TGV Iyada oo loo marayo Muraayad iyada oo loo marayo Muraayad BF33 Quartz JGS1 JGS2 Qalabka Sapphire

Sharaxaad Gaaban:

Magaca Agabka	Magaca Shiinaha
Muraayadda BF33	Muraayadda Borosilicate ee BF33
Quartz	Quartz la isku daray
JGS1	Silica isku dhafan ee JGS1
JGS2	Silica Isku-dhafan ee JGS2
Safayr	Sapphire (Kristatal Hal ah Al₂O₃)

Noo soo dir emayl

Astaamaha

Hordhaca Badeecada TGV

Xalalka TGV (Through Glass Via) waxaa laga heli karaa noocyo kala duwan oo agab tayo sare leh oo ay ku jiraan galaaska BF33 borosilicate, quartz fused, JGS1 iyo JGS2 fused silica, iyo sapphire (hal kiristaal Al₂O₃). Agabkan waxaa loo xushay sifooyinkooda indhaha, kulaylka, iyo farsamada ee aadka u fiican, taasoo ka dhigaysa substrate-yo ku habboon baakadaha semiconductor-ka ee horumarsan, MEMS, optoelectronics, iyo codsiyada microfluidic. Waxaan bixinaa habayn sax ah si loo daboolo baahiyahaaga gaarka ah iyada oo loo marayo cabbirrada iyo biraha.

Shaxda Agabka iyo Astaamaha TGV

Alaab	Nooca	Sifooyinka Caadiga ah
BF33	Muraayadda Borosilicate	CTE hooseeya, xasillooni kuleyl oo wanaagsan, si fudud loo qodi karo oo loo nadiifin karo
Quartz	Silica la isku daray (SiO₂)	CTE aad u hooseeya, hufnaan sare, dahaar koronto oo aad u fiican
JGS1	Muraayadda Quartz ee Indhaha	Gudbin sare oo ka timaadda UV ilaa NIR, xumbo la'aan, daahirnimo sare
JGS2	Muraayadda Quartz ee Indhaha	Sida JGS1 oo kale, waxay u oggolaanaysaa xumbo yar
Safayr	Keli ah oo Crystal Al₂O₃	Adkayn sare, kontorool kuleyl sare leh, dahaar RF aad u fiican

Codsiga TGV

Codsiyada TGV:
Tiknoolajiyadda iyada oo loo marayo Glass Via (TGV) waxaa si weyn loogu isticmaalaa microelectronics-ka horumarsan iyo optoelectronics-ka. Codsiyada caadiga ah waxaa ka mid ah:

Baakad 3D IC iyo heerka wafer-ka ah- awood u siinta isku xirka korontada ee toosan iyada oo loo marayo walxaha galaaska si loogu daro is-dhexgal cufan oo cufan.
Qalabka MEMS- bixinta muraayadaha hermetic-ga ah ee dhex-dhexaadka ah oo leh marin-u-helid dareemayaal iyo dhaqaajiyeyaal.
Qaybaha RF & modules-ka anteenada- ka faa'iidaysiga luminta yar ee dielectric ee galaaska si loo helo waxqabad soo noqnoqosho sare leh.
Isdhexgalka Optoelectronic— sida muraayadaha yaryar iyo wareegyada photonic-ga oo u baahan substrate hufan oo dahaar leh.
Jajabyada Microfluidic— ku darista godad sax ah oo loogu talagalay kanaallada dareeraha iyo helitaanka korantada.

Ku saabsan XINKEHUI

Shirkadda Shanghai Xinkehui New Material Co., Ltd. waa mid ka mid ah alaab-qeybiyeyaasha ugu waaweyn ee indhaha iyo semiconductor-ka ee Shiinaha, oo la aasaasay 2002. XKH, waxaan leenahay koox cilmi-baaris iyo horumarin xooggan oo ka kooban saynisyahano iyo injineero khibrad leh oo u heellan cilmi-baarista iyo horumarinta agabka elektaroonigga ah ee horumarsan.

Kooxdeenu waxay si firfircoon diiradda u saartaa mashaariicda hal-abuurka leh sida tignoolajiyada TGV (Through Glass Via), iyagoo bixinaya xalal loogu talagalay codsiyada semiconductor-ka iyo photonic-ga kala duwan. Annagoo ka faa'iideysanayna khibradeenna, waxaan taageernaa cilmi-baarayaasha tacliinta iyo la-hawlgalayaasha warshadaha adduunka oo dhan iyadoo la adeegsanayo wafer tayo sare leh, substrates, iyo habaynta galaaska saxda ah.

La-hawlgalayaasha Caalamiga ah

Iyada oo leh khibradeena agabka semiconductor-ka ee horumarsan, XINKEHUI waxay dhistay iskaashi ballaaran oo adduunka oo dhan ah. Waxaan si sharaf leh ula shaqeynaa shirkadaha hormuudka ka ah adduunka sidaCorningiyoSchott Glass, kaas oo noo oggolaanaya inaan si joogto ah u horumarinno awooddeenna farsamo iyo inaan horumarinno hal-abuurka meelaha sida TGV (Through Glass Via), elektaroonigga korontada, iyo aaladaha optoelectronic.

Iyada oo loo marayo iskaashigan caalamiga ah, ma taageerno oo keliya codsiyada warshadaha ee casriga ah laakiin sidoo kale si firfircoon ayaan uga qayb qaadannaa mashaariicda horumarinta wadajirka ah ee riixaya xuduudaha tignoolajiyada agabka. Iyadoo si dhow ula shaqeyneysa la-hawlgalayaashan sharafta leh, XINKEHUI waxay hubineysaa inaan sii ahaano hormuudka warshadaha semiconductor-ka iyo kuwa elektaroonigga ah ee horumarsan.