Aln Copamik Chucks bir nechta tanqidiy mexanizmlar orqali yarimo'tkazgichning daromadliligini sezilarli darajada oshiradi
Zarrachalarni kamaytirish - ultra tekislangan yuzalar (<0.1 μm Ra) and non-shedding properties minimize contamination, reducing defect density by >Euv litografiyasida 30%.
Termal bir xillik - yuqori issiqlik o'tkazuvchanligi (170-200} 00 0<5nm nodes.
Electrostatic Stability-Dielectric strength (>15 kV \/ mm) tekis qisqichbaqasimon kuchini (± 1%) (± 1%), qopqoqli xatolarni keltirib chiqaradi.
CTE -4. 5 PPM \/ K Kengashi koeffitsienti kuch stressli burg'ulash, qon stressialınıntığı, qon ketishi, etch \/ yamoqning bir tekisligini% 15-20 bilan yaxshilaydi.
Jarayonning muvofiqligi - 50 dan ortiq, {}} vuef tsikllarini tanazzulsiz holga keltirmasdan amalga oshiradigan plazmaning muvofiqligi va kimyoviy hujum.
RF shaffofligi past dinivatik yo'qotish (Tan d <{{{{{{{{{{{{{{{{{{{{{{{{0}}}}}}) Etch asboblarida plazma bir xilligini kuchaytiradi, qirralarni chiqarib tashlaydi.
Yoqib<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.
Agar sizda biron bir savol bo'lsa yoki alyuminiy nitrid caramik chak haqida ko'proq ma'lumot kerak bo'lsa, biz bilan bog'laning; Biz sizga chin dildan xizmat qilamiz!
