GaN oo ku jira Muraayadaha 4-Inji: Xulashooyinka Muraayadaha ee la habeyn karo oo ay ku jiraan JGS1, JGS2, BF33, iyo Quartz Caadi ah

Sharaxaad Gaaban:

AnnagaWaferada GaN ee galaaska 4-Inji ah ayaa la samayn karaa si loo habeyn karoXulashooyinka substrate-ka galaaska oo ay ku jiraan JGS1, JGS2, BF33, iyo Ordinary Quartz, oo loogu talagalay codsiyo badan oo ku saabsan optoelectronics, aaladaha awoodda sare leh, iyo nidaamyada photonic. Gallium Nitride (GaN) waa semiconductor-ka ballaaran ee bandgap kaas oo bixiya waxqabad aad u fiican jawiga heerkulka sare iyo kuwa soo noqnoqda sare. Marka lagu beero substrate-ka galaaska, GaN waxay bixisaa sifooyin farsamo oo heer sare ah, cimri dherer la xoojiyay, iyo wax soo saar kharash-ool ah oo loogu talagalay codsiyada casriga ah. Wafer-yadan waxay ku habboon yihiin in loo isticmaalo LED-yada, diode-yada laser-ka, sawir-qaadayaasha, iyo aaladaha kale ee optoelectronic ee u baahan waxqabadka kulaylka sare iyo korontada. Iyada oo la adeegsanayo ikhtiyaarrada galaaska ee loo habeeyey, wafer-yadayada GaN-ka galaaska ah waxay bixiyaan xalal badan oo waxqabad sare leh si loo daboolo baahiyaha warshadaha casriga ah ee elektaroonigga iyo photonic.

Noo soo dir emayl

Astaamaha

●Ballaca Ballaaran:GaN waxay leedahay faa'iido-darro 3.4 eV ah, taas oo u oggolaanaysa hufnaan sare iyo cimri dherer weyn marka la eego xaaladaha danab-sare iyo heerkulka sare marka loo eego walxaha semiconductor-ka dhaqameed sida silicon.
● Substrates Muraayadaha La Habeyn Karo:Waxaa lagu heli karaa muraayadaha JGS1, JGS2, BF33, iyo kuwa caadiga ah ee Quartz si loogu daboolo baahiyaha kala duwan ee waxqabadka kulaylka, farsamada, iyo indhaha.
● Qaboojinta Kulaylka Sare:Gudbinta kulaylka sare ee GaN waxay hubisaa kala firdhinta kulaylka oo wax ku ool ah, taasoo ka dhigaysa wafer-yadan kuwo ku habboon codsiyada korontada iyo aaladaha dhaliya kulaylka sare.
● Danab Jaban oo Sare:Awoodda GaN ee ay u leedahay inay sii wadato danabyada sare waxay ka dhigaysaa wafer-yadan kuwo ku habboon transistors-ka awoodda leh iyo codsiyada soo noqnoqda sare leh.
● Xoog farsamo oo heer sare ah:Dusha sare ee galaaska, oo ay weheliso sifooyinka GaN, waxay bixiyaan xoog farsamo oo adag, taasoo kor u qaadaysa adkeysiga wafer-ka ee jawiga adag.
● Kharashyada Wax Soo Saarka oo La Yareeyay:Marka la barbardhigo wafers-ka GaN-on-Silicon ama GaN-on-Sapphire ee dhaqameed, GaN-on-glass waa xal kharash-ool ah oo loogu talagalay soo saarista baaxadda weyn ee aaladaha waxqabadka sare leh.
● Sifooyinka Indhaha ee Loogu Talagalay:Xulashooyinka kala duwan ee galaaska ayaa u oggolaanaya habaynta astaamaha indhaha ee wafer-ka, taasoo ka dhigaysa mid ku habboon codsiyada optoelectronics iyo photonics.

Tilmaamaha Farsamada

Halbeegga	Qiimaha
Cabbirka Wafer-ka	4-inji
Ikhtiyaarada Substrate-ka Muraayadda	JGS1, JGS2, BF33, Quartz Caadi ah
Dhumucda Lakabka GaN	100 nm - 5000 nm (la habeyn karo)
GaN Bandgap	3.4 eV (ballaca ballaaran)
Danabka Burburka	Ilaa 1200V
Qaboojinta Kulaylka	1.3 – 2.1 W/cm·K
Dhaqdhaqaaqa Elektarooniga	2000 cm²/V·s
Qalafsanaanta Dusha Wafer-ka	RMS ~0.25 nm (AFM)
Iska caabbinta Xaashida GaN	437.9 Ω·cm²
Iska caabin	N-daboolid nus-dabool ah, N-nooca, P-nooca (la habeyn karo)
Gudbinta Indhaha	>80% hirarka la arki karo iyo kuwa UV
Wafer Warp	< 25 µm (ugu badnaan)
Dhammaadka Dusha Sare	SSP (hal dhinac oo la safeeyey)

