Au mai rufi wafer, sapphire wafer, silicon wafer, SiC wafer, 2inch 4inch 6inch, zinariya mai rufi kauri 10nm 50nm 100nm
Mabuɗin Siffofin
| Siffar | Bayani |
| Substrate Materials | Silicon (Si), Sapphire (Al₂O₃), Silicon Carbide (SiC) |
| Kauri Rufin Zinariya | 10nm ku, 50nm ku, 100nm ku, 500nm ku |
| Tsaftar Zinariya | 99.999%tsarki ga mafi kyau duka yi |
| Adhesion Film | Chromium (Cr), 99.98% tsarki, tabbatar da karfi adhesion |
| Tashin Lafiya | nm da yawa (mai laushi mai laushi don aikace-aikacen madaidaicin) |
| Resistance (Si Wafer) | 1-30 ohm/cm(ya danganta da nau'in) |
| Girman Wafer | 2 inci, 4 inci, 6 inci, da kuma masu girma dabam |
| Kauri (Si Wafer) | 275m ku, 381m ku, 525m ku |
| TTV (Jimlar Bambancin Kauri) | ≤20µm |
| Filayen Firamare (Si Wafer) | 15.9 ± 1.65mmku32.5 ± 2.5mm |
Me yasa Rufin Zinare yake da mahimmanci a cikin Masana'antar Semiconductor
Wutar Lantarki
Zinariya yana ɗaya daga cikin mafi kyawun kayan donlantarki gudanarwa. Wafers ɗin da aka yi da zinari suna ba da ƙananan hanyoyin juriya, waɗanda ke da mahimmanci ga na'urorin semiconductor waɗanda ke buƙatar haɗin lantarki mai sauri da kwanciyar hankali. Thehigh tsarkina zinariya yana tabbatar da mafi kyawun aiki, rage girman asarar sigina.
Juriya na Lalata
Zinariya cemara lalacewakuma mai matukar juriya ga oxidation. Wannan yana sa ya zama manufa don aikace-aikacen semiconductor waɗanda ke aiki a cikin yanayi mara kyau ko ke ƙarƙashin yanayin zafi, danshi, ko wasu yanayi masu lalata. Wafer mai rufin zinari zai kula da kayan lantarki da amincinsa na tsawon lokaci, yana samar da atsawon rayuwar sabisga na'urorin da ake amfani da su.
Gudanar da thermal
Zinariyakyau kwarai thermal watsinyana tabbatar da cewa zafin da aka haifar yayin aikin na'urorin semiconductor ya ɓace da kyau. Wannan yana da mahimmanci musamman ga aikace-aikace masu ƙarfi kamarLEDs, wutar lantarki, kumaoptoelectronic na'urorin, inda zafi mai yawa zai iya haifar da gazawar na'urar idan ba a sarrafa shi da kyau ba.
Karfin Injini
Gilashin zinari suna ba dakariya ta injizuwa wafer, yana hana lalacewar ƙasa yayin sarrafawa da sarrafawa. Wannan ƙarin kariya na kariya yana tabbatar da cewa wafers suna riƙe amincin tsarin su da amincin su, har ma a cikin yanayi masu buƙata.
Halayen Bayan Rufi
Ingantattun Ingantattun Sashin Sama
Rufin zinariya yana ingantasmoothness na samanna wafer, wanda yake da mahimmanci gahigh-madaidaiciaikace-aikace. Therashin tausayian rage girmansa zuwa nanometers da yawa, yana tabbatar da kyakkyawan yanayin da ba shi da aibi don tafiyar matakai kamarhaɗin waya, soldering, kumadaukar hoto.
Ingantattun Abubuwan Haɗawa da Siyayya
Gilashin zinari yana haɓaka dabonding Propertiesna wafer, yin shi manufa dominhaɗin wayakumajefa-chip bonding. Wannan yana haifar da amintaccen haɗin wutar lantarki mai dorewa a cikiIC marufikumasemiconductor majalisai.
Lalata-Free kuma Mai Dorewa
Rufin zinari yana tabbatar da cewa wafer ɗin zai kasance ba tare da iskar shaka da lalata ba, ko da bayan tsawan lokaci mai tsawo ga yanayin muhalli. Wannan yana ba da gudummawa gakwanciyar hankali na dogon lokacina na'urar semiconductor na ƙarshe.
Ƙarfafawar Zazzaɓi da Wutar Lantarki
Wafers masu rufin zinari suna ba da daidaitothermal dissipationkumalantarki watsin, yana haifar da kyakkyawan aiki da kumadogarana na'urorin a kan lokaci, ko da a cikin matsanancin zafi.
