A cikin duniyar mai tsauri na filin filin wasan duniya na semiconductor, karuwa da sababbin fasahohi da kayan da ba za su bayyana ba.Cibiyar Binciken Bincike na Pivotal ne na Cibiyar Bincike na Pivotal (TSri) a taron IEEI na 2021, allurar sabo a cikin juyin halitta ta hadar (IC) IC).Tare da saukar da Ru'ya ta Yohanna, ƙungiyar TSRI ta bayyana farkon CMOSTER.Wannan na'urar, kafe a ƙofar ƙofar (Gaa) transistor tsari na amfani da Jamus (GE) tashar Nanosheets, Geralds wani lokaci canjin fasaha.
Tushen Bincike da Muhimmanci
Hukumar da ke ƙasa da kumburin fasahar 5nm, masu siyar da Gaa sun inganta Haske masana'antu.Suna fahariya da halaye na musamman da halaye na musamman kuma suna da kyau wajen sarrafa gajeriyar tashar.Wadannan munanan masarufi, leverging wani tsari na gaba tare da Nanowires (NWS) ko Nanosheets (NANOSEETS (NSS), da alama inganta jigilar kayayyaki da ƙarfin halin yanzu.
Don tsawan lokaci, bincike na Semiconductor ya fi dacewa a kan silicon na al'ada (si).Duk da haka, inganta inganta na kimiyya ya yi nazarin a binciken zuwa kayan farko - sige, ge, Ges, Ingeraas.Wadannan kayan suna fadada fadada da aka kawowa zane-zane da aikace-aikacen transistor da kuma aikace-aikacen da ke tattare da sabon abu da kuma m.
TSE's Pionering Breadthroughs
A cikin wannan yanayin ƙasa, gudummawar ƙungiyar TSri ya tsaya.Basu kawai ba da labarin kirkirar Ge Channop N / P-P-P-Thorists;Suna jin daɗin amalgamated su cikin rakodi mai ɗorewa.Wannan ft shine yawon shakatawa na fasaha, yana kama da kallon duniyar da ta samu.An gano binciken su a shekarar 2021 VLSI-TSA ta duniya, tare da Zhu Junin da Farfesa Luo Guangli jagorar buga littattafai.
Bayani na Fasaha da Fasali na gaba
Manyan TSri da suka fara gwajin alkalin 2D Ge / sigari.Ma'aikatan ƙwarewarsu sun haifar da ƙirƙirar wani yanki-Layer Ge Channel Ga transistor a kan wani wafer 8-inch soi.Waɗannan m transs ba kawai suna nuna samun riba mai ƙarfi ba (mai ban sha'awa 25 / v);Sun kuma nuna fasahar kirkirar Pivotal - kamar zabar silemetlammonium ta amfani da tetroxallamium ta amfani da tsarin megroxide a cikin 60 ° C da ingantaccen tsarin S / D.
Aikace-aikacen nasara na waɗannan fasahohi ba wai kawai sun nuna girman alkawarin Gas a Semicontortor din ba, kamar TSMC a cikin bin aikin na 2nm.
A ƙarshe
Binciken Tsri ya fassara shi kawai na fasaha.Yana jadawagar wata sabuwar hanya don yanayin masana'antar semiconducory.Tasirin wannan aikin ya ƙare da kyau fiye da yadda ya fi dacewa da kimiyyar kimiyya, ya nuna alamun sabbin abubuwa masu zuwa da kuma masana'antun masana'antu.Kamar yadda waɗannan nazarin ci gaba, muna fatan ci gaba da ci gaba da aikace-aikacen aikace-aikace da kuma nasara.