Bayanan samfurin
siffofi
Shugaban ya haɗa aikin da ake buƙata don auna kauri na fim
Ma'auni high daidaito cikakken reflectivity ta hanyar microspectrometry (Multi-Layer membrane kauri, optical constant)
Babban saurin ma'auni na 1.1 seconds
Wide kewayon gani tsarin a karkashin differential haske (UV zuwa kusan infrared)
Tsaro Mechanism na yanki firikwensin
Easy bincike wizard, kuma masu farawa iya yin gani daidai bincike
Independent ma'auni kai dace da daban-daban inline customization bukatun
Goyon bayan daban-daban customizations
|
OPTM-A1 |
OPTM-A2 |
OPTM-A3 |
| Wavelength kewayon |
230 ~ 800 nm |
360 ~ 1100 nm |
900 ~ 1600 nm |
| Film kauri range |
1nm ~ 35μm |
7nm ~ 49μm |
16nm ~ 92μm |
| auna lokaci |
1 dakika / 1 maki |
| Girman Spot |
10μm (mafi ƙarancin game da 5μm) |
| Sensor abubuwa |
CCD |
InGaAs |
| Bayanan haske |
Deuterium fitila + Halogen fitila |
Halogen fitilar |
| Power bayani |
AC100V ± 10V 750VA (atomatik samfurin tebur bayani) |
| Girma |
555(W) × 537(D) × 568(H) mm |
| nauyi |
kimanin 55kg (Babban sashi na atomatik samfurin tebur bayanai） |
auna abubuwa:
Matsayin cikakken reflectivity
Multi-Layer Film Bayani
Binciken daidaituwa na gani (n: refractive, k: fadewar haske)
Misali na auna:
Ma'aunin kaurin membrane na SiO 2 SiN [FE-0002]
Transistors na semiconductor suna aika siginar ta hanyar sarrafa yanayin gudanarwa na halin yanzu, amma don hana kwararar halin yanzu da kuma kwararar halin yanzu na wani transistor ta hanyar wani hanya, ya zama dole a keɓe transistor kuma a binne fim mai rufi. SiO 2 (silicon dioxide) ko SiN (silicon nitride) ana iya amfani da shi don rufe fim. Ana amfani da SiO 2 a matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin matsayin Bayan haka an cire SiN. Don aikin rufe fim da kuma daidaitaccen sarrafa tsari, ya zama dole a auna kaurin waɗannan fim.
Ma'aunin kauri na fim na launi mai juriya (RGB) [FE - 0003]
Tsarin LCD nuni yawanci kamar yadda aka nuna a dama. CF yana da RGB a cikin pixel ɗaya, kuma yana da ƙananan ƙirar ƙananan ƙirar. A cikin hanyar samar da CF membrane, babban abu shine amfani da tsarin da aka yi amfani da shi don rufe launi mai launi a kan gilashin gilashin gaba ɗaya, don nunawa da nunawa ta hanyar haske, kuma don barin ɓangaren samfurin kawai a kowane RGB. A wannan yanayin, idan kauri na launi corrosive ba daidai ba, zai haifar da karkatar da tsari da kuma canjin launi a matsayin mai tacewa, don haka yana da mahimmanci a sarrafa darajar kauri na fim.
Ma'aunin kauri na fim mai rufi [FE-0004]
A cikin 'yan shekarun nan, an yi amfani da kayayyaki masu inganci tare da ayyuka daban-daban, kuma dangane da aikace-aikace daban-daban, ana buƙatar samar da fim mai kariya tare da halaye kamar juriya ta gogewa, juriya ta tasiri, juriya ta zafi, juriya ta sinadarai a farfajiyar fim. Yawancin lokaci kariya membrane layer ne da amfani da wuya rufi (HC) membrane da aka samar, amma dangane da kauri na HC membrane, zai iya zama ba tare da kariya membrane rawar, warped a cikin membrane, ko bayyanar da ba daidai ba da karkatarwa da sauran mummunan abubuwa. Saboda haka, yana da mahimmanci a sarrafa ƙimar kauri na HC layer.
Da la'akari da darajar membrane kauri na surface roughness auna [FE-0007]
Lokacin da samfurin farfajiyar yana da kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin Misali yana nan don auna SiN (silicon nitride) tare da ƙarfin farfajiyar 'yan nm.
