I-Ceramic Capillary Bonding Capillary Ukulungiselela ukupakishwa kwe-semiconductor
Isicelo semveliso
I-Ceramic Capillary sisixhobo se-axisymmetric se-ceramic esinemingxuma kwicala elithe nkqo, eyenxalenye echanekileyo yesakhiwo se-ceramic.Ngokwesicelo, iCeramic Capillary isetyenziswe njengesixhobo sokudibanisa ucingo kwinkqubo yokudibanisa ucingo.I-WireBonding inokwenza i-metal lead idityaniswe ngokusondeleyo kunye ne-substrate pad ngokusebenzisa iingcingo zetsimbi ezibhityileyo (ubhedu, igolide, njl.njl.) kunye nobushushu, uxinzelelo, kunye namandla e-ultrasonic, ukuze kuqondwe ukudityaniswa kombane phakathi kweetshiphusi kunye ne-substrates kunye notshintshiselwano ngolwazi phakathi. iitshiphusi.Ifanelekile ukudibanisa kunye nokupakishwa kwe-SCR, i-SAW, i-LED, i-diode, i-triode, i-IC chip kunye nezinye iisekethe.
Iinzuzo zemveliso
Izixhobo zokusika ze-OPT Co., LTD.ibekwe eShenzhen, eGuangdong, eTshayina.Yinkampani edibanisa imveliso, intengiso, uphando kunye nophuhliso.Kwaye unokwenza uyilo kunye nokuveliswa kwemizobo, izixhobo kunye nezixhobo ezingekho mgangathweni.Yamkela ngokuqinileyo izixhobo zokuvelisa zasekhaya zodidi lokuqala ukuqinisekisa ukuzinza kweebhetshi ezahlukeneyo zemathiriyeli.Lawula ngokungqongqo inkqubo yokuvelisa ukuqinisekisa umgangatho wezixhobo.Inkampani inamandla obugcisa obuninzi, amandla okuvelisa owomeleleyo, ulawulo lwezenzululwazi, ngenjongo "yokusinda ngokomgangatho, uphuhliso ngodumo", kwaye iqhubela phambili ngokuqhubekayo ukubonelela abathengi ngeemveliso ezingcono.
Unikezelo oluchanekileyo, inkonzo elungileyo
1. Izixhobo zokusika ze-OPT zinemveliso yayo epheleleyo, inkqubo yokuvelisa kunye nokuthutha.Ngexesha lokuziswa.
2. Unxibelelwano olunye ukuya kwelinye kunye notshintshiselwano lunokwenziwa kunye nabathengi ukubonelela ngcono abathengi ngezixhobo ezifanelekileyo kunye nezingcono zeCeramic bonding.
3. Yenza ngokwezifiso iiparamitha ezikhethekileyo ngokweemfuno ezizodwa zomthengi;
Bonding Capillary Material uphuculo
Ngokwesiseko se-aluminiyam oxide yasekuqaleni, i-zirconia, i-chromium oxide, njl.Nciphisa amaxesha okuguga kunye nokutshintshwa kwencapha yeceramic tip ngexesha lokuwelda ngocingo.
I-Thin Wire Bonding Wedges Ubungakanani obuchanekileyo
Inkampani yethu yamkela iseti epheleleyo yezixhobo zemveliso ezithunyelwa kumazwe angaphandle ukuze iqhubekeke yonke imilinganiselo yeempawu.Izixhobo zokulungisa ezichanekileyo eziphezulu kunye namava okusebenza atyebileyo abonelela abathengi ngeemveliso zobungakanani obungqongqo.
Ukuchaneka okuphezulu, ukuchaneka okuphezulu, ukuchaneka okuncinci kunye nomphezulu ogudileyo.
Imveliso inokuchaneka okuphezulu, ukuchaneka okuphezulu kwe-dimensional, isixa esincinci somatshini kunye nomphezulu ogudileyo.
Isakhiwo seCeramic Capillary sichaneke kakhulu kwaye sinzima, kwaye imilinganiselo yayo ephambili inefuthe elikhulu kwimpembelelo yokudibanisa ucingo.Izixhobo zokusika ze-OPT zilawula ngokungqongqo inkqubo yokuvelisa ukuqinisekisa umgangatho wezixhobo.Ukufezekisa ukuchaneka kwemveliso ephezulu, ukuchaneka okuphezulu komgangatho, umatshini omncinci, kunye nomphezulu ogudileyo.Inkampani yethu izibophelele kwi-R&D kunye nokuveliswa kwezixhobo zokudibanisa kwi-ceramic zasekhaya ezikumgangatho ophakathi nophezulu kwibala lokupakishwa kwe-IC.I-Ceramic powder kunye neengxenye ze-embryo ziphuhliswe ngokupheleleyo kwaye ziveliswa ngokuzimeleyo.
