Aln Tej Heramic Chucks Tshaj Plaws Txhim Kho Cov Lus Tshaj Tawm Los ntawm Ntau Cov Ntsiab Tseem Ceeb
Particle txo-ultra-du thaj chaw (<0.1 μm Ra) and non-shedding properties minimize contamination, reducing defect density by >30% hauv EUV lidography.
Cov khaub noom looj thermal-siab-siab thermal conductivity ({}}}}}}. 5 degree}. 5 degree rau CD sib txawv hauv<5nm nodes.
Electrostatic Stability-Dielectric strength (>15 KV \/ hli) Ua kom muaj kev sib tw clamping plyuav (± 1%), tiv thaiv kev xoom koob ntaub ntawv uas ua rau muaj qhov yuam kev.
CTE txuam -4. 5 ppm \/ k expility coeffage, txhim kho etch \/ opetition uniformity los ntawm {}}%.
Cov txheej txheem sib xyaw-tiv thaiv ntshav yaig thiab tshuaj tua, tswj kev ua tau zoo dua li 50, {} wafer cycles yam tsis muaj kev ntxhov siab.
RF transparency-qes Dielectric ploj (tan Δ <0. 0005}. 0005}. 0005}. 0005}. Red5}.
Los ntawm kev ua kom<0.25nm overlay accuracy and reducing random defects, AlN chucks directly contribute to 3-5% yield gains in advanced logic/memory fabs, with ROI achieved in <6 months despite higher upfront cost. Their stability is particularly crucial for 3D NAND and GAA FET manufacturing.
Yog tias koj muaj lus nug lossis xav tau cov ntsiab lus ntxiv hais txog tus Aluminium Nitride Ceramic Chuck, koj tiv tauj peb; Peb yuav pab koj lub siab kawg!
