Iprofayili yoMphezulu weStylus eBalaseleyo | Isixhobo seNanometer Step for Semiconductors
Imiyalelo yoku-odola
Ngenxa yohlobo olukhethekileyo lwemveliso, ixabiso eliboniswe kwiphepha lixabiso ledipozithi, hayi ixabiso lokwenyani. Nceda unxibelelane nenkonzo yabathengi ukuze ufumane ikowuteshini.
Ii-odolo ezenziwe ngqo ngaphandle kokunxibelelana kwangaphambili azinakuthunyelwa! Enkosi ngentsebenziswano yakho! Ukuze ufumane ulwazi oluthe kratya ngemveliso, nceda unxibelelane nenkonzo yabathengi ukuze ufumane iincwadana zemveliso.
Iprofayili yoMphezulu weStylus eBalaseleyo ngokuPheleleyo – Umlinganiselo woBude beNyathelo leNanometer kunye noBuqatha boMphezulu
Le profayili yomphezulu we-stylus yohlobo loqhagamshelwano sisixhobo sokulinganisa ngokuchanekileyo esenzelwe ukulinganisa ukuphakama kwenyathelo ngesisombululo esiphezulu, uburhabaxa bomphezulu, kunye ne-3D topography. Isebenzisa i-stylus yedayimani eskena ngobunono umphezulu wesampuli, inkqubo ilandelela ngokuchanekileyo iincopho ezincinci kunye neentlambo ukuze inikeze idatha ethembekileyo, ephindaphindwayo yokulawula umgangatho, uphando kunye nophuhliso, kunye neendawo zemveliso.
Ingaba isebenza kanjani
Umgaqo wokulinganisa usekelwe kwindlela yokunxibelelana esekelwe kwi-stylus. Njengoko i-stylus ihamba phezu komphezulu, ukufuduka kwayo ngokuthe nkqo kulandela iprofayili yomphezulu. Le ntshukumo iguqulwa ibe yisignali yombane ngebhulorho yokulinganisa, ivelisa i-amplitude modulated output ehambelana nokufuduka. Emva kokukhulisa, ukulungiswa kwesigaba, kunye nokucoca okuphambili (kubandakanya izihluzi zengxolo kunye nokugoba), inkqubo ikhupha isignali ecocekileyo, ezinzileyo—engenasiphazamiso sangaphandle kunye nemiphumo yokugoba—iqinisekisa ukuba ukugoba okuphezulu kunye nohlalutyo lokuphakama kwesinyathelo.
Izicelo eziphambili
I-metrology ye-wafer ye-semiconductor
I-MEMS kunye nezakhiwo ezincinci
Ifilimu encinci kunye nobukhulu bokugquma
Iprofayili yomphezulu weseli yelanga
Izixhobo zokukhanya ezichanekileyo kunye nezixhobo zonyango
Iingenelo zeMveliso:
Ukusebenza okuzinzileyo, ukudluliselwa okukhawulezayo, ukulinganiswa ngokuzenzekelayo, ukulinganisa ngokuchanekileyo, impendulo ekhawulezayo, kunye nokubeka esweni ngexesha langempela.
Ukusebenza okuzinzileyo, uyilo lwedesktop.
Uyilo lwedesktop oluguqukayo lufezekisa ulungelelwaniso lokusebenza okuphezulu, ukusebenziseka lula, kunye nokusebenza kakuhle kweendleko.
Uyilo oluncinci noluthembekileyo
Ulungelelwaniso lwehardware olulungiselelweyo, ulwakhiwo oluncinci, ukuchaneka okuphuculweyo kovavanyo kunye nozinzo, kunye nokusebenza kakuhle okuphezulu.
Izixhobo ezisemgangathweni ophezulu, zihlala ixesha elide kwaye zihlala ixesha elide.
Ubuchule bokwenza izinto, ubuchule bokwenza izinto, ukusebenza kakuhle, kunye nobomi benkonzo ende.
