LiTaO3 Wafer 2inch-8inch 10x10x0.5mm 1sp 2sp rau 5G / 6G Kev Sib Txuas Lus
Technical parameters
Lub npe | Optical-qib LiTaO3 | Lub suab lus theem LiTaO3 |
Axial | Z txiav + / - 0.2 ° | 36 ° Y txiav / 42 ° Y txiav / X txiav (+ / - 0.2 °) |
Txoj kab uas hla | 76.2 hli + / - 0.3mm / 100 ± 0.2 hli | 76.2mm + /-0.3mm 100mm + /-0.3mm 0r 150 ± 0.5mm |
Datum dav hlau | 22mm + / - 2mm | 22mm + /-2mm 32mm + /-2mm |
Thickness | 500um + /-5mm 1000um + /-5mm | 500um + /-20mm 350um + /-20mm |
TTV | ≤ 10 hli | ≤ 10 hli |
Curie kub | 605 ° C + / - 0.7 ° C (DTAmethod) | 605 ° C + / -3 ° C (DTAmethod |
Nto zoo | Ob sab polishing | Ob sab polishing |
Chamfered ntug | ntug rounding | ntug rounding |
Cov yam ntxwv tseem ceeb
1.Electrical thiab Optical Performance
· Electro-Optic Coefficient: r33 ncav cuag 30 teev tsaus ntuj / V (X-txiav), 1.5 × siab dua LiNbO3, ua kom ultra-wideband electro-optic modulation (> 40 GHz bandwidth).
· Broad Spectral Response: Transmission range 0.4–5.0 μm (8 mm thickness), nrog ultraviolet absorption ntug tsawg li 280 nm, zoo tagnrho rau UV lasers thiab quantum dot li.
· Tsawg Pyroelectric Coefficient: dP / dT = 3.5 × 10⁻⁴ C / (m²·K), ua kom muaj kev ruaj ntseg nyob rau hauv high-temperature infrared sensors.
2.Thermal thiab Mechanical Properties
· High Thermal Conductivity: 4.6 W/m·K (X-txiav), plaub npaug ntawm quartz, txhawb nqa -200-500 ° C thermal cycling.
· Tsawg Thermal Expansion Coefficient: CTE = 4.1 × 10⁻⁶/K (25–1000 ° C), sib xws nrog silicon ntim kom txo cov thermal stress.
3.Kev Tswjhwm Zoo thiab Kev Ua Haujlwm Zoo
· Micropipe Density: <0.1 cm⁻² (8-nti wafers), dislocation ceev <500 cm⁻² (tsim los ntawm KOH etching).
· Nto Zoo: CMP-polished rau Ra <0.5 nm, ntsib EUV lithography-qib flatness yuav tsum.
Cov ntawv thov tseem ceeb
Domain | Daim ntawv thov Scenarios | Technical Advantages |
Kev sib txuas lus kho qhov muag | 100G / 400G DWDM lasers, silicon photonics hybrid modules | LiTaO3 wafer qhov dav spectral kis tau tus mob thiab tsis tshua muaj waveguide poob (α <0.1 dB / cm) pab C-band expansion. |
5G / 6G Kev Sib Txuas Lus | SAW filters (1.8–3.5 GHz), BAW-SMR lim | 42 ° Y-txiav wafers ua tiav Kt²> 15%, xa qis qis qis (<1.5 dB) thiab siab yob tawm (> 30 dB). |
Quantum Technologies | Ib leeg-photon detectors, parametric down-conversion qhov chaw | High nonlinear coefficient (χ(2) = 40 pm / V) thiab qis tus lej suav qis (<100 suav / s) txhim kho quantum fidelity. |
Industrial Sensing | High-temperature pressure sensors, tam sim no transformers | LiTaO3 wafer lub piezoelectric teb (g33> 20 mV / m) thiab siab kub siab (> 400 ° C) haum rau huab cua puag ncig. |
XKH Services
1. Kev cai Wafer Fabrication
· Loj thiab Txiav: 2-8-nti wafers nrog X / Y / Z-txiav, 42 ° Y-txiav, thiab kev cai angular txiav (± 0.01 ° kam rau ua).
· Doping Control: Fe, Mg doping ntawm Czochralski txoj kev (concentration range 10¹⁶–10¹⁹ cm⁻³) kom optimize electro-optic coefficients thiab thermal stability.
2. Cov txheej txheem Advanced Technology
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· Periodic Poling (PPLT): Ntse-txiav tshuab rau LTOI wafers, ua tiav ± 10 nm domain lub sij hawm precision thiab quasi-phase-matched (QPM) zaus hloov dua siab tshiab.
· Heterogeneous Integration: Si-raws li LiTaO3 composite wafers (POI) nrog thickness tswj (300-600 nm) thiab thermal conductivity txog 8.78 W / m·K rau high-frequency SAW lim.
3.Quality Management Systems
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· Xaus-rau-End Testing: Raman spectroscopy (polytype pov thawj), XRD (crystallinity), AFM (surface morphology), thiab optical uniformity testing (Δn <5 × 10⁻⁵).
4.Global Supply Chain Support
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· Muaj Peev Xwm Ntau Lawm: Cov zis txhua hli> 5,000 wafers (8-nti: 70%), nrog 48-teev thaum muaj xwm txheej ceev.
· Logistics Network: Kev pab them nqi hauv Europe, North America, thiab Asia-Pacific ntawm huab cua / hiav txwv freight nrog kub tswj ntim.


