3 () by the enamel scale 319, and is electrically connected by the pin 321 and the pin header group 33! In the circuit phase 400, the process yield is improved. Then, please refer to Fig. 3, which will give an image of a connector for network transmission, and an exploded view of a network transmission according to another preferred embodiment of the present invention. In this example, the connector module 200 has a compartment 209 below the housing 201 in addition to the components of the second embodiment (A), and the room 209 can accommodate at least 5 τ ττ. A universal serial bus (USB) is connected to 250. USB connection w 250 also has a plurality of external pins 25! First, after the electrical connection to the motherboard (not shown), please refer to Figure 4, the system /, you, ,, day is not based An exploded view of a port set for network transmission in accordance with yet another preferred embodiment of the present invention. The connector module 1259683 2〇〇, the transformer module 300, and the circuit board 400 are further covered by a metal case 5〇〇, and the metal case 500 can directly contact the electromagnetic wave shielding pressure-resistant material 411. In this example, the electromagnetic wave shielding pressure-resistant material 411 can provide electromagnetic wave shielding and compression resistance on the one hand, and grounding (gnd) when the electromagnetic wave shielding pressure-resistant material 411 is in direct contact with the metal casing 500 on the other hand. The function, in this way, not only effective compression, but also saves the circuit design of the circuit board. In addition, at least one display device 421, such as a light-emitting diode, electrically coupled to the circuit board 400 is further disposed on the circuit board 400 for displaying the connection state of the network φ road. According to the preferred embodiment of the present invention, the connector module for network transmission of the present invention has the advantage that the transformer module with strong transmission efficiency is disposed in the connector module, and the transformer module is further connected. The signal pin of the device is therefore only effective in reducing the size of the electronic product, saving process and materials, and improving process yield and network transmission efficiency.
由上述本發明較佳實施例可知，應用本發明網路之變ζ =模組’其優點在於此變壓器模組將傳輸效能較 ㈣ :圈設於變厂堅器模組”型主體的垂直側板外表面的容】 二更結合連接器之訊號接腳，藉此節省製程及材料，上、It can be seen from the above preferred embodiment of the present invention that the application of the network of the present invention has the advantage that the transformer module has a higher transmission efficiency than the fourth (4): the vertical side plate of the main body of the transformer module. The outer surface of the capacitor is combined with the signal pin of the connector, thereby saving process and materials.
棱尚i程良率及網路傳輸效能。 J 定本：：本：明已以較佳實施例揭露如上，然其並非用以阳 本务月’惟此技術領域巾任何具㈣常知識者 本發明之精神和筋圖肉火 在不脫離 發明之保…：'可作各種之更動與濁飾，因此本 …靶圍备視後附之申請專利範圍所界定者為準。 12 1259683 [圖式簡單說明】 第1圖係繪示習知網路卡 # 卞之立體示意圖； 弟2(A)圖係繪示根攄太 , 據本發明一較佳實施例之網路傳& 用之連接器模組的分解圖； 貝 吟1寻輸 第2(B)圖係繪示根據 ^ 像本^明一較佳實施例之網路傳鈐 用之變壓器模組之分解圖； 吟得輸 第3圖係繪示根據太蘇 象本I明另一較佳實施例之 用之連接器模組的分解圖；以及 路傳輪 第4圖係繪示本發明又一較佳實施例之網路傳 連接器模組的分解圖。 之The edge is good and the network transmission efficiency. J: Ben: Ben: The above has been disclosed in the preferred embodiment, but it is not used for the work of the moon. However, the technical field of the paper has any (4) common knowledge. The spirit of the invention and the ribs of the meat are not separated from the invention. The protection...: 'can be used for a variety of changes and turbidity, so this target is defined by the scope of the patent application attached to the target. 12 1259683 [Simple description of the drawing] Fig. 1 is a schematic diagram showing a conventional network card # 卞; 弟 2 (A) is a diagram showing a network transmission according to a preferred embodiment of the present invention. Exploded view of the connector module used in the & 吟 2 (B) diagram shows an exploded view of the transformer module for network transmission according to a preferred embodiment of the present invention FIG. 3 is an exploded view of a connector module according to another preferred embodiment of the present embodiment; and a fourth embodiment of the road wheel is a further preferred embodiment of the present invention. An exploded view of the network pass connector module of the embodiment. It
【主要元件符號說明】 100 :網踗士 _ _ 1U1 :連接座 103 :固定靼 _ Λ 網路控制介面癸罢 111 :盒型變壓器 113 電路板 1 3 1 :發光二極體 135 輸出端子 2 0 0 ·連接器模組 201 殼體 203 :前端開口 205 後端開口 2 0 7 ·隔板 208 ： 上室 209 :下室 250 :通用序列匯流排連接裝置 251 :外接腳 300 ： 變壓器模組 301 : Γ型主體 303 ： 垂直側板 3〇5 :外表面 307 ： 下緣 13 1259683 308 ： 311 ： 317 ： 321 ： 341 ： 411 ： 500 ： 水平側板 309 : 容置槽 315: 線圈 319: 接腳 3 31: 訊號接腳 400 : 電磁波屏蔽抗壓材料421 = 金屬外殼 一端 外緣 漆包線 排針組 電路板 ~ 顯示裝置[Main component symbol description] 100 : Network gentleman _ _ 1U1 : Connector 103 : Fixed 靼 _ 网路 Network control interface 111 111 111 : Box transformer 113 Circuit board 1 3 1 : Light-emitting diode 135 Output terminal 2 0 0 · Connector module 201 Housing 203 : Front end opening 205 Rear end opening 2 0 7 · Partition 208 : Upper chamber 209 : Lower chamber 250 : Universal serial bus bar connection device 251 : External pin 300 : Transformer module 301 : Γ type main body 303 : vertical side plate 3 〇 5 : outer surface 307 : lower edge 13 1259683 308 : 311 : 317 : 321 : 341 : 411 : 500 : horizontal side plate 309 : accommodating groove 315 : coil 319 : pin 3 31 : Signal pin 400 : Electromagnetic wave shielded compression material 421 = Metal shell one end outer edge enameled wire pin header circuit board ~ Display device
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