Ulwazi lweMveliso
Isishwankathelo seMveliso: I-Step instrument Probe Profilometer (Step Analyzer) inoyilo oluguqukayo, oludibanisa itekhnoloji kunye noyilo oluphambili kushishino ukuze kufezekiswe ulungelelwaniso lokusebenza okuphezulu, ukusebenziseka lula, kunye nokusebenza kakuhle kweendleko, kunye nolawulo oluphuculweyo lwenkqubo ukusuka kwi-R&D ukuya kulawulo lomgangatho.
Esi sixhobo siphumelela kakhulu ekuphindaphindeni kwi-4A (0.4nm) kunye nokwanda kwesantya sokuskena ngama-40%, sixhasa ubuchwepheshe bokulinganisa i-nanoscale surface topography kumashishini afana ne-microelectronics, ii-semiconductors, ii-touchscreens, amandla elanga, ii-LED ezikhanya kakhulu, ezonyango, kunye nesayensi yezinto.
Iimpawu zezixhobo
Ukusebenza Okungenakuthelekiswa Nanto, Ukuphakama Kwenyathelo Okuphindaphindwayo Ngaphantsi kwe-4A
Uyilo olutsha, izixhobo ezipheleleyo, kunye nesoftware yokusebenza nohlalutyo olucwangcisiweyo zenza isixhobo seStep siphumelele ukusebenza okuphuculweyo kunye nokuphinda sivelise ubude bestep obuphezulu.
Uyilo olune-arch enye yozinzo lwe-Breakthrough Scan
Uyilo lwe-single-arch lwenza isixhobo seStep sibe namandla ngakumbi, nto leyo enciphisa impembelelo yengxolo ye-ambient. Iiprobes zokuskena zeStep instrument zivumela uluhlu olukhulu oluthe nkqo ngaxeshanye kunye nokuskena okunamandla aphantsi.
I-"Smart Electronics" ephuculweyo ukuze iphuculwe ukuchaneka kunye nozinzo lokulinganisa
I-"Smart Electronics" ephuculweyo yeStep instrument, esebenzisa iprosesa ephucukileyo, inciphisa amanqanaba engxolo, nto leyo eyenza ukuba ibe yinkqubo enamandla ngakumbi ekwaziyo ukulinganisa ubude bestep <10nm.
Uqwalaselo lweHardware oluLungileyo lunciphisa ixesha lokufunyanwa kwedatha ngama-40%
Sisebenzisa inqanaba lokuskena elikhethekileyo eliqhutywa ngqo, ixesha lokulinganisa likhawuleziswa ngama-40% ngelixa ligcina ukusebenza okuphambili kushishino. I-Vision64 yeStep instrument eyi-64-bit parallel processing Vision64 igqibezela kwaye icwangcise iifayile ezinkulu zedatha ye-3D ngexesha elifutshane.
Isoftware yokucubungula idatha ehambelanayo ye-64-bit Vision64 yonyusa isantya sohlalutyo lwedatha ngokuphindwe kalishumi.
I-Vision64 yisoftware ye-Step instrument esebenza kunye nohlalutyo oluhambelanayo lwe-64-bit, evumela ukulayisha ngokukhawuleza kwedatha ye-3D topography kunye nokusetyenziswa ngokukhawuleza kwezihluzi kunye nohlalutyo lwedathabheyisi yemimandla emininzi.
I-interface yomsebenzisi ye-Intuitive Vision64 ukuze kube lula ukuyisebenzisa.
Isoftware yeVision64 ibonelela ngojongano lomsebenzisi olulula noluqondakala lula, idibanisa uyilo olukrelekrele kunye nemisebenzi yokuzenzekela enokwenziwa ngokwezifiso ukuze kuqokelelwe kwaye kuhlalutywe idatha ngokukhawuleza nangokupheleleyo. I-Vision64 yeStep Instruments yenza kube lula kwaye kukhawuleziswe ukusebenza kunye nohlalutyo lwedatha.
