TW514975B - Method for dipping chip with copper (silver) - Google Patents

Method for dipping chip with copper (silver) Download PDF

Info

Publication number
TW514975B
TW514975B TW90133051A TW90133051A TW514975B TW 514975 B TW514975 B TW 514975B TW 90133051 A TW90133051 A TW 90133051A TW 90133051 A TW90133051 A TW 90133051A TW 514975 B TW514975 B TW 514975B
Authority
TW
Taiwan
Prior art keywords
wafer
dipping
silver
copper
platform
Prior art date
Application number
TW90133051A
Other languages
Chinese (zh)
Inventor
Fang-Rung Shiu
Original Assignee
All Ring Tech Co Ltd
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 All Ring Tech Co Ltd filed Critical All Ring Tech Co Ltd
Priority to TW90133051A priority Critical patent/TW514975B/en
Application granted granted Critical
Publication of TW514975B publication Critical patent/TW514975B/en

Links

Landscapes

  • Electrodes Of Semiconductors (AREA)

Abstract

A method for dipping a chip with copper (silver) comprises: mounting a magnetic plate at the bottom of a vacuum suction platform in order to save the use of an expensive tape and reduce the process steps and time. The use of a magnetic force directly adheres a chip while simultaneously forming lamination and slurry adjustment. Such a method has a high performance and combines several steps into a simplified process.

Description

514975 五、發明說明(1) 本發明係有關於一種晶片沾銅(銀)之製程,尤其是 指一種可以免除為數可觀之膠帶且利用磁力板直接吸附晶 片而達到大幅減少製造程序的晶片沾銅(銀)創新製程首 先發明應用者。 如第二圖所示,為一般所見之晶片沾銅(銀)之製造 流程圖,首先 1 ·貼附膠帶:於滿布孔洞(2 1 )的沾具板(2 )上貼附 膠帶(2 2 ); 2 _振動入料:將貼附有膠帶(2 2 )的沾具板(2 2 )翻 轉1 8 0度,使膠帶(2 2 )朝下並封住孔 洞(2 1 )供晶片(3 )利用振動——進入 每一孔洞2 1中; 3 ·晶片壓合:晶片(3 )連同沾具板(2 ),送至壓合平 台(4)上,由氣缸(5)帶動之壓板(5 1 )往下壓,使晶片(3 )與膠帶之結合而 確實被黏固; 4 ·晶片沾漿:再將沾具板(2 )連同晶片(3 )翻轉1 8 0度後,利用真空吸附平台(6 )將F R P 製成之沾具板(2),及朝下的晶片(3) 吸附至沾漿平台(6 1 )上沾附銅(銀)膏 (62); 5.輸送乾燥:真空吸附平台(6 )將已沾漿完成的晶片( 3 )及沾具板(1 )吸附至輸送平台(6 3 )上送入乾燥爐(6 4 )中完成乾燥。514975 V. Description of the invention (1) The present invention relates to a process of attaching copper (silver) to a wafer, in particular, a wafer that is free from a considerable amount of tape and uses a magnetic plate to directly adsorb the wafer to significantly reduce the manufacturing process. (Silver) Innovative processes first invent users. As shown in the second figure, it is a general manufacturing flow chart of wafers coated with copper (silver). First, attach the tape: attach the tape (2) to the board (2) full of holes (2 1). 2); 2 _Vibration feeding: Turn the dipstick board (2 2) attached with the tape (2 2) 180 degrees, so that the tape (2 2) faces down and seals the hole (2 1) for the wafer (3) Use vibration to enter each hole 21; 3 · Wafer pressing: The wafer (3) is sent to the pressing platform (4) together with the dipstick plate (2), which is driven by the air cylinder (5). The pressure plate (5 1) is pressed down so that the wafer (3) and the adhesive tape are bonded together. 4 · Wafer dipping: After the wafer (2) and the wafer (3) are turned over 180 degrees, Use the vacuum adsorption platform (6) to adsorb the dipstick plate (2) made of FRP and the downward facing wafer (3) to the dipstick platform (6 1) and attach the copper (silver) paste (62); 5. Conveying and drying: The vacuum adsorption platform (6) adsorbs the wafer (3) and the squeegee plate (1) that have been pasted to the conveying platform (6 3) and sends them to the drying furnace (6 4) to complete the drying.