Siga
| Dukiya | Daraja |
| Substrate Materials | Silicon (Si), Sapphire (Al₂O₃), Silicon Carbide (SiC) |
| Kaurin Zinare | 10nm ku, 50nm ku, 100nm ku, 500nm ku |
| Tsaftar Zinariya | 99.999%(high tsarki don mafi kyawun aiki) |
| Adhesion Film | Chromium (Cr),99.98%tsarki |
| Tashin Lafiya | Nanometers da yawa |
| Resistance (Si Wafer) | 1-30 ohm/cm |
| Girman Wafer | 2 inci, 4 inci, 6 inci, masu girma dabam na al'ada |
| Si Wafer Kauri | 275m ku, 381m ku, 525m ku |
| TTV | ≤20µm |
| Filayen Firamare (Si Wafer) | 15.9 ± 1.65mmku32.5 ± 2.5mm |
Aikace-aikace na Wafers Mai Rufe Zinare
Shirye-shiryen Semiconductor
Ana amfani da wafer da aka yi da zinari sosai a cikiIC marufi, inda sulantarki watsin, inji karko, kumathermal dissipationProperties tabbatar da abin dogarahaɗin kaikumabondinga cikin na'urorin semiconductor.
LED Manufacturing
Wafers masu rufin zinari suna taka muhimmiyar rawa a cikiLED masana'anta, inda suka ingantathermal managementkumaaikin lantarki. Gilashin zinari yana tabbatar da cewa zafin da aka samar da manyan LEDs ya bace da kyau, yana ba da gudummawa ga tsawon rayuwa da inganci.
Na'urorin Optoelectronic
In optoelectronics, Ana amfani da wafers mai rufin zinari a cikin na'urori kamarmasu daukar hoto, Laser diodes, kumafirikwensin haske. Rufin zinari yana ba da kyaututtukathermal watsinkumakwanciyar hankali na lantarki, tabbatar da daidaiton aiki a cikin na'urorin da ke buƙatar daidaitaccen sarrafa haske da siginar lantarki.
Kayan Wutar Lantarki
Wafers masu rufin zinari suna da mahimmanci donwutar lantarki na'urorin, inda babban inganci da aminci ke da mahimmanci. Waɗannan wafers suna tabbatar da kwanciyar hankalicanza wutar lantarkikumazafi zafia cikin na'urori irin suikon transistorkumamasu sarrafa wutar lantarki.
Microelectronics da MEMS
In microelectronicskumaMEMS (Micro-Electromechanical Systems), Ana amfani da wafers masu launin zinari don ƙirƙirarmicroelectromechanical sassawanda ke buƙatar babban daidaito da karko. Layin zinari yana ba da ingantaccen aikin lantarki dakariya ta injia cikin na'urorin microelectronic m.
Tambayoyin da ake yawan yi (Q&A)
Q1: Me ya sa ake amfani da zinariya don shafa wafers?
A1:Ana amfani da zinare don sam lantarki watsin, juriya lalata, kumathermal managementkaddarorin. Yana tabbatarwaamintattun haɗin kai, tsawon rayuwar na'urar, kumam yia cikin aikace-aikacen semiconductor.
Q2: Menene fa'idodin yin amfani da wafers mai rufin zinari a aikace-aikacen semiconductor?
A2:Wafers masu rufin zinari suna ba dababban abin dogara, kwanciyar hankali na dogon lokaci, kumamafi kyawun wutar lantarki da aikin thermal. Suna kuma haɓakawabonding Propertiesda kare kariyaoxidationkumalalata.
Q3: Menene kauri na rufin zinariya zan zaɓa don aikace-aikacena?
A3:Madaidaicin kauri ya dogara da takamaiman aikace-aikacen ku.10nm kuya dace da madaidaitan aikace-aikace masu laushi, yayin da50nm kuku100nm kuAna amfani da sutura don na'urorin wuta mafi girma.500nm kuana iya amfani da shi don aikace-aikace masu nauyi waɗanda ke buƙatar yadudduka masu kauri donkarkokumazafi zafi.
Q4: Za ku iya siffanta girman wafer?
A4:Ee, akwai wafers a ciki2 inci, 4 inci, kuma6 incidaidaitattun masu girma dabam, kuma za mu iya samar da masu girma dabam don saduwa da takamaiman bukatunku.
Q5: Ta yaya rufin zinare ke haɓaka aikin na'urar?
A5:Zinariya yana ingantathermal dissipation, lantarki watsin, kumajuriya lalata, duk abin da ke taimakawa wajen ingantawa da kumaabin dogara semiconductor na'urorintare da tsawon rayuwar aiki.
Q6: Ta yaya fim ɗin mannewa ya inganta murfin zinariya?
A6:Thechromium (Cr)fim ɗin adhesion yana tabbatar da haɗin gwiwa mai ƙarfi tsakaninzinariya Layerda kumasubstrate, hana delamination da kuma tabbatar da amincin wafer yayin aiki da amfani.
Kammalawa
Silicon ɗinmu mai rufi na Zinariya, Sapphire, da SiC Wafers suna ba da mafita na ci gaba don aikace-aikacen semiconductor, samar da ingantaccen ƙarfin lantarki, rarrabuwar zafi, da juriya na lalata. Waɗannan wafers sun dace don marufi na semiconductor, masana'antar LED, optoelectronics, da ƙari. Tare da high-tsarki zinariya, customizable shafi kauri, da kuma m inji karko, sun tabbatar da dogon lokacin da aminci da kuma m yi a cikin bukatar yanayi.
Cikakken zane