I-BPP:150μm(μm/mil)
| Inxalenye NO. | WD | H | T | CD | OR | α | Θ | CA |
| A-1 | 38/1.5 | 51/2.0 | 229/9.0 | 102/4.0 | 38/1.5 | 8° | 30 ° | 120° |
| A-2 | 38/1.5 | 51/2.0 | 152/6.0 | 66/2.6 | 10/0.4 | 0 ° | 30 ° | 90° |
| A-3 | 38/1.5 | 51/2.0 | 229/9.0 | 86/3.4 | 102/4.0 | 0 ° | 30 ° | 90° |
| A-4 | 38/1.5 | 51/2.0 | 203/8.0 | 86/3.4 | 61/2.4 | 0 ° | 30 ° | 90′ |
| A-5 | 38/1.5 | 56/2.2 | 239/9.4 | 102/4.0 | 38/1.5 | 8° | 30 ° | 120° |
| A-6 | 38/1.5 | 56/2.2 | 229/9.0 | 96/3.8 | 102/4.0 | 0 ° | 30 ° | 90° |
| A-7 | 38/1.5 | 56/2.2 | 203/8.0 | 86/3.4 | 61/2.4 | 0 ° | 30 ° | 90° |
| A-8 | 38/1.5 | 64/2.5 | 239/9.4 | 102/4.0 | 38/1.5 | 6° | 30 ° | 120° |
| A-9 | 38/1.5 | 64/2.5 | 203/8.0 | 89/3.5 | 61/2.4 | 0 ° | 30 ° | 90° |
| A-10 | 51/2.0 | 64/2.5 | 191/7.5 | 81/3.2 | B/0.3 | 0 ° | 30 ° | 90° |
| A-11 | 51/2.0 | 64/2.5 | 292/11.5 | 102/4.0 | 127/5.0 | 0 ° | 30 ° | 90° |
| A-12 | 51/2.0 | 76/3.0 | 356/14.0 | 122/4.8 | 152/6.0 | 0 ° | 30 ° | 90° |
| A-13 | 51/2.0 | 89/3.5 | 419/16.5 | 135/5.3 | 178/7.0 | 0 ° | 30 ° | 90° |
| A-14 | 51.64/2.0.2.5 | 76/3.0 | 330/13.0 | 140/5.5 | 64/2.5 | 8° | 30 ° | 120° |
| A-15 | 64.76/2.5.3.0 | 89/3.5 | 330/13.0 | 127/5.0 | 64/2.5 | 8° | 30 ° | 120° |
| A-16 | 64.76/2.5.3.0 | 102/4.0 | 330/13.0 | 140/5.5 | 64/2.5 | 8° | 30 ° | 120° |
| A-17 | 76/3.0 | 102/4.0 | 483/19.0 | 168/6.6 | 203/8.0 | 0° | 30 ° | 90° |
I-BPP:140μm(μm/mil)
| Inxalenye NO. | WD | H | T | CD | OR | α | Θ | CA |
| B-1 | 22/0.9 | 33/1.3 | 140/5.5 | 64/2.5 | 20/0.8 | 8° | 30 ° | 120° |
| B-2 | 25/1.0 | 38/1.5 | 165/6.5 | 74/2.9 | 25/1.0 | 8° | 30 ° | 120° |
| B-3 | 25/1.0 | 38/1.5 | 89/3.5 | 53/2.1 | B/0.3 | 0 ° | 30 ° | 90° |
| B-4 | 25/1.0 | 38/1.5 | 114/4.5 | 53/2.1 | 8/0.3 | 0° | 30 ° | 90° |
| B-5 | 25/1.0 | 38/1.5 | 178/7.0 | 64/2.5 | 76/3.0 | 0 ° | 30 ° | 90° |
| B-6 | 25/1.0 | 38/1.5 | 203/8.0 | 53/2.1 | 89/3.5 | 0 ° | 30 ° | 90° |
| B-7 | 25/1.0 | 43/1.7 | 165/6.5 | 74/2.9 | 25/1.0 | 8° | 30 ° | 120° |
| B-8 | 25/1.0 | 43/1.7 | 203/8.0 | 53/2.1 | 89/3.5 | 0 ° | 30 ° | 90° |
| B-9 | 25.30/1.0.1.2 | 43/1.7 | 229/9.0 | 74/2.9 | 30/1.2 | 8° | 30 ° | 120° |
| B-10 | 25.30/1.0.1.2 | 43/1.7 | 152/6.0 | 59/2.3 | B/0.3 | 8° | 30 ° | 120° |