514975 五、發明說明(2) 由上述之製程可知,該製程在實際實施上有許多的缺 · 點存在,如: 1. 須貼附膠帶才能完成晶之搬運,在每個月的運轉操作中 ,會損耗為權祖當可觀的膠帶,該損耗的膠帶費用成本 驚人。 2. 利用膠帶沾黏晶片,整個製程中至少必須作二次的1 8 0度翻轉,會增加時間的耗費及製程的延遲。 緣是,發明人有鑑於此,秉持多年該行業的豐富專業 設計及開發製作的經驗,乃針對習用之製程的缺失予以改 良,提供一種創新的晶片沾銅(銀)之製程,以期完全改 ® 善習用之在有缺失者。 本發明之主要目的係在於提供一種晶片沾銅(銀)之 製程,係藉由真空吸附平台底面所設之磁力板可以免除膠 * 帶之使用,且可同步吸附晶片及沾具板作搬移本進行各加 工製程,可以在每個月的平時運轉操作中省巨額的膠帶費 用,對於成本之有效降低相當明且毋庸置疑。 本發明之另一目的係在於提供一種晶片沾銅(銀)之 製程,磁力板的設置,使該沾具板不需再作任何的1 8 0 度翻轉,而是直接平移即可,即可簡化沾銅(銀)機之旋 轉機構外,更可以藉此大幅縮小每一道製程之時間,如此 長年曰積月累,對於製程之效率提昇有相當明確的幫助。 本發明之再一目的係在於提供一種晶片沾銅(銀)之 製程,係藉由磁力板可以吸附晶片作搬運外,亦可直接塗 抹銅(銀)膏作為晶片之沾漿操作,並藉此形成沾漿端朝514975 V. Description of the invention (2) According to the above process, there are many shortcomings in the actual implementation of the process, such as: 1. Adhesive tape must be attached to complete the handling of the crystals. During the monthly operation, It will consume a considerable amount of adhesive tape, and the cost of the lost adhesive tape is amazing. 2. Stick the wafer with tape. The whole process must be turned at least 180 degrees twice, which will increase the time and delay of the process. The reason is that the inventor has taken this into account and has many years of rich professional design and development experience in the industry. He has improved the lack of conventional processes and provided an innovative wafer-copper (silver) process with a view to completely changing Good practice is used in those who lack it. The main purpose of the present invention is to provide a process for dipping copper (silver) on a wafer. The magnetic plate provided on the bottom surface of the vacuum adsorption platform can eliminate the use of adhesive tapes, and can simultaneously adsorb the wafer and the dipping plate as a moving plate. By carrying out various processing processes, it can save a huge amount of tape costs during the normal operation of each month, and it is quite clear and effective that the cost can be effectively reduced. Another object of the present invention is to provide a process for dipping copper (silver) on a wafer and the setting of a magnetic plate so that the dipping plate does not need to be turned any more 180 degrees, but can be directly translated. In addition to simplifying the rotating mechanism of the copper (silver) machine, it can also greatly reduce the time of each process. Such a long accumulation of years has a clear help for improving the efficiency of the process. Another object of the present invention is to provide a process for dipping copper (silver) on a wafer. The magnetic plate can be used to adsorb the wafer for transportation, and a copper (silver) paste can be directly applied as a wafer dipping operation. Form a slurry end

