TWM309114U - Improved package structure of receiving device in optical fiber communication - Google Patents

Improved package structure of receiving device in optical fiber communication Download PDF

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Publication number
TWM309114U
TWM309114U TW95217252U TW95217252U TWM309114U TW M309114 U TWM309114 U TW M309114U TW 95217252 U TW95217252 U TW 95217252U TW 95217252 U TW95217252 U TW 95217252U TW M309114 U TWM309114 U TW M309114U
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TW
Taiwan
Prior art keywords
cap
receiving component
optical fiber
creation
fiber communication
Prior art date
Application number
TW95217252U
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Chinese (zh)
Inventor
Tzung-Ming Wu
Original Assignee
Wamin Optocomm Mfg Corp
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Wamin Optocomm Mfg Corp filed Critical Wamin Optocomm Mfg Corp
Priority to TW95217252U priority Critical patent/TWM309114U/en
Publication of TWM309114U publication Critical patent/TWM309114U/en

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  • Light Receiving Elements (AREA)
  • Optical Couplings Of Light Guides (AREA)

Description

M309114 八、新型說明: 【新型所屬之技術領域】 本創作係有關一種光纖通訊之接收元件包裝結構改良 ,尤指一種可免除習知接收元件特殊包裝之麻煩,以降低 製造成本之接收元件包裝結構改良。 【先前技術】 _ 按;一般對於光纖通訊中所使用的光接收元件都是使 用TO-CAN的包裝方式,而該T0_CAN屬於τ〇 —拙,光接收 疋件也特別針對接受波長為131〇nmLED光源之元件,這些 ^纖通訊的光接收元件都必須要受到密封、穩定氣體(氮 氣)、散熱佳、導電性良好等等特殊包裝方式,以確保其光 =收元件能夠在嚴厲的環境中一樣正常工作,所謂的嚴厲 7工作環境例如是高溫85度與高濕85度並存的環境,或 疋零下負40度的低溫’光接收元件需照常工作,1 會有任何大變化或是異常, ^、 爾壯 得、、先先纖通汛中的光接收元件都必須梭 第-別包^殼其特殊包裝外殼都係屬昂貴單價,如 收元件二;帽:Γί接收元件包裝方式,包含光接 接收开杜2、官13及罩體其中該光 用其9 #没於管座1 3上,光接收元件1 1就3利 用官帽1 2與營座1 q, 丁丄丄就疋利 功能,但是也為了達 穸巩獪、良好散熱、導電性佳等 官座13兩個元件價袼相當昂貴。&使侍官帽12與 該管帽1 2與管座〗q比2 間有一個透鏡1 5,該透白f於金屬件’而管帽! 2尹 兄5 5係為破璃材質,屬光學破 M309114 =為聚焦透鏡,該透鏡1 5與管帽1 2金屬„的黏著在 一起’進而達到氣密的功能,而管帽12與管座13的金 屬件必須透過高壓放電與壓力瓖 、、 电八&刀^兩個金屬瞬間熔接在一起 以達到金屬焊接功能,且管帽 丨目丄2與官座1 3進行焊接 斤有匕程都需在充滿氛氣的環境中進M309114 VIII. New description: [New technical field] This creation is about the improvement of the packaging structure of the receiving component of optical fiber communication, especially the receiving component packaging structure which can eliminate the trouble of the special packaging of the conventional receiving component and reduce the manufacturing cost. Improvement. [Prior Art] _ Press; Generally, the light receiving components used in optical fiber communication are packaged using TO-CAN, and the T0_CAN belongs to τ〇-拙, and the light receiving element is also specifically for the receiving wavelength of 131〇nm The components of the light source, the light-receiving components of these fiber-optic communications must be sealed, stabilized with gas (nitrogen), good heat dissipation, good electrical conductivity, etc. to ensure that their light = receiving components can be in the same harsh environment. Normal work, the so-called severe 7 working environment, such as the environment of high temperature 85 degrees and high humidity 85 degrees coexistence, or low temperature minus 40 degrees of low temperature 'light receiving components need to work as usual, 1 will have any big changes or abnormalities, ^ The light-receiving components in the first and the first fiber-optic splicing must be shuttle-packed, and the special packaging shells are expensive unit prices, such as the component two; cap: Γί receiving component packaging, including light Receiving the open Du 2, the official 13 and the cover, wherein the light is used by the 9 # is not on the socket 13 , the light receiving element 1 1 is used by the official cap 1 2 and the camp 1 q, Function, but also for穸 狯 狯, good heat dissipation, good conductivity, etc. The two components of the seat 13 are quite expensive. & has a lens 15 between the waiter cap 12 and the cap 1 2 and the socket ** q, the whitening of the metal piece ' and the cap! 2Yinxiong 5 5 is a broken glass material, which belongs to the optical break M309114 = is a focusing lens, the lens 15 is adhered to the metal of the cap 1 2 to achieve the airtight function, and the cap 12 and the stem The metal parts of 13 must be welded together by high-pressure discharge and pressure 瓖, electric eight & knife ^ two metal to achieve the metal welding function, and the tube cap 丨 2 and the seat 1 3 welding process Need to enter in a climate-filled environment

