Sic Optical Lens 6SP 10x10x10mmt 4H-SEMI HPSI Girman Musamman

Sic Optical Lens 6SP 10x10x10mmt 4H-SEMI HPSI Girman Girman Girman Hoto

Takaitaccen Bayani:

Lens na gani na SiC yana wakiltar babban abin gani na gani mai ƙima wanda ya dogara da kayan silicon carbide (SiC), yana nuna cikakken girman da za'a iya daidaitawa da geometries. Yin amfani da mafi girman kaddarorin gani na SiC-ciki har da faffadan windows watsawa, babban fihirisa mai jujjuyawa, da ƙwararrun mahaɗar gani na gani-waɗannan ruwan tabarau suna samun aikace-aikace masu yawa a cikin photonics, tsarin bayanan ƙididdiga, da hadedde photonics.
ZMSH yana ba da babban aikin SiC na gani na gani na gani (siliki na gani na gani na siliki) tare da ƙima mai ƙima da geometries don saduwa da buƙatun tsarin gani daban-daban. An ƙera su daga kayan siliki carbide mai tsafta, waɗannan ruwan tabarau suna ba da kwanciyar hankali na musamman na thermal, ƙarfin injina, da aikin gani, yana mai da su manufa don aikace-aikacen ci gaba ciki har da manyan lasers, tsarin sararin samaniya, da infrared optics.
Sakamakon juriya mai zafi mai ƙarfi, taurin radiation, da ƙaƙƙarfan ƙarfin injina, ruwan tabarau na SiC ana amfani da su sosai a cikin tsarin sararin samaniya, fasahar LiDAR, da tsarin gani na ultraviolet. Haɗin su na musamman na kayan abu yana ba da damar ingantaccen aiki a cikin matsanancin yanayi yayin da yake riƙe ingantaccen aikin gani.

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Cikakken Bayani

Tags samfurin

Mabuɗin Halaye

Abubuwan sinadaran	Farashin 2O3
Tauri	9 mohs
Yanayin gani	Uniaxial
Indexididdigar refractive	1.762-1.770
Birefringence	0.008-0.010
Watsewa	Kasa, 0.018
Luster	Vitreous
Pleochroism	Matsakaici zuwa Karfi
Diamita	0.4mm-30mm
Haƙurin diamita	0.004mm-0.05mm
tsayi	2mm-150mm
tsayin haƙuri	0.03mm-0.25mm
ingancin saman	40/20
Zagayewar saman	RZ0.05
Siffar al'ada	duka ƙarewa lebur, jajayen ƙare ɗaya, jajayen ƙarshen duka, sirdi fil da siffofi na musamman

Mabuɗin Siffofin

1.High Refractive Index & Window Transmission: SiC Lenses na gani suna nuna aikin gani na musamman tare da fihirisa mai jujjuyawa na kusan 2.6-2.7 a fadin aikin bakan su. Wannan taga mai faɗin watsawa (600-1850 nm) ta ƙunshi yankuna na bayyane da na kusa da infrared, yana mai da su mahimmanci musamman ga tsarin hoto da yawa da aikace-aikacen gani na broadband. Matsakaicin ƙarancin ɗaukar kayan abu a cikin waɗannan jeri yana tabbatar da ƙarancin sigina, har ma a aikace-aikacen Laser mai ƙarfi.

2.Exceptional mara kyau na gani na gani Properties: Silicon carbide ta musamman crystalline tsarin ba shi da na ban mamaki maras gani na gani coefficients (χ (2) ≈ 15 pm / V, χ (3) ≈ 10-20 m2 / V2), kunna m mita hira matakai. Ana amfani da waɗannan kaddarorin sosai a cikin aikace-aikacen yankan-baki kamar na'urorin motsa jiki na gani, tsarin laser ultrafast, da duk na'urorin sarrafa siginar gani. Ƙarfin lalacewar kayan abu (> 5 GW/cm2) yana ƙara haɓaka dacewa don aikace-aikace masu ƙarfi.

3.Mechanical & Thermal Stability: Tare da wani na roba modulus gabatowa 400 GPa da thermal watsin wuce 300 W / m · K, SiC Tantancewar aka gyara kula da na kwarai kwanciyar hankali a karkashin inji danniya da thermal hawan keke. Matsakaicin ƙarancin ƙarancin haɓakar haɓakar thermal (4.0 × 10-6 / K) yana tabbatar da ƙayyadaddun ƙayyadaddun motsi tare da bambance-bambancen zafin jiki, fa'ida mai mahimmanci don daidaitaccen tsarin gani na gani da ke aiki a cikin canjin yanayin yanayin zafi kamar aikace-aikacen sarari ko kayan sarrafa Laser masana'antu.

4.Quantum Properties: The silicon vacancy (VSi) da divacancy (VSiVC) launi cibiyoyin a 4H-SiC da 6H-SiC polytypes nuna optically magana juzu'i juzu'i tare da dogon hade lokaci a dakin zafin jiki. Ana haɗa waɗannan masu fitar da ƙididdigewa cikin cibiyoyin sadarwa masu ƙididdigewa kuma suna da alƙawarin musamman don haɓaka na'urorin firikwensin zafin ɗaki da na'urorin ƙwaƙwalwar ƙididdige ƙididdigewa a cikin gine-ginen ƙirar ƙididdiga na photonic quantum.