Codsiyada

Optoelectronics:
Waferada galaaska ee GaN-ku-jira ayaa si weyn loogu isticmaalaaNalalka LED-yadaiyodiode-yada laysarkasababtoo ah waxtarka sare ee GaN iyo waxqabadka indhaha. Awoodda lagu dooran karo walxaha galaaska sidaJGS1iyoJGS2waxay u oggolaanaysaa habaynta hufnaanta indhaha, taasoo ka dhigaysa kuwo ku habboon awood sare, dhalaal sare lehLED-yada buluug/cagaaraniyoLayser-ka UV-ga.

Sawirrada:
Waferada galaaska ah ee GaN-ku jira ayaa ku habboonsawirqaadayaasha, Wareegyada isku dhafan ee photonic (PICs), iyodareemayaasha indhahaSifooyinkooda gudbinta iftiinka ee aadka u fiican iyo xasillooni sare oo ku jirta codsiyada soo noqnoqda sare ayaa ka dhigaya kuwo ku habboonisgaarsiintaiyoteknoolojiyada dareemayaasha.

Elektarooniga Korontada:
Iyada oo ay ugu wacan tahay farqiga ballaaran iyo danabkooda jaban ee sarreeya, gogosha GaN-on-glass-ka ayaa loo isticmaalaaTransistors-ka awoodda sare lehiyobeddelka awoodda soo noqnoqoshada sare lehAwoodda GaN ee ay u leedahay inay la tacaasho danabyada sare iyo kala-baxa kulaylka ayaa ka dhigaysa mid ku habboonxoojiyeyaasha korontada, Transistors-ka awoodda RF, iyoelektarooniga korontadacodsiyada warshadaha iyo macaamiisha.

Codsiyada Soo Noqnoqda Sare:
Buskudka GaN-ku-jira ee galaaska ah waxay muujinayaan heer saredhaqdhaqaaqa elektaroonigawaxayna ku shaqayn karaan xawaare sare oo beddel ah, taasoo ka dhigaysa kuwo ku habboonaaladaha korontada ee soo noqnoqda sare leh, qalabka microwave-ka, iyoXoojiyeyaasha RFKuwani waa qaybo muhiim ah oo ku jiraNidaamyada isgaarsiinta 5G, nidaamyada radar, iyoisgaarsiinta dayax-gacmeedka.

Codsiyada Gawaarida:
GaN-on-glass wafers sidoo kale waxaa loo isticmaalaa nidaamyada korontada baabuurta, gaar ahaanDareeraha saaran (OBCs)iyoBeddelayaasha DC-DCbaabuurta korontada ku shaqeeya (EVs). Awoodda wafers-ka ee ay u leeyihiin inay la qabsadaan heerkulka sare iyo danabyada waxay u oggolaanaysaa in loo isticmaalo qalabka elektaroonigga korontada ku shaqeeya ee EV-yada, taasoo bixinaysa hufnaan iyo isku hallayn weyn.

Qalabka Caafimaadka:
Sifooyinka GaN sidoo kale waxay ka dhigaan agab soo jiidasho leh oo loo isticmaali karosawir-qaadis caafimaadiyodareemayaasha bayoolajigaAwooddeeda ay ku shaqeyn karto danab sare iyo iska caabbinta shucaaca ayaa ka dhigaysa mid ku habboon codsiyada gudahaqalabka ogaanshahaiyolaysarka caafimaadka.

S&J

S1: Maxay GaN-on-glass u tahay ikhtiyaar wanaagsan marka loo barbar dhigo GaN-on-Silicon ama GaN-on-Sapphire?

A1:GaN-on-glass waxay bixisaa faa'iidooyin dhowr ah, oo ay ku jiraankharash-oolnimoiyomaaraynta kulaylka oo ka wanaagsanIn kasta oo GaN-on-Silicon iyo GaN-on-Sapphire ay bixiyaan waxqabad aad u wanaagsan, haddana walxaha galaaska ku jira waa kuwo ka jaban, si fudud loo heli karo, oo la beddeli karo marka loo eego sifooyinka indhaha iyo farsamada. Intaa waxaa dheer, walxaha galaaska ee GaN-on-glass-ka ah waxay bixiyaan waxqabad aad u wanaagsan labadaindhahaiyocodsiyada elektaroonigga ah ee awoodda sare leh.

S2: Waa maxay faraqa u dhexeeya JGS1, JGS2, BF33, iyo xulashooyinka galaaska Quartz ee caadiga ah?

