Ceramic Capillary Bonding Capillary Ho an'ny fonosana semiconductor
Fampiharana vokatra
Ceramic Capillary dia fitaovana seramika axisymmetric miaraka amin'ny lavaka amin'ny lalana mitsangana, izay an'ny singa seramika micro structure.Amin'ny lafiny fampiharana, ny Ceramic Capillary dia ampiasaina ho fitaovana fatorana tariby amin'ny fizotran'ny tariby.WireBonding dia afaka manao ny firaka vy weld akaiky amin'ny substrate pad amin'ny alalan'ny fampiasana manify vy tariby (varahina, volamena, sns) sy ny hafanana, fanerena, ary ny ultrasonic angovo, mba hahatsapa ny elektrônika interconnection eo amin'ny chips sy substrates sy ny fifanakalozana vaovao eo amin'ny. chips.Mety amin'ny famatorana sy ny fonosana SCR, SAW, LED, diode, triode, IC chip ary faritra hafa.
Tombontsoa vokatra
OPT Cutting Tools Co., LTD.dia ao Shenzhen, Guangdong, Sina.Izy io dia orinasa mampiditra ny famokarana, ny varotra, ny fikarohana ary ny fampandrosoana.Ary afaka manao ny famolavolana sy ny fanamboarana ny sary, fitaovana ary fitaovana tsy manara-penitra.Raiso mafy orina an-trano andalana voalohany fitaovana famokarana mba hiantohana ny fahamarinan-toerana isan-karazany ny fitaovana.Araho hentitra ny fizotran'ny famokarana mba hiantohana ny kalitaon'ny fitaovana.Ny orinasa dia manana hery ara-teknika lehibe, fahaiza-mamokatra matanjaka, fitantanana ara-tsiansa, miaraka amin'ny tanjon'ny "fahavelomana amin'ny kalitao, fampandrosoana amin'ny laza", ary mandroso hatrany mba hanomezana vokatra tsara kokoa ho an'ny mpanjifa.
Fanaterana marina, serivisy tsara
1. OPT Cutting Tools dia manana ny famokarana feno, ny famokarana ary ny rafitra fitaterana.Fanaterana ara-potoana.
2. Ny fifandraisana sy ny fifanakalozana iray dia azo atao amin'ny mpanjifa mba hanomezana fitaovana tsara kokoa ho an'ny mpanjifa amin'ny fitaovana fatorana seramika tsara kokoa.
3. Manamboara masontsivana manokana araka ny fepetra takian'ny mpanjifa;
Fanavaozana ny fitaovana fatorana Capillary
Miorina amin'ny oksizenina aluminium tany am-boalohany, zirconia, chromium oxide, sns, dia ampiana mba hahatonga ny firafitry ny molekiola ao amin'ny Ceramic Capillary kokoa, miaraka amin'ny hamafin'ny avo kokoa, ny fanoherana ny akanjo tsara kokoa ary ny fiainana maharitra kokoa.Ahena ny fotoana anaovana sy ny fanoloana ny tendron'ny cleaver seramika mandritra ny fametahana tariby.
Wedges fatorana tariby manify Habe marina
Ny orinasanay dia mampiasa fitaovana famokarana nafarana feno mba hikarakarana ny refy rehetra.Ny fitaovana fanodinana avo lenta sy ny traikefa fanodinana manankarena dia manome vokatra henjana ho an'ny mpanjifa.
High precision, avo dimensional precision, kely machining ary malama ambonin'ny.
Ny vokatra dia manana mari-pamantarana avo lenta, avo lenta avo lenta, kely kokoa ny habetsaky ny machining ary malefaka.
Ny firafitry ny Ceramic Capillary dia tena marina sy sarotra, ary ny habeny lehibe dia misy fiantraikany lehibe amin'ny vokatry ny fatorana tariby.Ny OPT Cutting Tools dia mifehy tanteraka ny fizotran'ny famokarana mba hiantohana ny kalitaon'ny fitaovana.Mba hahatratrarana ny vokatra avo lenta, ny haavony avo lenta, ny machining kely kokoa, ary ny tany malama.Ny orinasanay dia manolo-tena amin'ny R&D sy ny famokarana fitaovana fatorana seramika antonony sy avo lenta amin'ny sehatry ny fonosana IC.Ny vovony seramika sy ny ampahany amin'ny embryon dia novolavolaina tanteraka ary novokarina tsy miankina.
BPP: 150μm(μm/mil)
| Fizarana 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° |
BPP: 140μm(μm/mil)
| Fizarana 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° |
BPP: 100μm(μm/mil)
| Fizarana 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° |
BPP: 90μm(μm/mil)
| Fizarana 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° |
BPP: 80μm(μm/mil)
| Fizarana 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° |
BPP: 70μm(μm/mil)
| Fizarana 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° |
BPP: 60μm(μm/mil)
| Fizarana 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° |