LiTaO3 Lithium Tantalate Ingots me te Fe/Mg Doping Whakaritea 4inihi 6inihi 8inihi mo te Ahumahi Ahumahi

LiTaO3 Lithium Tantalate Ingots me te Fe / Mg Doping Whakaritea 4inihi 6inihi 8inihi mo te Ahumahi Sensing Whakaahua Whakaatuhia

Whakaahuatanga Poto:

LiTaO3 Ingots (Lithium Tantalate Ingots), hei rauemi matua mo nga reanga tuatoru-whanui-whanui semiconductors me te optoelectronics, te whakamahi i to ratou pāmahana Curie teitei (607°C), te awhe maamaa whanui (400–5,200 nm), he pai te whakakotahitanga hiko hiko (Kt²>15%), me te iti o te mate dielectric (tanδ <2%) ki te huri i nga korero 5G, te rorohiko quantum, me te whakauru whakaahua. Na roto i nga hangarau hanga matatau penei i te kawe kohu tinana (PVT) me te whakaheke kohu matū (CVD), ka whakaratohia e matou he tapahi X/Y/Z, tapatapahi 42°Y, me te poled (PPLT) i ia wa i roto i nga tohu 3–8-inihi, e whakaatu ana i te kiato micropipe <0.1 cm⁻² me te kiato wehenga <500 cm⁻². Kei roto i a maatau ratonga te Doping Fe/Mg, nga kaiarahi ngaru whakawhiti irahiko, me te whakakotahitanga heterogeneous-based (POI), te whakatika i nga whiriwhiringa whatu mahi teitei, nga puna rama rahi, me nga kaitahuri infrared. Ko tenei rauemi e akiaki ana i nga pakaruhanga i roto i te iti, te mahi auau-nui, me te pumau o te waiariki, te whakatere i te whakakapi o te whare me te ahu whakamua o te hangarau.

Tukuna he imeera ki a matou

Ngā āhuatanga

Tawhā Hangarau

Whakatakotoranga	Tikanga	Tino Tino
Rauemi	LiTaO3(LT)/ LiNbO3 wafers	LiTaO3(LT)/LiNbO3 angiangi
Takotoranga	X-112°Y,36°Y,42°Y±0.5°	X-112°Y,36°Y,42°Y±0.5°
Whakarara	30″	10''
Tirohanga	10′	5'
Te kounga o te mata	40/20	20/10
Ngaru Ngaru Distortion	λ/4@632nm	λ/8@632nm
Papatahi Mata	λ/4@632nm	λ/8@632nm
Maama tuwhera	>90%	>90%
Chamfer	<0.2×45°	<0.2×45°
Te Matotoru/Diameter Whakaaetanga	±0.1 mm	±0.1 mm
Te rahinga teitei	dia150×50mm	dia150×50mm

Ratonga XKH

1. Hangahanga Ingot Tauine Nui

Te Rahi me te Tapahi: 3–8-inihi i roto i te tapahanga X/Y/Z, 42°Y-tapahi, me nga tapahi koki ritenga (±0.01° te manawanui).

Whakahaere Doping: Fe/Mg tahi-doping mā te tikanga Czochralski (awhe kukū 10¹⁶–10¹⁹ cm⁻³) ki te arotau photorefractive ātete me te waiariki pūmautanga.

2. Hangarau Tukatuka Arā Atu Anō

Ko te Whakakotahitanga Heterogene: Ko nga angiangi hiato LiTaO3-a-Siliconi (POI) me te mana matotoru (300–600 nm) me te kawe waiariki ki te 8.78 W/m·K mō ngā tātari SAW auau teitei.

Waveguide Fabrication: Whakawhitinga irahiko (PE) me nga tikanga whakawhiti irahiko (RPE) whakamuri, te whakatutuki i nga kaiarahi ngaru submicron (Δn>0.7) mo te tere-tere hiko-optic modulators (bandwidth>40 GHz).

3. Pūnaha Whakahaere Kounga

Whakamātautau Whakamutunga-ki-Whakamutunga: Raman spectroscopy (polytype verification), XRD (crystallinity), AFM (surface morphology), and optical uniformity testing (Δn <5×10⁻⁵).

4. Tautoko Roopu Whakawhiwhi Ao

Te kaha o te whakaputa: Te whakaputanga o ia marama> 5,000 ingots (8-inihi: 70%), e tautoko ana i te tuku ohorere 48-haora.

Whatunga Logistics: Ko te kapi i Uropi, Amerika Te Tai Tokerau, me Ahia-Kiwa ma te waka rererangi/moana me te takai i te pāmahana.

5. Hangarau Hangarau Hangarau

Nga Taiwhanga R&D Ngatahi: Mahi tahi i runga i nga papahanga whakauru whakaahua (hei tauira, SiO2 herenga iti-mate).

Whakarāpopototanga

Ka noho nga Ingots LiTaO3 hei rauemi rautaki hei whakahou i te optoelectronics me nga hangarau quantum. Na roto i nga mahi hou i roto i te tipu o te karaihe (hei tauira, PVT), te whakaheke i te koha, me te whakauru rereke (hei tauira, POI), ka tukuna e matou he otinga tino pono, whai hua mo nga whakawhitiwhitinga 5G/6G, rorohiko quantum, me te IoT ahumahi. Ko te whakapau kaha a XKH ki te ahu whakamua ki te whakaheke i te koha ingot me te whakanui i te hanga 8-inihi ka whakarite nga kaihoko ki te arahi i nga mekameka toha o te ao, e tarai ana i nga waa e whai ake nei o nga punaha rauwiringa kaiao whanui-bandgap.