座13密封時在管帽i2中的氣 T 』札避死滿虱氣,以穩定的工 作環境,達到光纖通訊中光接收元件的要求,是以,管帽 1 2可以說是俱備特殊用途’相對來說其價格當然 貴0 【新型内容】 本創作之主要目的’即在提供一種光纖通訊之接收元 件包裝結構改良,係包含光接收元件、管帽、管座及罩體 ,其中’§亥光接收元件係設於管座上,而該管帽之視窗係 為沒有任何的物質之中空狀,該罩體内係設有一透鏡,藉 由該透鏡將所接收之光源予以聚焦到光接收元件之晶片上 •,免除習知接收元件結構需以特殊外殼包裝之麻煩,進而 降低製造成本,提高產品之競爭力。 【實施方式】 請同時參閱第三、四圖,並配合第五圖,本創作主要 係包含光接收元件2 1、管帽22、管座23及罩體24 ’其中該光接收元件2 1係設於管座2 3上,該管帽2 2 係為中空狀’該罩體24内係設有一透鏡25,藉由該透 鏡2 5將所接收之光源予以聚焦到接收元件之晶片上,免 除習知接收元件結構需以特殊外殼包裝之麻煩,進而降低 6 一 M309114 製造成本,提高產0 拉、办 口口之矶f力。與圖一習知結構比較,本 創作的目的即改# I , 雙其中的管帽1 2與管座1 3,但並不改 夂傳:具有的X力㉟,且其功能與效果比習々結構更佳,兩 :在饧袼上有極大的差異,設若本創作管座的價袼為新台 免五70 ’白去口結構在價袼上卻需要到新台幣十A元,價格 將I四倍’成本明顯的降低,但各方面的用途與功能 都相同 月多閱第五圖’本創作之管帽2 2也不同於習知结構 圖㈢-中的管帽1 2,不但在外觀上顯然額,圖一中的管 帽1 2,中間的部份有—個透鏡1 5,而本創作的管帽2 2中間凡全疋中空的,沒有任何玻璃或是物質。本創作係 利用罩體2 4所含的透鏡2 5來聚焦,透過罩體2 4的透 兄2 f將光源聚焦到接收晶片上’因此管帽僅需為-甲空 的視窗(windows )即可,雖然本創作中所使用的物件無法 達到氣密、穩定的功能,但是本創作就是讓這樣新的包裝 =式使用在光纖通訊中的光接收元件中,且本創作中的管 帽2 2價袼為新台幣Q36it,而f知結構的管帽丄2卻 要新口夺27 το,兩者在價格上的差距將近75倍之多,且 同樣能夠在高溫85度與高濕85度並存的環境中使光接 疋件需照常工作。 又;本創作必須要確定光接收元件2 i半導體晶片有 哪些特性’對於高溫環境的影響或是對高濕度的環境會受 影響,這都是本創作經過驗正與測試後加以更改,才^保 證=接收元件在整個光纖通訊系統令能夠穩定的工作此且 無論於如何嚴厲的環境都能保持正常工作。當確定光接收 元件能夠在嚴厲的環境卫錢,即可將f知結構之管帽工 M309114 2、官座1 3,更換成本創作的管帽22、管座23,當When the seat 13 is sealed, the gas T in the cap i2 is suffocated to meet the requirements of the light receiving component in the optical fiber communication in a stable working environment, so that the cap 1 2 can be said to have special use. 'Relatively, its price is certainly 0. [New content] The main purpose of this creation is to provide a fiber optic communication receiving component packaging structure improvement, including light receiving components, caps, sockets and covers, where '§ The light receiving element is disposed on the socket, and the window of the cap is hollow without any substance, and the lens is provided with a lens, and the lens is used to focus the received light source to receive light. On the wafer of components, the conventional receiving component structure is eliminated from the trouble of packaging in a special casing, thereby reducing manufacturing costs and improving the competitiveness of the product. [Embodiment] Please refer to the third and fourth figures at the same time, and in conjunction with the fifth figure, the present invention mainly includes a light receiving element 2 1 , a cap 22 , a stem 23 and a cover 24 ' wherein the light receiving element 2 1 is The cap 2 is hollow, and the lens 24 is provided with a lens 25, and the lens 25 focuses the received light source on the receiving component wafer. Conventional receiving component structure needs to be packaged in a special outer casing, which in turn reduces the manufacturing cost of the 6-M309114, and improves the production and output of the mouth. Compared with the conventional structure of Figure 1, the purpose of this creation is to change # I , double the cap 1 2 and the socket 13 , but it does not change the rumor: has X force 35, and its function and effect ratio 々The structure is better, two: There is a great difference in the 饧袼, if the price of this creative tube is 新 新 五 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 ' ' ' ' ' ' ' ' 需要 需要 需要 需要 需要 需要 需要 需要 需要 需要 需要 需要Four times' cost is obviously reduced, but all aspects of use and function are the same. Read more on the fifth picture 'The cap of the creation 2 2 is also different from the conventional structure diagram (3) - the cap 1 2, not only in appearance It is apparent that the cap 1 2 in the middle of Fig. 1 has a lens 15 in the middle, and the cap 2 2 of the present invention is hollow in the middle without any glass or substance. The creation is focused by the lens 25 contained in the cover 24, and the light source is focused on the receiving wafer through the through-hole 2f of the cover 24. Therefore, the cap only needs to be a window of windows. However, although the objects used in this creation cannot achieve airtight and stable functions, this creation is to make such a new package use in the light receiving components in optical fiber communication, and the cap 2 2 in the present creation. The price is NT$Q36it, but the structure of the cap is 2, but it has to be 27 το, the price difference between the two is nearly 75 times, and it can coexist at 85 degrees and 85 degrees. In the environment, the optical connector needs to work as usual. Moreover, this creation must determine which characteristics of the semiconductor chip of the light-receiving element 2 i are affected by the high-temperature environment or the environment of high humidity, which is changed after the original verification and testing of the creation. Guarantee = the receiving component enables stable operation throughout the fiber optic communication system and remains functional regardless of the harsh environment. When it is determined that the light-receiving element can be used to protect money in a severe environment, it is possible to replace the cost of the cap tube 22 and the socket 23 with the cap of the structure M309114 2, the seat block 13