Ma'auni tsoma baki tace ta amfani da ultra grid model [FE-0009]
Lokacin da samfurin farfajiyar yana da kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin kasafin Misali yana nan don auna SiN (silicon nitride) tare da ƙarfin farfajiyar 'yan nm.
Organic EL kayan auna kunshin ta amfani da non-interference layer model [FE - 0010]
Kayan EL na kwayoyin halitta suna da sauƙi ga oxygen da ruwa, kuma suna iya lalacewa da lalacewa a yanayin yanayi na yau da kullun. Saboda haka, dole ne a rufe shi da gilashi nan da nan bayan yin fim. A nan an nuna yanayin auna kaurin fim ta hanyar gilashi a cikin yanayin hatimi. Gilashi da tsakiyar iska layers amfani da non-interference layers model.
Ma'auni unknown ultra-thin nk ta amfani da bincike iri ɗaya mai yawa [FE-0013]
Don nazarin darajar kauri na membrane (d) ta hanyar dacewa da mafi ƙarancin ninki biyu ana buƙatar kayan nk. Idan nk ba a sani ba, duka d da nk ana nazarinsu a matsayin sigogi masu canji. Duk da haka, a cikin yanayin da d ne 100nm ko ƙasa, d da nk ba za a iya raba su ba, saboda haka daidaito zai rage kuma daidai d ba zai iya samuwa ba. A wannan yanayin, idan aka auna samfuran da yawa na d daban-daban, idan aka ɗauka nk iri ɗaya ne kuma an yi nazarin lokaci guda (bincike mai yawa iri ɗaya), za a iya samun nk da d daidai da daidaito.
Ma'auni kaurin fim na substrate tare da ƙididdigar dubawa [FE-0015]
Idan surface na substrate ba madubi ba ne kuma yana da girma, saboda rarrabuwa, hasken ma'auni ya ragu kuma ma'aunin nuni ya kasance ƙasa da ainihin darajar. Kuma ta amfani da madaidaicin dubawa, saboda la'akari da rage reflectivity a kan surface na substrate, za a iya auna darajar kauri na fim a kan substrate. A matsayin misali, nuna misali na auna kaurin membrane na resin membrane a kan wani gashi gama aluminum substrate.
Ma'aunin kauri na DLC rufi na daban-daban amfani
DLC (carbon mai kama da lu'u-ulu'u) kayan carbon ne mara kyau. Saboda babban tauri, ƙananan ƙididdigar gogewa, juriya, wutar lantarki, babban toshewa, gyaran farfajiyar da kuma dangantaka da sauran kayan, ana amfani da su sosai don amfani daban-daban. A cikin 'yan shekarun nan, dangane da aikace-aikace daban-daban, buƙatar auna kaurin membrane ma tana ƙaruwa.
Yawancin al'ada shine yin ma'auni na kauri na DLC mai lalacewa ta hanyar yin amfani da microscope na lantarki don lura da ƙirar ƙirar samfurin da aka shirya. A lokacin da Otsuka Electronics ta yi amfani da ma'aunin ƙarfin membrane mai tsangwama, ana iya auna shi ba tare da lalacewa ba da sauri. Ta hanyar canzawa ma'auni wavelength kewayon, kuma za a iya auna wani m kewayon membrane kauri daga m fina-finai zuwa ultra kauri fina-finai.
Ta hanyar amfani da tsarinmu na gani na microscope, ba kawai za a iya auna samfuran sa ido ba, har ma da samfuran da ke da siffa. Bugu da ƙari, ana iya amfani da ma'auni don bincika dalilan rashin daidaito yayin da yake tabbatar da yadda aka yi ma'auni yayin bincika wurin ma'auni.
Goyon bayan al'ada karkata / juyawa dandamali, daidai da siffofi daban-daban. Za a iya auna kowane wuri mai yawa na ainihin samfurin.
Rashin lafiya na tsarin kaurin membrane na tsangwama na gani shine cewa ba za a iya auna daidai kaurin membrane ba tare da sanin optical constant (nk) na kayan ba, wanda Otsuka Electronics ta tabbatar ta amfani da hanyar bincike ta musamman: bincike mai yawa. Za a iya auna ta hanyar nazarin samfuran daban-daban da aka shirya a gaba a lokaci guda. Idan aka kwatanta da hanyoyin ma'auni na gargajiya, za a iya samun madaidaicin nk.
Daidaitawa ta hanyar samfuran misali da aka tabbatar da su ta hanyar NIST (National Institute of Standards and Technology).
