Wafers na LiNbO₃ Kauri inci 2-8 0.1 ~ 0.5mm TTV 3µm Na Musamman

Wafers na LiNbO₃ Kauri inci 2-8 0.1 ~ 0.5mm TTV 3µm Hotunan Musamman

Takaitaccen Bayani:

Wafers na LiNbO₃ suna wakiltar ma'aunin zinare a cikin haɗakar photonics da acoustics, suna ba da aiki mara misaltuwa a cikin tsarin optoelectronic na zamani. A matsayinmu na babban masana'anta, mun inganta fasahar samar da waɗannan substrates ta hanyar dabarun daidaita tururi, muna cimma cikakkiyar kristal mai inganci a masana'antu tare da ƙarancin lahani ƙasa da 50/cm².

Ƙarfin samar da XKH yana da diamita daga 75mm zuwa 150mm, tare da daidaitaccen sarrafa yanayin (X/Y/Z-cut ±0.3°) da zaɓuɓɓukan doping na musamman waɗanda suka haɗa da abubuwan da ba a saba gani ba. Haɗin keɓaɓɓun kaddarorin da ke cikin Wafers na LiNbO₃ - gami da ma'aunin r₃₃ mai ban mamaki (32±2 pm/V) da kuma bayyananniyar haske daga kusa da UV zuwa tsakiyar IR - yana sa su zama dole ga da'irorin photonic na ƙarni na gaba da na'urorin sauti masu yawan mita.

Aika mana imel

Siffofi

Sigogi na fasaha

Kayan Aiki	Wafes na LiNbO3 na gani
Curie Temp	1142±2.0℃
Kusurwar Yankan	X/Y/Z da sauransu
Diamita/girma	2"/3"/4"/6"/8"
Tol(±)	<0.20 mm
Kauri	0.1 ~ 0.5mm ko fiye
Babban Gida	16mm/22mm/32mm
TTV	<3µm
Rukayya	-30
Warp	<40µm
Falo Mai Gabatarwa	Duk akwai su
Nau'in Fuskar	An goge Gefe ɗaya/Goge biyu
Gefen Ra mai gogewa	<0.5nm
S/D	20/10
Sharuɗɗan Gefen	R=0.2mm ko hancin bull
Na'urar hangen nesa mai kauri	Fe/Zn/MgO da sauransu don LN mai girman gani
Sharuɗɗan Wurin Wafer	Ma'aunin haske	A'a=2.2878/Ne=2.2033 @632nm tsawon tsayi
	Gurɓatawa,	Babu
	Barbashi ￠>0.3 µ m	<= 30
	Karce, Cire	Babu
	Lalacewa	Babu fasawa, ƙaiƙayi, alamun yankewa, da tabo
Marufi	Adadi/Akwatin Wafer	Kwalaye 25 a kowace akwati

Muhimman Halayen Wafers ɗinmu na LiNbO₃

1. Halayen Ayyukan Photonic

Wafers ɗinmu na LiNbO₃ suna nuna ƙarfin hulɗa mai ban mamaki tsakanin haske da abubuwa, tare da ma'aunin gani mara layi wanda ke kaiwa 42 pm/V - yana ba da damar aiwatar da ingantaccen tsarin canza raƙuman ruwa mai mahimmanci ga quantum photonics. Substrates ɗin suna kiyaye watsawa >72% a cikin 320-5200nm, tare da nau'ikan da aka ƙera musamman waɗanda suka kai asarar yaɗuwar <0.2dB/cm a tsawon raƙuman sadarwa.

2. Injiniyan Raƙuman Ruwa na Acoustic

Tsarin lu'ulu'u na Wafers ɗinmu na LiNbO₃ yana tallafawa saurin raƙuman saman da ya wuce 3800 m/s, wanda ke ba da damar yin amfani da resonator har zuwa 12GHz. Dabaru na gogewa na musamman suna samar da na'urorin da ke haifar da asarar shigarwa a ƙarƙashin 1.2dB, yayin da suke kiyaye daidaiton zafin jiki a cikin ±15ppm/°C.

3. Juriyar Muhalli

An ƙera LiNbO₃ Wafers ɗinmu don jure wa yanayi mai tsanani, suna kiyaye aiki daga yanayin zafi mai tsanani zuwa yanayin aiki na 500°C. Kayan yana nuna taurin radiation na musamman, yana jure wa jimlar ionizing >1Mrad ba tare da raguwar aiki mai yawa ba.

4. Saita Takamaiman Aikace-aikace

Muna bayar da nau'ikan nau'ikan da aka ƙera a cikin yanki, gami da:
Tsarin da aka yi wa ado lokaci-lokaci tare da lokutan yanki na 5-50μm
Filayen siriri da aka yanka da ion don haɗakarwa ta haɗin gwiwa
Sigogi masu haɓaka kayan aiki don aikace-aikace na musamman

Yanayin Aiwatarwa don Wafers na LiNbO₃

1. Cibiyoyin Sadarwa na Gaba-gaba
Wafers na LiNbO₃ suna aiki a matsayin ginshiƙin transceivers na gani na terabit, wanda ke ba da damar watsawa mai daidaituwa 800Gbps ta hanyar ƙirar modulator mai ci gaba. Ana ƙara amfani da substrates ɗinmu don aiwatar da na'urorin gani tare a cikin tsarin haɓaka AI/ML.
2.6G RF Frontends
Sabbin tsararrun LiNbO₃ Wafers suna tallafawa tacewa mai faɗi har zuwa 20GHz, wanda ke magance buƙatun bakan da ke tasowa na ƙa'idodin 6G. Kayan aikinmu suna ba da damar sabbin gine-ginen resonator na acoustic tare da factors Q da suka wuce 2000.
3. Tsarin Bayanai na Jimilla
Wafers ɗin LiNbO₃ masu tsari suna samar da tushen tushen hanyoyin photon masu ɗaurewa tare da ingancin samar da nau'i biyu sama da kashi 90%. Abubuwan da muke amfani da su suna ba da damar ci gaba a cikin lissafin kwamfutocin photonic da hanyoyin sadarwa masu aminci.
4. Maganin Sanin Ci gaba
Daga LiDAR na mota mai aiki a 1550nm zuwa na'urori masu auna nauyi masu matuƙar tasiri, LiNbO₃ Wafers suna ba da muhimmin dandamalin canja wurin bayanai. Kayan aikinmu suna ba da damar ƙudurin firikwensin har zuwa matakan gano ƙwayoyin halitta guda ɗaya.