然更改管帽2 2、管座2 3亦必須使用罩體2 4才能夠有 ^焦的功能D 再者’本創作對於其傳統包裝方式要求包裝必須非常 庄思氣孩、延點,經過實驗確認後進而達到更換金屬件,也 達到降低成本的效應’降低成本達75%,針對習知結構使 用的s畅1 2的價袼而言,如此大的價袼差異當然對整體 產扣有非¥大的競爭性有所幫助。本創作對於光纖通訊所 要求其他的功能亚未更改,如導電性佳、散熱良好等等特 陡功此,以上其他功能是光通訊中發光元件必須具備的先 、伶件所以本創作並未更改或是變換,本創作在目前光 纖通訊中的光接收疋件屬TQ—46裡以接收⑽或工聊⑽ 光源的毛射源包裝方式,將光纖通訊中的光接收元件以開 放式的包裝方式實際應用在產品中量產,本創作利用驗正 ;片的特性與穩定性後,進而更㈣U式達料低成本 的主要目的,間接提升產品的競爭性。 :上所述,本創作以開放式的封裝,取代現有的封密 :除降低成本外,尚提供了不同觀點的封裝方式, 達到降低成本之目的,間接 , 門接棱升產如的競爭性,誠屬一倶 新:性的創作’麦依法提出專利申請,祈釣局予以審杳 ,早曰賜准專利至感德便。 【圖式簡單說明】 f一圖係接收元件包裝結構之立體分解圖。 弟二圖係接收元件包裝結構之剖視圖。 第二圖係本創作之立體圖。 8 M309114 第四圖係本創作之立體分解圖。 第五圖係本創作之剖視圖。 【主要元件符號說明】 接收元件 接收元件 2 1However, changing the cap 2, the stem 2 3 must also use the cover 2 4 to be able to have the function of the coke D. Again, this creation requires packaging for the traditional packaging method, which must be very considerate and extended. After confirming, the replacement of the metal parts is achieved, and the cost reduction effect is achieved. 'The cost is reduced by 75%. For the price of the s1, which is used for the conventional structure, the difference in price is of course different for the overall production. ¥Great competition helps. This creation has not changed other functions required for optical fiber communication, such as good electrical conductivity, good heat dissipation, etc. The above other functions are the first and the first components of the light-emitting components in optical communication, so the creation has not changed. Or change, the light receiving component of the present invention in the optical fiber communication is TQ-46 to receive the (10) or the work (10) light source of the source packaging method, and the optical receiving component in the optical fiber communication is in an open packaging manner. The actual application is mass production in the product, and the creation uses the verification; the characteristics and stability of the film, and then the main purpose of the (4) U-type material low cost, indirectly enhance the competitiveness of the product. As mentioned above, this creation replaces the existing seal with an open package: in addition to reducing the cost, it also provides a different perspective of the package, to achieve the purpose of reducing costs, indirectly, the door to the edge of the production of competitive It is a new one: the creative creation of the 'Mc Law to file a patent application, the Prayer Bureau to review, early to grant the patent to the sense of virtue. [Simple description of the drawing] f-picture is an exploded view of the packaging structure of the receiving component. The second diagram is a cross-sectional view of the receiving component packaging structure. The second picture is a perspective view of the creation. 8 M309114 The fourth picture is a three-dimensional exploded view of the creation. The fifth picture is a cross-sectional view of the creation. [Description of main component symbols] Receiving component Receiving component 2 1