Inkqubo Yokulungelelanisa Iingcebiso Ngokuzenzekelayo Ukuze Kutshintshwe Iingxaki Zokuphonononga Ezilula
I-Step instrument's self-align probe assembly ivumela abasebenzisi ukuba batshintshe ngokukhawuleza nangokulula phakathi kwee-probes ezahlukeneyo, besusa iingozi ezinokubakho ngexesha lenkqubo yokutshintsha.
Uluhlu olubanzi lweeModeli zeProbe
Isixhobo seStep sinikezela ngoluhlu olubanzi lweesayizi kunye neemilo zeprobe ukuhlangabezana phantse nayo yonke imfuno yesicelo. Isixhobo seStep sinenkqubo yokutshintsha iprobe ekhawulezayo nelula.
Uyilo lweSensor enye
Inika amandla aphantsi kunye noluhlu olubanzi lokuskena kwinqwelo-moya enye.
Ukuqinisekisa Uvavanyo Oluphezulu Lokusebenza
Isixhobo senyathelo senza kube lula ukuseta kunye nokusebenza ngokukhawuleza nangokulula kweendlela zokulinganisa iisampuli ezininzi ezizenzekelayo ukuqinisekisa ubukhulu obuchanekileyo beefilimu ezincinci kuyo yonke indawo ye-wafer ngokuphindaphinda okuphezulu. Olu hlolo olusebenzayo lugcina ixesha nemali exabisekileyo ngokwandisa ukuphunyezwa kovavanyo.
Amatyala eSicelo
Uvavanyo lweFilimu Encinci - Ukuqinisekisa Isivuno Esiphezulu
Kwimveliso ye-semiconductor, ukujonga ngokungqongqo ukufana kwe-deposition kunye ne-etching ratio, uxinzelelo lwefilimu encinci, kunye nokulinganisa ubukhulu befilimu encinci ye-ITO kwiiphaneli zesikrini kunokonga ixesha kunye nemali ebalulekileyo. Ukungalingani okanye uxinzelelo olugqithisileyo kwifilimu encinci kunokukhokelela kwimveliso ephantsi kunye nokusebenza kakubi kwemveliso egqityiweyo. Isixhobo se-Step sivumela ukuseta kunye nokusebenza kweenkqubo zovavanyo lwe-multi-point oluzenzekelayo ukuqinisekisa ubukhulu obuchanekileyo beefilimu ezincinci ze-wafer ukuya kwinqanaba le-nanometer. Ukuphindaphinda okunamandla kwesixhobo se-Step kubonelela iinjineli ngobungakanani befilimu encinci obuchanekileyo kunye novavanyo loxinzelelo ukuze zilungelelanise ngokuchanekileyo ukugqwesa kunye nokubekwa kweziphumo ezilungileyo.
Ukuhlolwa koBurhabaxa bomphezulu - Ukuqinisekisa ukusebenza
Isixhobo senyathelo sifanelekile kuvavanyo oluqhelekileyo lobunzima bomphezulu weendawo zomatshini ezichanekileyo kumashishini amaninzi, kuquka iimoto, i-aerospace, kunye nezixhobo zonyango. Umzekelo, ubunzima bokugqunywa kwe-hydroxyapatite ngasemva kwee-implants zamathambo kunokuchaphazela ukunamathela nokusebenza kakuhle emva kokufakelwa. Uhlalutyo olukhawulezileyo lobunzima bomphezulu kusetyenziswa isixhobo senyathelo lunokumisela ukuba imveliso yekristale iyahlangabezana na nezinto ezilindelweyo kunye nokuba ii-implants ziyahlangabezana na neemfuno zemveliso. Sisebenzisa iikhrayitheriya zokudlula/zokungaphumeleli zedathabheyisi yeVision64, amasebe olawulo lomgangatho anokumisela ngokulula ukuba ii-implants kufuneka ziphinde zisetyenzwe okanye umgangatho wazo uqinisekisiwe.