| B-11 | 25.30/1.0.1.2 | 43/1.7 | 203/8.0 | 74/2.9 | 89/3.5 | 0° | 30 ° | 90° |
| B-12 | 25.30/1.0.1.2 | 46/1.8 | 229/9.0 | 74/2.9 | 38/1.5 | 8° | 30 ° | 120° |
| B-13 | 30/1.2 | 46/1.8 | 203/8.0 | 76/3.0 | 89/3.5 | 0 ° | 30 ° | 90° |
I-BPP: 100μm(μm/mil)
| Inxalenye NO. | WD | H | T | CD | OR | α | Θ | CA |
| C-1 | 25/1.0 | 38/1.5 | 130/5.1 | 53/2.1 | 30/1.2 | 11 | 30 ° | 90° |
| C-2 | 30/1.2 | 38/1.5 | 130/5.1 | 56/2.2 | 30/1.2 | 11 | 30 ° | 90° |
| C-3 | 30/1.2 | 38/1.5 | 130/5.1 | 56/2.2 | 30/1.2 | 8′ | 30 ° | 90° |
| C-4 | 30/1.2 | 38/1.5 | 130/5.1 | 56/2.2 | 30/1.2 | 4′ | 30 ° | 90° |
| C-5 | 30/1.2 | 41/1.6 | 130/5.1 | 59/2.3 | 30/1.2 | 11 | 30 ° | 90° |
I-BPP: 90μm(μm/mil)
| Inxalenye NO. | WD | H | T | CD | OR | α | Θ | CA |
| D-1 | 25/1.0 | 33/1.3 | 109/4.3 | 51/2.0 | 13/0.5 | 11° | 30 ° | 90° |
| D-2 | 25/1.0 | 33/1.3 | 109/4.3 | 51/2.0 | 13/0.5 | 8° | 30 ° | 90° |
| D-3 | 25/1.0 | 33/1.3 | 109/4.3 | 51/2.0 | 13/0.5 | 4° | 30 ° | 90° |
| D-4 | 25/1.0 | 35/1.4 | 109/4.3 | 51/2.0 | 20/0.8 | 11° | 30 ° | 90° |
| D-5 | 30/1.2 | 38/1.5 | 109/4.3 | 51/2.0 | 20/0.8 | 11° | 30 ° | 90° |
| D-6 | 30/1.2 | 38/1.5 | 109/4.3 | 53/2.1 | 1310.5 | 8° | 30 ° | 90° |
| D-7 | 30/1.2 | 38/1.5 | 109/4.3 | 53/2.1 | 13/0.5 | 4° | 30 ° | 90° |
I-BPP: 80μm(μm/mil)
| Inxalenye NO. | WD | H | T | CD | OR | α | Θ | CA |
| E-1 | 25/1.0 | 33/1.3 | 99/3.9 | 48/1.9 | 13/0.5 | 4° | 30° | 90° |
| E-2 | 25/1.0 | 33/1.3 | 99/3.9 | 4B/1.9 | 13/0.5 | 8° | 30 ° | 90° |
| E-3 | 25/1.0 | 33/1.3 | 99/3.9 | 48/1.9 | 13/0.5 | 11° | 30 ° | 90° |
| E-4 | 25/1.0 | 35/1.4 | 99/3.9 | 46/1.8 | 13/0.5 | 11° | 30 ° | 90° |
| E-5 | 30/1.2 | 38/1.5 | 99/3.9 | 51/2.0 | 13/0.5 | 4° | 30 ° | 90° |
| E-6 | 30/1.2 | 3B/1.5 | 99/3.9 | 51/2.0 | 13/0.5 | 8° | 30 ° | 90° |
I-BPP: 70μm(μm/mil)
| Inxalenye NO. | WD | H | T | CD | OR | α | Φ | CA |
| F-1 | 25/1.0 | 30/1.2 | 91/3.6 | 43/1.7 | 10/0.4 | 8° | 30 ° | 90° |
| F-2 | 25/1.0 | 30/1.2 | 91/3.6 | 43/1.7 | 10/0.4 | 4° | 30′ | 90° |
| F-3 | 25/1.0 | 33/1.3 | 91/3.6 | 43/1.7 | 13/0.5 | 11° | 30′ | 90° |
I-BPP: 60μm(μm/mil)
| Inxalenye NO. | WD | H | T | CD | OR | α | Φ | CA |
| G-1 | 23/0.9 | 28/1.1 | 81/3.2 | 35/1.4 | 13/0.5 | 11° | 30 ° | 90° |
| G-2 | 25/1.0 | 30/1.2 | 81/3.2 | 35/1.4 | 13/0.5 | 11° | 30 ° | 90° |