第5頁 514975 五、發明說明(3) 上送入乾燥爐 輸送平台碰觸 為使本發 功效易於明白 首先,請 一、振動入料 晶片沾聚 中作乾 的特殊 明使用 了解, 參閱第 :將於 利用 使之 :將真 燥,不需要再使用必須防止沾漿端與 輸送帶。 之技術 銅( 壓合 台( 板( 吸附 (銀 三、輸送乾燥:完成6 ) )及 )上 製程之 列優點 相較, 激烈的 藉由上述 用相較具有下 1.與習用製程 迅速且競爭 兹配合 一圖所 壓合平 孔洞( 達到振 空吸附 ,並在 銀)膏 平台( 6 )及 2 )及 的同時 )膏( 上述步 的位移 沾具板 進入乾 改善, ,如: 至少減 現代工 手段、發 圖式及圖 示,本發 台(4 ) 2 1 )使 動入料的 平台(6 該磁力板 (62) 4 ),以 磁力板( 晶片(3 ,使晶片 6 2); 驟時時, 將已完成 (2 )搬 燥爐(6 可以很明 少二個以 業而言, 明特徵 號詳細 明之製 上的沾 晶片 ( 目的; )底部 (1 ) 且隨之 達到利 1 )作 )之目(3 ) ,達成目的及 說明如下: 程如下: 具板(2 ), 3 )配合振動 設一磁力板( 下塗抹所需的 同時下壓配合 用真空吸附平 同步吸附沾具 的,並在同步 頂端沾附銅 藉由真空吸附平台( 沾漿製程的晶片(3 運到輸送平台(6 3 4 )中作乾燥; 確的發現本發明與習 上之步驟,對於產量 可以有效提高產能及Page 5 514975 V. Description of the invention (3) Conveying on the conveying platform of the drying furnace to make the effect of the hair easy to understand First of all, please understand the special use of the dry wafer in the vibration of the feed material, see page: Will be used to make it: it will be really dry, do not need to use again, must prevent the slurry end and the conveyor belt. Compared with the advantages of the process on the technical copper (compression table (plate (adsorption (silver III, conveying and drying: complete 6)))), the fierce use of the above-mentioned comparison has the following 1. It is fast and competitive with the conventional process It is hereby combined with the flat holes (achieved vibratory adsorption, and the silver) paste platform (6) and 2) and (a) the paste (displacement of the above step to improve the dryness of the paste), such as: Working methods, development diagrams and illustrations, the hair table (4) 2 1) the platform (6 the magnetic plate (62) 4) to move the material, to the magnetic plate (wafer (3, the wafer 6 2); At the moment, the completed (2) moving oven (6 can be very clear, there are at least two in terms of industry, the number of the dip wafer on the system (purpose;) bottom (1), and then the profit 1 The purpose and description of (3) are as follows: The process is as follows: The plate (2), 3) A magnetic plate is provided in conjunction with the vibration (the pressure required for the lower application and the vacuum absorption level is used for simultaneous synchronous adsorption of the detacher). And attach copper on the top of the synchronization by vacuum adsorption platform ( Wafer (3 transported to the delivery platform (634) for the drying; correct step of the study found that the present invention with respect to yield and can effectively increase capacity