Uhlalutyo lweMigca yeGridi yeSolar - Ukunciphisa iindleko zokuvelisa
Kwimarike yelanga, isixhobo seStep sifanelekile ekulinganiseni ubukhulu obubalulekileyo bemigca yegridi yesilivere eqhubayo kwiiphaneli zelanga ze-silicon ze-monocrystalline kunye ne-polycrystalline. Ukuphakama, ububanzi, kunye nokuqhubeka kwemigca yesilivere kunxulumene kakhulu nokuhanjiswa kwamandla kweseli yelanga. Ngokufanelekileyo, imveliso kufuneka isebenzise isilivere ngokufanelekileyo ukuze kufezekiswe ukuhanjiswa okungcono ngaphandle kokuchitha isilivere ebizayo. Isixhobo seStep sifezekisa oku ngohlalutyo lwesoftware, sibika ubukhulu obubalulekileyo bemigca yegridi yesilivere ukuze kuchongwe izinto ezichanekileyo ezifunekayo ukuze kuqhutywe umbane. Iindlela zohlalutyo lwedatha zeVision64 kunye neempawu zokwenza izinto ngokuzenzekelayo zinegalelo ekuzenzekeleni le nkqubo yokuqinisekisa.
Itekhnoloji yeMicrofluidics - Ukufumanisa uyilo kunye nokusebenza
Isixhobo seStep sisixhobo seprobe esikwaziyo ukulinganisa izinto ezibonisa ukukhanya kunye nokuphindaphinda kwinqanaba le-angstrom kuluhlu olukhulu oluthe nkqo (ukuya kuthi ga kwi-1 mm). Abaphandi kwi-MEMS kunye namashishini etekhnoloji ye-microfluidics banokusebenzisa isixhobo seStep ukuvavanya iziqinisekiso ukuqinisekisa ukuba iindawo ziyahlangabezana neemfuno. Umsebenzi wokulinganisa amandla aphantsi i-NLite+ uchukumisa kancinci izinto ezibonisa ukukhanya ukulinganisa amanyathelo athe nkqo kunye noburhabaxa.
Iiparameter zobugcisa
| Itekhnoloji yokulinganisa | Itekhnoloji yokwenza iprofayili yeprobe |
| Umsebenzi wokulinganisa | Ukulinganiswa kweprofayili yomphezulu we-2D |
| Umlinganiselo we-3D okhethwayo/ | |
| Imbonakalo yeSampuli | Ukukhulisa okukhethiweyo, i-1 ukuya kwi-4mm FOV |
| Inzwa yeProbe | I-sensor ye-inertia ephantsi (LIS3) |
| Uxinzelelo lweProbe | Ukusebenzisa i-sensor ye-LIS3: 1 ukuya kwi-15mg |
| Amandla aphantsi (Ukhetho) | Ukusebenzisa i-N-Lite+ i-sensor enamandla aphantsi: 0.03 ukuya kwi-15mg |
| Iinketho zoPhando | Uluhlu olukhethiweyo lwe-probe curvature radius: 50nm ukuya kwi-25μm; |
| Iingcebiso zomlinganiselo wokuphakama ukuya kububanzi (HAR): 10μm*2μm kunye ne-200μm*20μm; | |
| Iingcebiso ezenziwe ngokwezifiso ziyafumaneka xa uceliwe. | |
| Isampulu yeSigaba se-X/Y | Inguqulelo ye-XY eyenziwe ngesandla: 100mm (4 intshi) |
| Inguqulelo ye-XY eneemoto: 150mm (ii-intshi ezi-6) | |
| Isampulu yeSigaba sokujikelezisa | Ukujikeleza ngesandla, nge-360°; |
| Injini: Ukujikeleza kwe-360°; | |
| Inkqubo yeKhompyutha | Iprosesa yemigca emininzi ye-64-bit, iWindows* 7.0; Isibonisi sephaneli esithe tyaba esingama-intshi angama-23 esinokukhetha |
| Isoftware | Isoftware yokusebenza nohlalutyo lweVision64; |
| Isoftware yokulinganisa uxinzelelo: Ukuphambuka kweCantilever; | |