5. Daidaituwar CMOS: Daidaituwar SiC tare da daidaitattun hanyoyin ƙirƙira semiconductor yana ba da damar haɗin kai tsaye na monolithic tare da dandamali na silicon photonics. Wannan yana ba da damar ƙirƙirar tsarin tsarin photonic-electronic matasan haɗar fa'idodin gani na SiC tare da aikin lantarki na silicon, buɗe sabbin damar don ƙirar tsarin-kan-guntu a cikin ƙididdigar gani da aikace-aikacen ji.

Aikace-aikace na farko

1.Photonic Integrated Circuits (PICs): A cikin PICs na gaba, SiC na gani na gani yana ba da damar haɗin kai da ba a taɓa gani ba. Suna da mahimmanci musamman don haɗin haɗin kai na ma'auni na terabit a cikin cibiyoyin bayanai, inda haɗin haɗin su na babban ma'anar refractive da ƙarancin asara yana ba da damar lanƙwasa radiyo mai ƙarfi ba tare da lalata sigina ba. Ci gaban kwanan nan sun nuna amfani da su a cikin da'irori na photonic neuromorphic don aikace-aikacen hankali na wucin gadi, inda kaddarorin gani na gani ke ba da damar aiwatar da hanyoyin sadarwa na gani gabaɗaya.

2.Quantum Information & Computing: Bayan aikace-aikacen cibiyar launi, ana amfani da ruwan tabarau na SiC a cikin tsarin sadarwa na ƙididdiga don ikon su na kula da jihohin polarization da kuma dacewa da su tare da tushen hoto guda ɗaya. Ana yin amfani da babban tsari na biyu na kayan aiki don mu'amalar musanyawa ta mitar juzu'i, mai mahimmanci don haɗa tsarin ƙididdigewa daban-daban da ke aiki a tsaka mai wuya.

3.Aerospace & Tsaro: Ƙaƙƙarfan radiation na SiC (tare da allurai> 1 MGy) ya sa ya zama dole don tsarin tsarin gani na sararin samaniya. Abubuwan da aka tura na baya-bayan nan sun haɗa da masu sa ido kan tauraron tauraron dan adam kewayawa da tashoshin sadarwa na gani don hanyoyin haɗin kan tauraron dan adam. A cikin aikace-aikacen tsaro, ruwan tabarau na SiC suna ba da damar sababbin tsararraki na m, tsarin laser mai ƙarfi don aikace-aikacen makamashi da aka ba da umarni da kuma tsarin LiDAR na ci gaba tare da ingantaccen ƙudurin kewayo.

4.UV Optical Systems: Ayyukan SiC a cikin bakan UV (musamman a ƙarƙashin 300 nm) tare da juriya ga tasirin hasken rana ya sa ya zama kayan zaɓi don tsarin lithography na UV, kayan aikin saka idanu na ozone, da kayan aikin astrophysics. Maɗaukakin haɓakar yanayin zafi na kayan yana da fa'ida musamman don aikace-aikacen UV masu ƙarfi inda tasirin ruwan tabarau na zafi zai lalata abubuwan gani na al'ada.

5.Integrated Photonic Devices: Bayan aikace-aikacen waveguide na al'ada, SiC yana ba da damar sabbin nau'ikan na'urorin haɗe-haɗe da na'urorin hoto ciki har da masu keɓantawa na gani dangane da tasirin magneto-optic, ultra-high-Q microresonators don haɓakar mitar tsefe, da masu daidaitawa na lantarki tare da bandwidth wanda ya wuce 100 GHz. Waɗannan ci gaban suna haifar da sabbin abubuwa a cikin sarrafa siginar gani da tsarin photonics na microwave.

sabis na XKH

Ana amfani da samfuran XKH sosai a cikin manyan fasahohin fasaha kamar bincike na spectroscopy, tsarin laser, microscopes, da astronomy, inganta ingantaccen aiki da amincin tsarin gani. Bugu da ƙari, XKH yana ba da cikakken tallafin ƙira, sabis na injiniya, da saurin samfuri don tabbatar da abokan ciniki za su iya ingantawa da sauri da samar da samfuransu.

Zaɓin mu SiC na gani prisms, zaku amfana daga:

1. Babban Ayyuka: Kayan SiC suna ba da ƙarfi mai ƙarfi da juriya na thermal, yana tabbatar da kwanciyar hankali har ma a cikin matsanancin yanayi.
2.Customized Services: Muna ba da cikakken goyon baya daga ƙira zuwa samarwa bisa ga bukatun abokin ciniki.
3.Efficient Delivery: Tare da matakai masu tasowa da kwarewa masu wadata, za mu iya amsawa da sauri ga bukatun abokin ciniki da kuma isar da lokaci.