第6頁 514975 五、發明說明(4) 工作效率之積極目的。 2. 整個製程免除煩瑣之膠帶黏附及撕離,更可以免除每個 月驚人的膠帶損耗費用,其節省之運轉操作成本相當可 觀驚人。 3. 免除膠帶後,就無需再設複雜之翻轉機構及氣缸壓合機 構,對於沾銅(銀)機之結構簡化及成本降低亦有實質 的幫助。 4. 無需膠帶無需再作二次的1 8 0度翻轉,對於每一製程 間的時間可以大幅縮小。 5. 藉由磁力板之吸附,無論晶片大小均可順利達成完整的 吸附,不會有吸附不完全而掉落的缺失。 6. 除利用磁力板直接塗抹銅(銀)膏作上部沾漿外,亦可 於振動的壓合平台直接形成塗抹銅(銀)膏的下部沾漿 之沾漿平台,兩者均可視需要作實施。 綜上所述,本發明實施例確能達到所預期之使用功效 ,又其所揭露之具體構造,不僅未曾見諸於同類產品中, 亦未曾公開於申請前,誠已完全符合專利法之規定與要求 ,爰依法提出發明專利之申請,懇請惠予審查,並賜准專 利,則實感德便。Page 6 514975 V. Description of the invention (4) Positive purpose of working efficiency. 2. The entire process eliminates the cumbersome sticking and tearing of the tape, and it can also avoid the amazing tape wear and tear costs every month, and the savings in operating costs are considerable. 3. After the tape is removed, there is no need to set up a complicated turning mechanism and a cylinder pressing mechanism, which will actually help the simplification of the structure and cost reduction of the copper (silver) machine. 4. No need for tape, no need to make 180 ° flip twice, the time between each process can be greatly reduced. 5. With the magnetic plate adsorption, complete adsorption can be achieved smoothly regardless of the size of the wafer, and there will be no missing due to incomplete adsorption. 6. In addition to using a magnetic plate to directly apply copper (silver) paste for the upper dipping paste, a vibrating pressing platform can also be used to directly form a lower dipping paste dipping platform for applying copper (silver) paste. Both can be used as required. Implementation. In summary, the embodiments of the present invention can indeed achieve the expected use effect, and the specific structure disclosed is not only not found in similar products, nor disclosed before the application, and has fully complied with the provisions of the Patent Law In accordance with the law, the application for an invention patent was submitted in accordance with the law, and we are kindly requested to review it and grant the patent.

514975 圖式簡單說明 爹照圖式·β 第一圖:本發明之實施製程 第二圖:習用之製程實施示 參照圖號: (1 ) 磁力板(21) 孔洞 (3 ) 晶片 (5 ) 氣缸 (6 ) 真空吸附平台 (62) 銅(銀)膏 (64) 乾燥爐 不意 意圖 圖 2 ) 2 2 4) 5 1 6 1 6 3 沾具板 膠帶 壓合平台 壓板 沾漿平台 輸送平台514975 Schematic description of the schematic diagram. Β Picture 1: The implementation process of the present invention. Picture 2: The implementation process of the conventional process. Refer to the drawing number: (1) Magnetic plate (21) Hole (3) Chip (5) Cylinder (6) Vacuum adsorption platform (62) Copper (silver) paste (64) The drying furnace is not intended Figure 2) 2 2 4) 5 1 6 1 6 3

第8頁Page 8

Claims (1)

514975 六、申請專利範圍 1. 一種晶片沾銅(銀)之製程,其實施步驟如下: (一) 振動入料:將於壓合平台上的沾具板,利用孔洞 使晶片配合振動使之達到振動入料的 目的; (二) 晶片沾漿:將真空吸附平台底部設一磁力板,並 在該磁力板下塗抹所需的銅(銀)膏 且隨之同時下壓配合壓合平台,以達 到利用真空吸附平台及磁力板作同步 吸附沾具板及晶片之目的’並在同步 吸附的同時,使晶片頂端沾附銅(銀 )膏; (三) 輸送乾燥··完成上述步驟時,藉由真空吸附平台 的位移將已完成沾漿製程的晶片及沾 具板搬運到輸送平台上進入乾燥爐中 作乾燥。 藉由上述之步聚所實施之製程,可以免除貼附膠帶 及作兩次的1 8 0度翻轉,並可直接壓合及沾漿以大幅 縮小製程的晶片沾銅(銀)之製程者。 2. 如申請專利範圍第1項所述之有關於一種晶片沾銅(銀 )之製程,其中之第二步驟,亦可於沾漿平台上亦可塗 抹銅(銀)膏而形成下部沾漿者。514975 VI. Scope of patent application 1. A process of dipping copper (silver) on a wafer, the implementation steps are as follows: (1) Vibration feeding: the dipping tool plate on the pressing platform, the holes are used to make the wafer cooperate with vibration to reach The purpose of vibration feeding; (2) Wafer dipping: Put a magnetic plate on the bottom of the vacuum adsorption platform, and apply the required copper (silver) paste under the magnetic plate, and then press down to fit the pressing platform at the same time. To achieve the purpose of using a vacuum adsorption platform and a magnetic plate for simultaneous adsorption of the die plate and the wafer 'and simultaneously with the simultaneous adsorption, the copper (silver) paste is attached to the top of the wafer; (3) Transportation drying · When completing the above steps, borrow By the displacement of the vacuum adsorption platform, the wafer and the dipping tool board which have completed the dipping process are transferred to the conveying platform into a drying furnace for drying. Through the process implemented by the above steps, the process of attaching tape and turning 180 degrees twice, and directly pressing and dipping the paste to greatly reduce the wafer (copper (silver)) process. 2. As described in item 1 of the scope of the patent application, there is a process for dipping copper (silver) on a wafer. In the second step, a copper (silver) paste can also be applied on the dipping platform to form a lower dipping paste. By. 第9頁Page 9
TW90133051A 2001-12-31 2001-12-31 Method for dipping chip with copper (silver) TW514975B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
TW90133051A TW514975B (en) 2001-12-31 2001-12-31 Method for dipping chip with copper (silver)