| Isoftware yokugquma: Isoftware yokuskena ye-3D | |
| Isixhobo sokudambisa ukungcangcazela | Ukuthintela ukushaqeka kuyafumaneka |
| Uluhlu lobude beSkena | 55mm (ii-intshi ezi-2) |
| Amanqaku edatha ngeskeni nganye | Ukufikelela kwiinkcukacha ezingama-120,000 |
| Ubukhulu obukhulu besampulu | 50mm (ii-intshi ezi-2) |
| Ubungakanani obukhulu be-wafer | 200mm (8 intshi) |
| Ukuphinda kuphindwe ukuphakama kwenyathelo | <4A1σ kwinyathelo le-1μm |
| Uluhlu oluthe nkqo | 1mm (0.039 intshi) |
| Isisombululo esithe nkqo | Ubuninzi be-1A (kuluhlu oluthe nkqo lwe-6.55μm) |
| I-Voltage yokufaka | 100 - 240 VAC, 50 - 60Hz |
| Uluhlu lobushushu | Uluhlu Lokusebenza 20 ukuya kuma-25°C (68 ukuya kuma-77°F) |
| Uluhlu lokufuma | ≤80%, Ayinciphisi |
| Ubungakanani benkqubo kunye nobunzima | 455mm Ububanzi x 550mm Ububanzi x 370mm Ububanzi |
| (179in. Ububanzi x 22.6in. Ububanzi x 14.5in. Ububanzi); | |
| Iikhilogram ezingama-34 (iikhilogram ezingama-75); | |
| Isincamathiselo: 550mm L x 585mm Ububanzi x 445mm Ububanzi (216in. Ububanzi x 23in. Ububanzi x 175in. Ububanzi); | |
| 217 kg (48 lbs) |
Ngathi
Iprofayile yeFektri
Kutheni Ukhetha Thina
FAQ
Q1: Singoobani thina?
I-A1: Yasekwa ngo-2015, i-MSK (Tianjin) Cutting Technology CO.Ltd ikhule ngokuqhubekayo kwaye yadlula kwi-Rheinland ISO 9001
ukuqinisekiswa. Ngeziko zokugaya ze-SACCKE zaseJamani ezine-axis ezintlanu eziphezulu, iziko lokuhlola izixhobo ze-ZOLLER zaseJamani ezine-axis ezintandathu, umatshini weTaiwan PALMARY kunye nezinye izixhobo zokwenza iimveliso eziphambili zamazwe ngamazwe, sizibophelele ekuveliseni izixhobo ze-CNC eziphezulu, zobungcali nezisebenzayo.
Q2: Ngaba urhweba ngenkampani okanye umenzi?
A2: Singumzi-mveliso wezixhobo ze-carbide.
Umbuzo 3: Ngaba ungathumela iimveliso kwi-Forwarder yethu eTshayina?
A3: Ewe, ukuba une-Forwarder eTshayina, singakuvuyela ukumthumelela iimveliso.
Q4: Ngawaphi amanqanaba okuhlawula amkelekileyo?
A4: Ngokwesiqhelo siyayamkela i-T/T.
Q5: Ngaba uyazamkela ii-odolo ze-OEM?
A5: Ewe, i-OEM kunye nokwenza ngokwezifiso ziyafumaneka, kwaye sikwabonelela ngenkonzo yokuprinta ilebheli.
Umbuzo 6: Kutheni ufanele ukhethe thina?
A6:1) Ulawulo lweendleko - ukuthenga iimveliso ezikumgangatho ophezulu ngexabiso elifanelekileyo.
2) Impendulo ekhawulezileyo - zingadlulanga iiyure ezingama-48, abasebenzi abaziingcali baya kukunika ikowuteshini baze bajongane neengxaki zakho.
3) Umgangatho ophezulu - Le nkampani isoloko iqinisekisa ngeenjongo ezinyanisekileyo ukuba iimveliso ebonelela ngazo zikumgangatho ophezulu ngokupheleleyo.
4) Inkonzo yokuthenga emva kokuthengisa kunye nesikhokelo sobugcisa - Le nkampani inika inkonzo yokuthenga emva kokuthengisa kunye nesikhokelo sobuchwepheshe ngokweemfuno neemfuno zabathengi.