Claims (1)

M309114 九、申請專利範圍: 1、一種光纖通訊之接收元件包裝結構改良,主要係 包含光接收元件、管帽、管座及罩體,其中該光發射元件 係設於管座上,由管帽、罩體依序組合,以構成接收元件 包裝結構,其特徵在於: * 該管帽係為中空狀,且該罩體内係設有一透鏡,藉由 該透鏡將所接收之光源予以聚焦到接收元件之晶片上,免 除習知接收元件結構需以特殊外殼包裝之麻煩,進而降低 ® 製造成本,提高產品之競爭力。M309114 IX. Patent application scope: 1. A packaging structure improvement of a receiving component of optical fiber communication, mainly comprising a light receiving component, a pipe cap, a pipe socket and a cover body, wherein the light emitting component is disposed on the pipe socket and is provided by the pipe cap The cover body is sequentially combined to form a receiving component packaging structure, characterized in that: * the cap is hollow, and a lens is disposed in the cover body, and the received light source is focused to receive by the lens On the wafer of components, the conventional receiving component structure is eliminated from the trouble of packaging in a special casing, thereby reducing the manufacturing cost and improving the competitiveness of the product. 1010
TW95217252U 2006-09-27 2006-09-27 Improved package structure of receiving device in optical fiber communication TWM309114U (en)

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TW95217252U TWM309114U (en) 2006-09-27 2006-09-27 Improved package structure of receiving device in optical fiber communication

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI397727B (en) * 2007-12-28 2013-06-01 Oclaro Japan Inc Optical socket, optical module and optical module manufacturing method
TWI497138B (en) * 2012-06-29 2015-08-21 Omron Tateisi Electronics Co Head of optical fiber optoelectronic switch
CN114815091A (en) * 2022-04-27 2022-07-29 湖南光智通信技术有限公司 Light emitter capable of quickly radiating

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI397727B (en) * 2007-12-28 2013-06-01 Oclaro Japan Inc Optical socket, optical module and optical module manufacturing method
TWI497138B (en) * 2012-06-29 2015-08-21 Omron Tateisi Electronics Co Head of optical fiber optoelectronic switch
CN114815091A (en) * 2022-04-27 2022-07-29 湖南光智通信技术有限公司 Light emitter capable of quickly radiating
CN114815091B (en) * 2022-04-27 2023-11-03 湖南光智通信技术有限公司 Light emitter capable of rapidly radiating

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