Manyan Fa'idodin LiNbO₃Wafers

1. Aikin Wutar Lantarki mara misaltuwa
Babban Haɗin Wutar Lantarki Mai Kyau (r₃₃~30-32 pm/V): Yana wakiltar ma'aunin masana'antu don wafers na lithium niobate na kasuwanci, yana ba da damar 200Gbps+ masu daidaita haske masu sauri waɗanda suka wuce iyakokin aiki na mafita na silicon ko polymer.

Asarar Sakawa Mai Rahusa (<0.1 dB/cm): An cimma ta hanyar goge nanoscale (Ra<0.3 nm) da kuma shafa mai hana tunani (AR), wanda hakan ke ƙara inganta amfani da makamashi na na'urorin sadarwa na gani sosai.

2. Manyan Kayayyakin Piezoelectric & Acoustic
Ya dace da Na'urorin SAW/BAW Masu Yawan Sauri: Tare da saurin sauti na 3500-3800 m/s, waɗannan wafers suna goyan bayan ƙirar matattara ta 6G mmWave (24-100 GHz) waɗanda ke nuna asarar shigarwa <1.0 dB.

Babban Haɗin Haɗin Wutar Lantarki (K²~0.25%): Yana haɓaka bandwidth da zaɓin sigina a cikin abubuwan haɗin RF na gaba, yana mai da su dacewa da tashoshin tushe na 5G/6G da sadarwa ta tauraron ɗan adam.

3. Bayyanar Yanar Gizo da Tasirin Haske mara layi
Tagar Watsawa ta Fuskar Haske Mai Faɗi (350-5000 nm): Yana rufe hasken UV zuwa tsakiyar hasken IR, yana ba da damar aikace-aikace kamar:

Na'urorin hangen nesa na Quantum: Tsarin PPLN da aka yi amfani da su lokaci-lokaci yana samun inganci fiye da kashi 90% a cikin samar da nau'ikan photon da ke haɗe.

Tsarin Laser: Oscillation na gani (OPO) yana isar da fitowar raƙuman ruwa masu iya canzawa (1-10 μm).

Babban Matakin Lalacewar Laser (>1 GW/cm²): Ya cika ƙa'idodi masu tsauri don aikace-aikacen laser mai ƙarfi.

4. Tsantsar Muhalli Mai Tsanani
Juriyar Zafin Jiki Mai Girma (Matsayin Curie: 1140°C): Yana kiyaye aiki mai kyau a tsakanin -200°C zuwa +500°C, wanda ya dace da:

Na'urorin Lantarki na Motoci (na'urori masu auna sassan injin)

Jirgin Sama (kayan gani mai zurfi)

Taurin Haske (>1 Mrad TID): Ya dace da ƙa'idodin MIL-STD-883, wanda ya dace da na'urorin lantarki na nukiliya da na tsaro.

5. Keɓancewa & Sauƙin Haɗawa
Ingantaccen Tsarin Crystal & Doping:

Wafers ɗin da aka yanke na X/Y/Z (±0.3° daidai)

Maganin MgO (5 mol%) don inganta juriya ga lalacewar gani

Tallafin Haɗin Kai Iri-iri:

Mai jituwa da siririn fim na LiNbO₃-on-Insulator (LNOI) don haɗakar haɗakar sinadarai tare da silicon photonics (SiPh)

Yana ba da damar haɗa wafer-matakin haɗin kai don na'urorin gani masu haɗawa (CPO)

6. Samarwa Mai Sauƙi & Ingantaccen Kuɗi
Samar da Wafer Mass mai inci 6 (150mm): Yana rage farashin na'urar da kashi 30% idan aka kwatanta da tsarin gargajiya na inci 4.

Isarwa cikin Sauri: Ana jigilar kayayyaki na yau da kullun cikin makonni 3; ƙananan samfura (mafi ƙarancin wafers 5) za a isar cikin kwanaki 10.

Ayyukan XKH

1. Dakin Gwaji na Ƙirƙirar Kayan Aiki
Ƙwararrun masu haɓaka lu'ulu'u suna haɗa kai da abokan ciniki don haɓaka tsarin LiNbO₃ Wafers na musamman don aikace-aikace, gami da:

Ƙananan bambance-bambancen asarar gani (<0.05dB/cm)

Tsarin sarrafawa mai ƙarfi

Abubuwan da suka jure wa radiation

2. Bututun Samfurin Sauri
Daga ƙira zuwa isarwa cikin kwanakin kasuwanci 10 don:

Wafers na musamman na daidaitawa

Lambobin lantarki masu tsari

Samfuran da aka riga aka tsara

3. Takaddun Shaidar Aiki
Kowace jigilar LiNbO₃ Wafer ta ƙunshi:

Cikakken bayanin yanayin gani

Tabbatar da daidaiton kristal

Takaddun shaida na ingancin saman

4. Tabbatar da Sarkar Samarwa