A2:

JGS1iyoJGS2waa walxo muraayado ah oo tayo sare leh oo loo yaqaanhufnaan sare oo indhaha ahiyoBallaarinta kulaylka oo hooseysa, taasoo ka dhigaysa kuwo ku habboon aaladaha photonic iyo optoelectronic.
BF33dalabyo galaas ahtusmada sare ee Refractivewaana mid ku habboon codsiyada u baahan waxqabadka indhaha oo la xoojiyay, sidadiode-yada laysarka.
Quartz caadi ahwaxay bixisaa heer sarexasilloonida kulaylkaiyoiska caabbinta shucaaca, taasoo ka dhigaysa mid ku habboon codsiyada heerkulka sare iyo deegaanka ee adag.

S3: Ma habayn karaa nooca iska caabbinta iyo daawada lagu daro ee loogu talagalay buskudka galaaska ee GaN-ku jira?

A3:Haa, waan bixinaaiska caabin la habeyn karoiyoNoocyada dawooyinka lagu daro(N-nooca ama P-nooca) ee loogu talagalay buskudka galaaska ee GaN. Dabacsanaantani waxay u oggolaanaysaa buskudka in loo habeeyo codsiyada gaarka ah, oo ay ku jiraan aaladaha korontada, LED-yada, iyo nidaamyada photonic.

S4: Waa maxay codsiyada caadiga ah ee GaN-on-glass ee optoelectronics?

A4:Qalabka optoelectronics-ka, wafer-yada GaN-on-glass-ka ah ayaa badanaa loo isticmaalaaLED-yada buluugga iyo cagaarka ah, Layser-ka UV-ga, iyosawirqaadayaashaSifooyinka indhaha ee la beddeli karo ee muraayadda ayaa u oggolaanaya aaladaha leh heer saregudbinta iftiinka, taasoo ka dhigaysa kuwo ku habboon codsiyada gudahateknoolojiyada bandhigga, nalalka, iyonidaamyada isgaarsiinta indhaha.

S5: Sidee ayuu GaN-on-glass u shaqeeyaa marka la isticmaalayo codsiyada soo noqnoqda sare leh?

A5:Dalabka buskudka galaaska ee GaN-ku-jiradhaqdhaqaaqa elektarooniga ah ee aadka u fiicantaasoo u oggolaanaysa inay si fiican u ciyaaraancodsiyada soo noqnoqda saresidaXoojiyeyaasha RF, qalabka microwave-ka, iyoNidaamyada isgaarsiinta 5GDanabkooda burburka sare iyo khasaarooyinkooda beddelka oo hooseeya ayaa ka dhigaya kuwo ku habboonaaladaha RF ee awoodda sare leh.

S6: Waa maxay danabka burburka caadiga ah ee waferada galaaska ee GaN-ku jira?

A6:Waferada galaaska ee GaN-ku-jira ayaa caadi ahaan taageera danabyada burburka ilaa1200V, taasoo ka dhigaysa kuwo ku habboonawood sare lehiyodanab sareCodsiyada. Balaadhkooda ballaaran wuxuu u oggolaanayaa inay xakameeyaan danab ka sarreeya walxaha semiconductor-ka caadiga ah sida silicon.

S7: Ma loo isticmaali karaa buskudka galaaska ee GaN-on-glass-ka ah barnaamijyada baabuurta?

A7:Haa, buskudka galaaska ee GaN-ku jira ayaa loo isticmaalaaqalabka elektarooniga ah ee baabuurta, oo ay ku jiraanBeddelayaasha DC-DCiyodallacaadaha saaran(OBCs) ee baabuurta korontada ku shaqeeya. Awooddooda ay ku shaqeeyaan heerkul sare iyo inay xakameeyaan danabyada sare waxay ka dhigaysaa kuwo ku habboon codsiyadan adag.

Gunaanad

Wafer-keena GaN ee galaaska 4-Inch wuxuu bixiyaa xal gaar ah oo la habeyn karo oo loogu talagalay codsiyada kala duwan ee optoelectronics, elektarooniga korontada, iyo photonics. Iyada oo la adeegsanayo xulashooyinka substrate-ka galaaska sida JGS1, JGS2, BF33, iyo Ordinary Quartz, wafer-yadani waxay bixiyaan kala duwanaansho ku saabsan sifooyinka farsamada iyo indhaha labadaba, taasoo suurtogalinaysa xalal loogu talagalay aaladaha awoodda sare leh iyo kuwa soo noqnoqda sare leh. Hadday tahay LED-yada, diode-yada laser-ka, ama codsiyada RF, wafer-yada galaaska GaN-ku-jira