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
TW90133051A TW514975B (en) 2001-12-31 2001-12-31 Method for dipping chip with copper (silver)

Publications (1)

Publication Number Publication Date
TW514975B true TW514975B (en) 2002-12-21

Family

ID=27786885

Family Applications (1)

Application Number Title Priority Date Filing Date
TW90133051A TW514975B (en) 2001-12-31 2001-12-31 Method for dipping chip with copper (silver)

Country Status (1)

Country Link
TW (1) TW514975B (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106298548A (en) * 2015-05-27 2017-01-04 林钰期 Electronic device is stained with silver processing method

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106298548A (en) * 2015-05-27 2017-01-04 林钰期 Electronic device is stained with silver processing method
CN106298548B (en) * 2015-05-27 2018-10-02 林钰期 Electronic device is stained with silver-colored processing method

Similar Documents

Publication Publication Date Title
WO2012068762A1 (en) Ic chip package of sip system integration level and manufacturing method thereof
CN106808191A (en) A kind of fin glue nail installs rubberizing all-in-one
TW514975B (en) Method for dipping chip with copper (silver)
CN109306247A (en) A kind of no base material adhesive tape heating fitting removes glue bubble production technology
CN113488421B (en) Label taking head for chip heat dissipation paste, heat dissipation paste device and paste method
CN205818619U (en) A kind of backlight coat peeling unit
CN205219403U (en) Board -like clamp plate banding device
WO2018218624A1 (en) Method for pressing flexible panel and flexible circuit board and pressing equipment
CN202572207U (en) Novel clamp for mosaic substrate frames
CN207927005U (en) A kind of wiring board consent pressing structure
TWM636076U (en) Mass transfer device for magnetic electronic components
CN209071312U (en) A kind of encapsulating structure of superthin PCB substrate
CN207772501U (en) Paste punch-out equipment glue supply structure
CN207736773U (en) The compaction mold of PET film is pasted on pcb board
TWI273662B (en) Method for chip bonding
CN206953671U (en) Full-automatic corner pasting machine
CN206322685U (en) A kind of paster frock in GaAs base LED chips reduction process
TW200845504A (en) FPC equipment and method for assembling liquid crystal module using same
CN101043010A (en) Non adhesive tape adhesive crystal type integrated circuit packaging method
JPH03187223A (en) Grinding of board with bump
JP3028031B2 (en) Die bonding apparatus and die bonding method
CN209351049U (en) A kind of composite processor of energy-saving heat-preserving board
TWI835340B (en) Thermal pad automatic cutting and attaching device and using device method thereof
TWI253727B (en) Chip stack method for preventing delamination between chips
CN209552571U (en) Cardboard compounding conveyer device

Legal Events

Date Code Title Description
GD4A Issue of patent certificate for granted invention patent
MM4A Annulment or lapse of patent due to non-payment of fees